Working width : 2000 mm
RMD-20-32-RN-P-OR-30S2
SKU: E0025966
Stock *: 0
Field strength (flux density) (±10%): 6000 gauss (on shell) gauss
Magnetic field depth: 150 mm
Min. Fe-particle size that can be caught: 0.1 mm
Easy-to-install drum magnets for the continuous separation of coarse or sharp iron particles. Various magnet strengths and types available to separate strong- or weakly- magnetic particles.

High capacity (up to 550 m³/h)
Various dimensions and flange types
With neodymium or ferrite magnets
For belt width 600-2000 mm
Suitable for sharp or abrasive particles

Application

Application

Add-on magnetic drum separators purify product streams. This takes place before the next processing step, such as non-ferrous separation or plastic sorting.
 
The undesired, weakly magnetic iron parts are then separated from the main current so that they do not interfere in the next machining step. This way you achieve a higher separation efficiency, which also results in the recovery (recycling) of a clean, salable iron fraction.
 
To achieve good separation it is important that the material is supplied in a consistent flow, which can be achieved with a vibratory feeder or conveyor belt for example.

Types

Types

Type F
The 1,800 drum magnets have an axial magnet system and are suitable for separation of ferromagnetic particles. These are built with a ferrite magnet segment, in some cases strengthened with neodymium. These drum magnets are not suitable for separation of weakly magnetic metal particles.

cost effective
axial magnet system
capture Fe particles from 2 mm
max. particle size 100 mm
magnetic field depth 100 mm
ferrite magnet

 
Type B
The 3000 gauss magnet has the same configuration as type F, however, this system is built with Neodymium magnets instead of Ferrite magnets.

axial magnet system
capture Fe particles from 0.5 mm
max. particle size 100 mm
magnetic field depth 100 mm

 
Type P
The 6,000 gauss (Power) drum magnet also has an axial magnetic system, but thanks to its high magnetic force and deep holding field it is also suitable for separation of coarse and even fine Fe particles and weakly magnetic particles such as stainless steel and other steel alloys. The magnet segment consists entirely of neodymium magnets.

axial magnet system
capture weakly magnetic particles > 0.5 mm
capture Fe particles > 0.1 mm
magnetic field depth 150 mm

 
Type H
The 8,000 gauss ('High gradient') drum magnet has a radial magnet system and is used for smaller layer thickness than the 6,000 gauss drum magnet. The 8,000 gauss is not really intended for separation of ferromagnetic particles. These may only be present sporadically, because they disrupt the magnetic field, which is detrimental to the separation of weakly magnetic metal particles. Therefore a 8,000 gauss drum magnet is usually placed at the end of a processing step (preceded by other separators).

radial magnet system
capture weakly magnetic particles > 0.1 mm
capture Fe particles > 30 µm (sporadically)
magnetic field depth 30 mm


Working principle

Working principle

In case of overfed drum magnets, the material is fed over the drum. As soon as an iron part passes through the magnet, it is attracted and carried over the drum until the part comes out of the magnetic field. The iron part is then released and falls behind a divider plate.

Working width : 2000 mm
RMD-20-32-RN-H-OR-20S2
SKU: E0026240
Stock *: 0
Field strength (flux density) (±10%): 8000 gauss (on shell) gauss
Magnetic field depth: 30 mm
Min. Fe-particle size that can be caught: 30 µm (sporadically)
Easy-to-install drum magnets for the continuous separation of coarse or sharp iron particles. Various magnet strengths and types available to separate strong- or weakly- magnetic particles.

High capacity (up to 550 m³/h)
Various dimensions and flange types
With neodymium or ferrite magnets
For belt width 600-2000 mm
Suitable for sharp or abrasive particles

Application

Application

Add-on magnetic drum separators purify product streams. This takes place before the next processing step, such as non-ferrous separation or plastic sorting.
 
The undesired, weakly magnetic iron parts are then separated from the main current so that they do not interfere in the next machining step. This way you achieve a higher separation efficiency, which also results in the recovery (recycling) of a clean, salable iron fraction.
 
To achieve good separation it is important that the material is supplied in a consistent flow, which can be achieved with a vibratory feeder or conveyor belt for example.

Types

Types

Type F
The 1,800 drum magnets have an axial magnet system and are suitable for separation of ferromagnetic particles. These are built with a ferrite magnet segment, in some cases strengthened with neodymium. These drum magnets are not suitable for separation of weakly magnetic metal particles.

cost effective
axial magnet system
capture Fe particles from 2 mm
max. particle size 100 mm
magnetic field depth 100 mm
ferrite magnet

 
Type B
The 3000 gauss magnet has the same configuration as type F, however, this system is built with Neodymium magnets instead of Ferrite magnets.

axial magnet system
capture Fe particles from 0.5 mm
max. particle size 100 mm
magnetic field depth 100 mm

 
Type P
The 6,000 gauss (Power) drum magnet also has an axial magnetic system, but thanks to its high magnetic force and deep holding field it is also suitable for separation of coarse and even fine Fe particles and weakly magnetic particles such as stainless steel and other steel alloys. The magnet segment consists entirely of neodymium magnets.

axial magnet system
capture weakly magnetic particles > 0.5 mm
capture Fe particles > 0.1 mm
magnetic field depth 150 mm

 
Type H
The 8,000 gauss ('High gradient') drum magnet has a radial magnet system and is used for smaller layer thickness than the 6,000 gauss drum magnet. The 8,000 gauss is not really intended for separation of ferromagnetic particles. These may only be present sporadically, because they disrupt the magnetic field, which is detrimental to the separation of weakly magnetic metal particles. Therefore a 8,000 gauss drum magnet is usually placed at the end of a processing step (preceded by other separators).

radial magnet system
capture weakly magnetic particles > 0.1 mm
capture Fe particles > 30 µm (sporadically)
magnetic field depth 30 mm


Working principle

Working principle

In case of overfed drum magnets, the material is fed over the drum. As soon as an iron part passes through the magnet, it is attracted and carried over the drum until the part comes out of the magnetic field. The iron part is then released and falls behind a divider plate.

Working width : 2000 mm
RMD-20-32-RN-F-OR-30S2
SKU: E0026054
Stock *: 0
Field strength (flux density) (±10%): 1800 gauss (on shell) gauss
Magnetic field depth: 100 mm
Min. Fe-particle size that can be caught: 2 mm
Easy-to-install drum magnets for the continuous separation of coarse or sharp iron particles. Various magnet strengths and types available to separate strong- or weakly- magnetic particles.

High capacity (up to 550 m³/h)
Various dimensions and flange types
With neodymium or ferrite magnets
For belt width 600-2000 mm
Suitable for sharp or abrasive particles

Application

Application

Add-on magnetic drum separators purify product streams. This takes place before the next processing step, such as non-ferrous separation or plastic sorting.
 
The undesired, weakly magnetic iron parts are then separated from the main current so that they do not interfere in the next machining step. This way you achieve a higher separation efficiency, which also results in the recovery (recycling) of a clean, salable iron fraction.
 
To achieve good separation it is important that the material is supplied in a consistent flow, which can be achieved with a vibratory feeder or conveyor belt for example.

Types

Types

Type F
The 1,800 drum magnets have an axial magnet system and are suitable for separation of ferromagnetic particles. These are built with a ferrite magnet segment, in some cases strengthened with neodymium. These drum magnets are not suitable for separation of weakly magnetic metal particles.

cost effective
axial magnet system
capture Fe particles from 2 mm
max. particle size 100 mm
magnetic field depth 100 mm
ferrite magnet

 
Type B
The 3000 gauss magnet has the same configuration as type F, however, this system is built with Neodymium magnets instead of Ferrite magnets.

axial magnet system
capture Fe particles from 0.5 mm
max. particle size 100 mm
magnetic field depth 100 mm

 
Type P
The 6,000 gauss (Power) drum magnet also has an axial magnetic system, but thanks to its high magnetic force and deep holding field it is also suitable for separation of coarse and even fine Fe particles and weakly magnetic particles such as stainless steel and other steel alloys. The magnet segment consists entirely of neodymium magnets.

axial magnet system
capture weakly magnetic particles > 0.5 mm
capture Fe particles > 0.1 mm
magnetic field depth 150 mm

 
Type H
The 8,000 gauss ('High gradient') drum magnet has a radial magnet system and is used for smaller layer thickness than the 6,000 gauss drum magnet. The 8,000 gauss is not really intended for separation of ferromagnetic particles. These may only be present sporadically, because they disrupt the magnetic field, which is detrimental to the separation of weakly magnetic metal particles. Therefore a 8,000 gauss drum magnet is usually placed at the end of a processing step (preceded by other separators).

radial magnet system
capture weakly magnetic particles > 0.1 mm
capture Fe particles > 30 µm (sporadically)
magnetic field depth 30 mm


Working principle

Working principle

In case of overfed drum magnets, the material is fed over the drum. As soon as an iron part passes through the magnet, it is attracted and carried over the drum until the part comes out of the magnetic field. The iron part is then released and falls behind a divider plate.

Working width : 2000 mm
RMD-20-32-RN-B-OR-30S2
SKU: E0025970
Stock *: 0
Field strength (flux density) (±10%): 3000 gauss (on shell) gauss
Magnetic field depth: 100 mm
Min. Fe-particle size that can be caught: 0.5 mm
Easy-to-install drum magnets for the continuous separation of coarse or sharp iron particles. Various magnet strengths and types available to separate strong- or weakly- magnetic particles.

High capacity (up to 550 m³/h)
Various dimensions and flange types
With neodymium or ferrite magnets
For belt width 600-2000 mm
Suitable for sharp or abrasive particles

Application

Application

Add-on magnetic drum separators purify product streams. This takes place before the next processing step, such as non-ferrous separation or plastic sorting.
 
The undesired, weakly magnetic iron parts are then separated from the main current so that they do not interfere in the next machining step. This way you achieve a higher separation efficiency, which also results in the recovery (recycling) of a clean, salable iron fraction.
 
To achieve good separation it is important that the material is supplied in a consistent flow, which can be achieved with a vibratory feeder or conveyor belt for example.

Types

Types

Type F
The 1,800 drum magnets have an axial magnet system and are suitable for separation of ferromagnetic particles. These are built with a ferrite magnet segment, in some cases strengthened with neodymium. These drum magnets are not suitable for separation of weakly magnetic metal particles.

cost effective
axial magnet system
capture Fe particles from 2 mm
max. particle size 100 mm
magnetic field depth 100 mm
ferrite magnet

 
Type B
The 3000 gauss magnet has the same configuration as type F, however, this system is built with Neodymium magnets instead of Ferrite magnets.

axial magnet system
capture Fe particles from 0.5 mm
max. particle size 100 mm
magnetic field depth 100 mm

 
Type P
The 6,000 gauss (Power) drum magnet also has an axial magnetic system, but thanks to its high magnetic force and deep holding field it is also suitable for separation of coarse and even fine Fe particles and weakly magnetic particles such as stainless steel and other steel alloys. The magnet segment consists entirely of neodymium magnets.

axial magnet system
capture weakly magnetic particles > 0.5 mm
capture Fe particles > 0.1 mm
magnetic field depth 150 mm

 
Type H
The 8,000 gauss ('High gradient') drum magnet has a radial magnet system and is used for smaller layer thickness than the 6,000 gauss drum magnet. The 8,000 gauss is not really intended for separation of ferromagnetic particles. These may only be present sporadically, because they disrupt the magnetic field, which is detrimental to the separation of weakly magnetic metal particles. Therefore a 8,000 gauss drum magnet is usually placed at the end of a processing step (preceded by other separators).

radial magnet system
capture weakly magnetic particles > 0.1 mm
capture Fe particles > 30 µm (sporadically)
magnetic field depth 30 mm


Working principle

Working principle

In case of overfed drum magnets, the material is fed over the drum. As soon as an iron part passes through the magnet, it is attracted and carried over the drum until the part comes out of the magnetic field. The iron part is then released and falls behind a divider plate.

Working width : 1500 mm
RMD-15-32-RS-P-OR-30S2
SKU: E0062121
Stock *: 0
Field strength (flux density) (±10%): 6000 gauss (on shell) gauss
Magnetic field depth: 150 mm
Min. Fe-particle size that can be caught: 0.1 mm
Easy-to-install drum magnets for the continuous separation of coarse or sharp iron particles. Various magnet strengths and types available to separate strong- or weakly- magnetic particles.

High capacity (up to 550 m³/h)
Various dimensions and flange types
With neodymium or ferrite magnets
For belt width 600-2000 mm
Suitable for sharp or abrasive particles

Application

Application

Add-on magnetic drum separators purify product streams. This takes place before the next processing step, such as non-ferrous separation or plastic sorting.
 
The undesired, weakly magnetic iron parts are then separated from the main current so that they do not interfere in the next machining step. This way you achieve a higher separation efficiency, which also results in the recovery (recycling) of a clean, salable iron fraction.
 
To achieve good separation it is important that the material is supplied in a consistent flow, which can be achieved with a vibratory feeder or conveyor belt for example.

Types

Types

Type F
The 1,800 drum magnets have an axial magnet system and are suitable for separation of ferromagnetic particles. These are built with a ferrite magnet segment, in some cases strengthened with neodymium. These drum magnets are not suitable for separation of weakly magnetic metal particles.

cost effective
axial magnet system
capture Fe particles from 2 mm
max. particle size 100 mm
magnetic field depth 100 mm
ferrite magnet

 
Type B
The 3000 gauss magnet has the same configuration as type F, however, this system is built with Neodymium magnets instead of Ferrite magnets.

axial magnet system
capture Fe particles from 0.5 mm
max. particle size 100 mm
magnetic field depth 100 mm

 
Type P
The 6,000 gauss (Power) drum magnet also has an axial magnetic system, but thanks to its high magnetic force and deep holding field it is also suitable for separation of coarse and even fine Fe particles and weakly magnetic particles such as stainless steel and other steel alloys. The magnet segment consists entirely of neodymium magnets.

axial magnet system
capture weakly magnetic particles > 0.5 mm
capture Fe particles > 0.1 mm
magnetic field depth 150 mm

 
Type H
The 8,000 gauss ('High gradient') drum magnet has a radial magnet system and is used for smaller layer thickness than the 6,000 gauss drum magnet. The 8,000 gauss is not really intended for separation of ferromagnetic particles. These may only be present sporadically, because they disrupt the magnetic field, which is detrimental to the separation of weakly magnetic metal particles. Therefore a 8,000 gauss drum magnet is usually placed at the end of a processing step (preceded by other separators).

radial magnet system
capture weakly magnetic particles > 0.1 mm
capture Fe particles > 30 µm (sporadically)
magnetic field depth 30 mm


Working principle

Working principle

In case of overfed drum magnets, the material is fed over the drum. As soon as an iron part passes through the magnet, it is attracted and carried over the drum until the part comes out of the magnetic field. The iron part is then released and falls behind a divider plate.

Working width : 1500 mm
RMD-15-32-RS-H-OR-20S2
SKU: E0062422
Stock *: 0
Field strength (flux density) (±10%): 8000 gauss (on shell) gauss
Magnetic field depth: 30 mm
Min. Fe-particle size that can be caught: 30 µm (sporadically)
Easy-to-install drum magnets for the continuous separation of coarse or sharp iron particles. Various magnet strengths and types available to separate strong- or weakly- magnetic particles.

High capacity (up to 550 m³/h)
Various dimensions and flange types
With neodymium or ferrite magnets
For belt width 600-2000 mm
Suitable for sharp or abrasive particles

Application

Application

Add-on magnetic drum separators purify product streams. This takes place before the next processing step, such as non-ferrous separation or plastic sorting.
 
The undesired, weakly magnetic iron parts are then separated from the main current so that they do not interfere in the next machining step. This way you achieve a higher separation efficiency, which also results in the recovery (recycling) of a clean, salable iron fraction.
 
To achieve good separation it is important that the material is supplied in a consistent flow, which can be achieved with a vibratory feeder or conveyor belt for example.

Types

Types

Type F
The 1,800 drum magnets have an axial magnet system and are suitable for separation of ferromagnetic particles. These are built with a ferrite magnet segment, in some cases strengthened with neodymium. These drum magnets are not suitable for separation of weakly magnetic metal particles.

cost effective
axial magnet system
capture Fe particles from 2 mm
max. particle size 100 mm
magnetic field depth 100 mm
ferrite magnet

 
Type B
The 3000 gauss magnet has the same configuration as type F, however, this system is built with Neodymium magnets instead of Ferrite magnets.

axial magnet system
capture Fe particles from 0.5 mm
max. particle size 100 mm
magnetic field depth 100 mm

 
Type P
The 6,000 gauss (Power) drum magnet also has an axial magnetic system, but thanks to its high magnetic force and deep holding field it is also suitable for separation of coarse and even fine Fe particles and weakly magnetic particles such as stainless steel and other steel alloys. The magnet segment consists entirely of neodymium magnets.

axial magnet system
capture weakly magnetic particles > 0.5 mm
capture Fe particles > 0.1 mm
magnetic field depth 150 mm

 
Type H
The 8,000 gauss ('High gradient') drum magnet has a radial magnet system and is used for smaller layer thickness than the 6,000 gauss drum magnet. The 8,000 gauss is not really intended for separation of ferromagnetic particles. These may only be present sporadically, because they disrupt the magnetic field, which is detrimental to the separation of weakly magnetic metal particles. Therefore a 8,000 gauss drum magnet is usually placed at the end of a processing step (preceded by other separators).

radial magnet system
capture weakly magnetic particles > 0.1 mm
capture Fe particles > 30 µm (sporadically)
magnetic field depth 30 mm


Working principle

Working principle

In case of overfed drum magnets, the material is fed over the drum. As soon as an iron part passes through the magnet, it is attracted and carried over the drum until the part comes out of the magnetic field. The iron part is then released and falls behind a divider plate.

Working width : 1500 mm
RMD-15-32-RS-F-OR-30S2
SKU: E0061173
Stock *: 0
Field strength (flux density) (±10%): 1800 gauss (on shell) gauss
Magnetic field depth: 100 mm
Min. Fe-particle size that can be caught: 2 mm
Easy-to-install drum magnets for the continuous separation of coarse or sharp iron particles. Various magnet strengths and types available to separate strong- or weakly- magnetic particles.

High capacity (up to 550 m³/h)
Various dimensions and flange types
With neodymium or ferrite magnets
For belt width 600-2000 mm
Suitable for sharp or abrasive particles

Application

Application

Add-on magnetic drum separators purify product streams. This takes place before the next processing step, such as non-ferrous separation or plastic sorting.
 
The undesired, weakly magnetic iron parts are then separated from the main current so that they do not interfere in the next machining step. This way you achieve a higher separation efficiency, which also results in the recovery (recycling) of a clean, salable iron fraction.
 
To achieve good separation it is important that the material is supplied in a consistent flow, which can be achieved with a vibratory feeder or conveyor belt for example.

Types

Types

Type F
The 1,800 drum magnets have an axial magnet system and are suitable for separation of ferromagnetic particles. These are built with a ferrite magnet segment, in some cases strengthened with neodymium. These drum magnets are not suitable for separation of weakly magnetic metal particles.

cost effective
axial magnet system
capture Fe particles from 2 mm
max. particle size 100 mm
magnetic field depth 100 mm
ferrite magnet

 
Type B
The 3000 gauss magnet has the same configuration as type F, however, this system is built with Neodymium magnets instead of Ferrite magnets.

axial magnet system
capture Fe particles from 0.5 mm
max. particle size 100 mm
magnetic field depth 100 mm

 
Type P
The 6,000 gauss (Power) drum magnet also has an axial magnetic system, but thanks to its high magnetic force and deep holding field it is also suitable for separation of coarse and even fine Fe particles and weakly magnetic particles such as stainless steel and other steel alloys. The magnet segment consists entirely of neodymium magnets.

axial magnet system
capture weakly magnetic particles > 0.5 mm
capture Fe particles > 0.1 mm
magnetic field depth 150 mm

 
Type H
The 8,000 gauss ('High gradient') drum magnet has a radial magnet system and is used for smaller layer thickness than the 6,000 gauss drum magnet. The 8,000 gauss is not really intended for separation of ferromagnetic particles. These may only be present sporadically, because they disrupt the magnetic field, which is detrimental to the separation of weakly magnetic metal particles. Therefore a 8,000 gauss drum magnet is usually placed at the end of a processing step (preceded by other separators).

radial magnet system
capture weakly magnetic particles > 0.1 mm
capture Fe particles > 30 µm (sporadically)
magnetic field depth 30 mm


Working principle

Working principle

In case of overfed drum magnets, the material is fed over the drum. As soon as an iron part passes through the magnet, it is attracted and carried over the drum until the part comes out of the magnetic field. The iron part is then released and falls behind a divider plate.

Working width : 1500 mm
RMD-15-32-RS-B-OR-30S2
SKU: E0061218
Stock *: 0
Field strength (flux density) (±10%): 3000 gauss (on shell) gauss
Magnetic field depth: 100 mm
Min. Fe-particle size that can be caught: 0.5 mm
Easy-to-install drum magnets for the continuous separation of coarse or sharp iron particles. Various magnet strengths and types available to separate strong- or weakly- magnetic particles.

High capacity (up to 550 m³/h)
Various dimensions and flange types
With neodymium or ferrite magnets
For belt width 600-2000 mm
Suitable for sharp or abrasive particles

Application

Application

Add-on magnetic drum separators purify product streams. This takes place before the next processing step, such as non-ferrous separation or plastic sorting.
 
The undesired, weakly magnetic iron parts are then separated from the main current so that they do not interfere in the next machining step. This way you achieve a higher separation efficiency, which also results in the recovery (recycling) of a clean, salable iron fraction.
 
To achieve good separation it is important that the material is supplied in a consistent flow, which can be achieved with a vibratory feeder or conveyor belt for example.

Types

Types

Type F
The 1,800 drum magnets have an axial magnet system and are suitable for separation of ferromagnetic particles. These are built with a ferrite magnet segment, in some cases strengthened with neodymium. These drum magnets are not suitable for separation of weakly magnetic metal particles.

cost effective
axial magnet system
capture Fe particles from 2 mm
max. particle size 100 mm
magnetic field depth 100 mm
ferrite magnet

 
Type B
The 3000 gauss magnet has the same configuration as type F, however, this system is built with Neodymium magnets instead of Ferrite magnets.

axial magnet system
capture Fe particles from 0.5 mm
max. particle size 100 mm
magnetic field depth 100 mm

 
Type P
The 6,000 gauss (Power) drum magnet also has an axial magnetic system, but thanks to its high magnetic force and deep holding field it is also suitable for separation of coarse and even fine Fe particles and weakly magnetic particles such as stainless steel and other steel alloys. The magnet segment consists entirely of neodymium magnets.

axial magnet system
capture weakly magnetic particles > 0.5 mm
capture Fe particles > 0.1 mm
magnetic field depth 150 mm

 
Type H
The 8,000 gauss ('High gradient') drum magnet has a radial magnet system and is used for smaller layer thickness than the 6,000 gauss drum magnet. The 8,000 gauss is not really intended for separation of ferromagnetic particles. These may only be present sporadically, because they disrupt the magnetic field, which is detrimental to the separation of weakly magnetic metal particles. Therefore a 8,000 gauss drum magnet is usually placed at the end of a processing step (preceded by other separators).

radial magnet system
capture weakly magnetic particles > 0.1 mm
capture Fe particles > 30 µm (sporadically)
magnetic field depth 30 mm


Working principle

Working principle

In case of overfed drum magnets, the material is fed over the drum. As soon as an iron part passes through the magnet, it is attracted and carried over the drum until the part comes out of the magnetic field. The iron part is then released and falls behind a divider plate.

Working width : 1500 mm
RMD-15-32-RN-P-OR-30S2
SKU: E0025962
Stock *: 0
Field strength (flux density) (±10%): 6000 gauss (on shell) gauss
Magnetic field depth: 150 mm
Min. Fe-particle size that can be caught: 0.1 mm
Easy-to-install drum magnets for the continuous separation of coarse or sharp iron particles. Various magnet strengths and types available to separate strong- or weakly- magnetic particles.

High capacity (up to 550 m³/h)
Various dimensions and flange types
With neodymium or ferrite magnets
For belt width 600-2000 mm
Suitable for sharp or abrasive particles

Application

Application

Add-on magnetic drum separators purify product streams. This takes place before the next processing step, such as non-ferrous separation or plastic sorting.
 
The undesired, weakly magnetic iron parts are then separated from the main current so that they do not interfere in the next machining step. This way you achieve a higher separation efficiency, which also results in the recovery (recycling) of a clean, salable iron fraction.
 
To achieve good separation it is important that the material is supplied in a consistent flow, which can be achieved with a vibratory feeder or conveyor belt for example.

Types

Types

Type F
The 1,800 drum magnets have an axial magnet system and are suitable for separation of ferromagnetic particles. These are built with a ferrite magnet segment, in some cases strengthened with neodymium. These drum magnets are not suitable for separation of weakly magnetic metal particles.

cost effective
axial magnet system
capture Fe particles from 2 mm
max. particle size 100 mm
magnetic field depth 100 mm
ferrite magnet

 
Type B
The 3000 gauss magnet has the same configuration as type F, however, this system is built with Neodymium magnets instead of Ferrite magnets.

axial magnet system
capture Fe particles from 0.5 mm
max. particle size 100 mm
magnetic field depth 100 mm

 
Type P
The 6,000 gauss (Power) drum magnet also has an axial magnetic system, but thanks to its high magnetic force and deep holding field it is also suitable for separation of coarse and even fine Fe particles and weakly magnetic particles such as stainless steel and other steel alloys. The magnet segment consists entirely of neodymium magnets.

axial magnet system
capture weakly magnetic particles > 0.5 mm
capture Fe particles > 0.1 mm
magnetic field depth 150 mm

 
Type H
The 8,000 gauss ('High gradient') drum magnet has a radial magnet system and is used for smaller layer thickness than the 6,000 gauss drum magnet. The 8,000 gauss is not really intended for separation of ferromagnetic particles. These may only be present sporadically, because they disrupt the magnetic field, which is detrimental to the separation of weakly magnetic metal particles. Therefore a 8,000 gauss drum magnet is usually placed at the end of a processing step (preceded by other separators).

radial magnet system
capture weakly magnetic particles > 0.1 mm
capture Fe particles > 30 µm (sporadically)
magnetic field depth 30 mm


Working principle

Working principle

In case of overfed drum magnets, the material is fed over the drum. As soon as an iron part passes through the magnet, it is attracted and carried over the drum until the part comes out of the magnetic field. The iron part is then released and falls behind a divider plate.

Working width : 1500 mm
RMD-15-32-RN-H-OR-20S2
SKU: E0026236
Stock *: 0
Field strength (flux density) (±10%): 8000 gauss (on shell) gauss
Magnetic field depth: 30 mm
Min. Fe-particle size that can be caught: 30 µm (sporadically)
Easy-to-install drum magnets for the continuous separation of coarse or sharp iron particles. Various magnet strengths and types available to separate strong- or weakly- magnetic particles.

High capacity (up to 550 m³/h)
Various dimensions and flange types
With neodymium or ferrite magnets
For belt width 600-2000 mm
Suitable for sharp or abrasive particles

Application

Application

Add-on magnetic drum separators purify product streams. This takes place before the next processing step, such as non-ferrous separation or plastic sorting.
 
The undesired, weakly magnetic iron parts are then separated from the main current so that they do not interfere in the next machining step. This way you achieve a higher separation efficiency, which also results in the recovery (recycling) of a clean, salable iron fraction.
 
To achieve good separation it is important that the material is supplied in a consistent flow, which can be achieved with a vibratory feeder or conveyor belt for example.

Types

Types

Type F
The 1,800 drum magnets have an axial magnet system and are suitable for separation of ferromagnetic particles. These are built with a ferrite magnet segment, in some cases strengthened with neodymium. These drum magnets are not suitable for separation of weakly magnetic metal particles.

cost effective
axial magnet system
capture Fe particles from 2 mm
max. particle size 100 mm
magnetic field depth 100 mm
ferrite magnet

 
Type B
The 3000 gauss magnet has the same configuration as type F, however, this system is built with Neodymium magnets instead of Ferrite magnets.

axial magnet system
capture Fe particles from 0.5 mm
max. particle size 100 mm
magnetic field depth 100 mm

 
Type P
The 6,000 gauss (Power) drum magnet also has an axial magnetic system, but thanks to its high magnetic force and deep holding field it is also suitable for separation of coarse and even fine Fe particles and weakly magnetic particles such as stainless steel and other steel alloys. The magnet segment consists entirely of neodymium magnets.

axial magnet system
capture weakly magnetic particles > 0.5 mm
capture Fe particles > 0.1 mm
magnetic field depth 150 mm

 
Type H
The 8,000 gauss ('High gradient') drum magnet has a radial magnet system and is used for smaller layer thickness than the 6,000 gauss drum magnet. The 8,000 gauss is not really intended for separation of ferromagnetic particles. These may only be present sporadically, because they disrupt the magnetic field, which is detrimental to the separation of weakly magnetic metal particles. Therefore a 8,000 gauss drum magnet is usually placed at the end of a processing step (preceded by other separators).

radial magnet system
capture weakly magnetic particles > 0.1 mm
capture Fe particles > 30 µm (sporadically)
magnetic field depth 30 mm


Working principle

Working principle

In case of overfed drum magnets, the material is fed over the drum. As soon as an iron part passes through the magnet, it is attracted and carried over the drum until the part comes out of the magnetic field. The iron part is then released and falls behind a divider plate.

Working width : 1500 mm
RMD-15-32-RN-F-OR-30S2
SKU: E0026052
Stock *: 0
Field strength (flux density) (±10%): 1800 gauss (on shell) gauss
Magnetic field depth: 100 mm
Min. Fe-particle size that can be caught: 2 mm
Easy-to-install drum magnets for the continuous separation of coarse or sharp iron particles. Various magnet strengths and types available to separate strong- or weakly- magnetic particles.

High capacity (up to 550 m³/h)
Various dimensions and flange types
With neodymium or ferrite magnets
For belt width 600-2000 mm
Suitable for sharp or abrasive particles

Application

Application

Add-on magnetic drum separators purify product streams. This takes place before the next processing step, such as non-ferrous separation or plastic sorting.
 
The undesired, weakly magnetic iron parts are then separated from the main current so that they do not interfere in the next machining step. This way you achieve a higher separation efficiency, which also results in the recovery (recycling) of a clean, salable iron fraction.
 
To achieve good separation it is important that the material is supplied in a consistent flow, which can be achieved with a vibratory feeder or conveyor belt for example.

Types

Types

Type F
The 1,800 drum magnets have an axial magnet system and are suitable for separation of ferromagnetic particles. These are built with a ferrite magnet segment, in some cases strengthened with neodymium. These drum magnets are not suitable for separation of weakly magnetic metal particles.

cost effective
axial magnet system
capture Fe particles from 2 mm
max. particle size 100 mm
magnetic field depth 100 mm
ferrite magnet

 
Type B
The 3000 gauss magnet has the same configuration as type F, however, this system is built with Neodymium magnets instead of Ferrite magnets.

axial magnet system
capture Fe particles from 0.5 mm
max. particle size 100 mm
magnetic field depth 100 mm

 
Type P
The 6,000 gauss (Power) drum magnet also has an axial magnetic system, but thanks to its high magnetic force and deep holding field it is also suitable for separation of coarse and even fine Fe particles and weakly magnetic particles such as stainless steel and other steel alloys. The magnet segment consists entirely of neodymium magnets.

axial magnet system
capture weakly magnetic particles > 0.5 mm
capture Fe particles > 0.1 mm
magnetic field depth 150 mm

 
Type H
The 8,000 gauss ('High gradient') drum magnet has a radial magnet system and is used for smaller layer thickness than the 6,000 gauss drum magnet. The 8,000 gauss is not really intended for separation of ferromagnetic particles. These may only be present sporadically, because they disrupt the magnetic field, which is detrimental to the separation of weakly magnetic metal particles. Therefore a 8,000 gauss drum magnet is usually placed at the end of a processing step (preceded by other separators).

radial magnet system
capture weakly magnetic particles > 0.1 mm
capture Fe particles > 30 µm (sporadically)
magnetic field depth 30 mm


Working principle

Working principle

In case of overfed drum magnets, the material is fed over the drum. As soon as an iron part passes through the magnet, it is attracted and carried over the drum until the part comes out of the magnetic field. The iron part is then released and falls behind a divider plate.

Working width : 1500 mm
RMD-15-32-RN-B-OR-30S2
SKU: E0025952
Stock *: 0
Field strength (flux density) (±10%): 3000 gauss (on shell) gauss
Magnetic field depth: 100 mm
Min. Fe-particle size that can be caught: 0.5 mm
Easy-to-install drum magnets for the continuous separation of coarse or sharp iron particles. Various magnet strengths and types available to separate strong- or weakly- magnetic particles.

High capacity (up to 550 m³/h)
Various dimensions and flange types
With neodymium or ferrite magnets
For belt width 600-2000 mm
Suitable for sharp or abrasive particles

Application

Application

Add-on magnetic drum separators purify product streams. This takes place before the next processing step, such as non-ferrous separation or plastic sorting.
 
The undesired, weakly magnetic iron parts are then separated from the main current so that they do not interfere in the next machining step. This way you achieve a higher separation efficiency, which also results in the recovery (recycling) of a clean, salable iron fraction.
 
To achieve good separation it is important that the material is supplied in a consistent flow, which can be achieved with a vibratory feeder or conveyor belt for example.

Types

Types

Type F
The 1,800 drum magnets have an axial magnet system and are suitable for separation of ferromagnetic particles. These are built with a ferrite magnet segment, in some cases strengthened with neodymium. These drum magnets are not suitable for separation of weakly magnetic metal particles.

cost effective
axial magnet system
capture Fe particles from 2 mm
max. particle size 100 mm
magnetic field depth 100 mm
ferrite magnet

 
Type B
The 3000 gauss magnet has the same configuration as type F, however, this system is built with Neodymium magnets instead of Ferrite magnets.

axial magnet system
capture Fe particles from 0.5 mm
max. particle size 100 mm
magnetic field depth 100 mm

 
Type P
The 6,000 gauss (Power) drum magnet also has an axial magnetic system, but thanks to its high magnetic force and deep holding field it is also suitable for separation of coarse and even fine Fe particles and weakly magnetic particles such as stainless steel and other steel alloys. The magnet segment consists entirely of neodymium magnets.

axial magnet system
capture weakly magnetic particles > 0.5 mm
capture Fe particles > 0.1 mm
magnetic field depth 150 mm

 
Type H
The 8,000 gauss ('High gradient') drum magnet has a radial magnet system and is used for smaller layer thickness than the 6,000 gauss drum magnet. The 8,000 gauss is not really intended for separation of ferromagnetic particles. These may only be present sporadically, because they disrupt the magnetic field, which is detrimental to the separation of weakly magnetic metal particles. Therefore a 8,000 gauss drum magnet is usually placed at the end of a processing step (preceded by other separators).

radial magnet system
capture weakly magnetic particles > 0.1 mm
capture Fe particles > 30 µm (sporadically)
magnetic field depth 30 mm


Working principle

Working principle

In case of overfed drum magnets, the material is fed over the drum. As soon as an iron part passes through the magnet, it is attracted and carried over the drum until the part comes out of the magnetic field. The iron part is then released and falls behind a divider plate.

Working width : 1000 mm
RMD-10-32-RS-P-OR-30S2
SKU: E0062110
Stock *: 0
Field strength (flux density) (±10%): 6000 gauss (on shell) gauss
Magnetic field depth: 150 mm
Min. Fe-particle size that can be caught: 0.1 mm
Easy-to-install drum magnets for the continuous separation of coarse or sharp iron particles. Various magnet strengths and types available to separate strong- or weakly- magnetic particles.

High capacity (up to 550 m³/h)
Various dimensions and flange types
With neodymium or ferrite magnets
For belt width 600-2000 mm
Suitable for sharp or abrasive particles

Application

Application

Add-on magnetic drum separators purify product streams. This takes place before the next processing step, such as non-ferrous separation or plastic sorting.
 
The undesired, weakly magnetic iron parts are then separated from the main current so that they do not interfere in the next machining step. This way you achieve a higher separation efficiency, which also results in the recovery (recycling) of a clean, salable iron fraction.
 
To achieve good separation it is important that the material is supplied in a consistent flow, which can be achieved with a vibratory feeder or conveyor belt for example.

Types

Types

Type F
The 1,800 drum magnets have an axial magnet system and are suitable for separation of ferromagnetic particles. These are built with a ferrite magnet segment, in some cases strengthened with neodymium. These drum magnets are not suitable for separation of weakly magnetic metal particles.

cost effective
axial magnet system
capture Fe particles from 2 mm
max. particle size 100 mm
magnetic field depth 100 mm
ferrite magnet

 
Type B
The 3000 gauss magnet has the same configuration as type F, however, this system is built with Neodymium magnets instead of Ferrite magnets.

axial magnet system
capture Fe particles from 0.5 mm
max. particle size 100 mm
magnetic field depth 100 mm

 
Type P
The 6,000 gauss (Power) drum magnet also has an axial magnetic system, but thanks to its high magnetic force and deep holding field it is also suitable for separation of coarse and even fine Fe particles and weakly magnetic particles such as stainless steel and other steel alloys. The magnet segment consists entirely of neodymium magnets.

axial magnet system
capture weakly magnetic particles > 0.5 mm
capture Fe particles > 0.1 mm
magnetic field depth 150 mm

 
Type H
The 8,000 gauss ('High gradient') drum magnet has a radial magnet system and is used for smaller layer thickness than the 6,000 gauss drum magnet. The 8,000 gauss is not really intended for separation of ferromagnetic particles. These may only be present sporadically, because they disrupt the magnetic field, which is detrimental to the separation of weakly magnetic metal particles. Therefore a 8,000 gauss drum magnet is usually placed at the end of a processing step (preceded by other separators).

radial magnet system
capture weakly magnetic particles > 0.1 mm
capture Fe particles > 30 µm (sporadically)
magnetic field depth 30 mm


Working principle

Working principle

In case of overfed drum magnets, the material is fed over the drum. As soon as an iron part passes through the magnet, it is attracted and carried over the drum until the part comes out of the magnetic field. The iron part is then released and falls behind a divider plate.

Working width : 1000 mm
RMD-10-32-RS-H-OR-20S2
SKU: E0062406
Stock *: 0
Field strength (flux density) (±10%): 8000 gauss (on shell) gauss
Magnetic field depth: 30 mm
Min. Fe-particle size that can be caught: 30 µm (sporadically)
Easy-to-install drum magnets for the continuous separation of coarse or sharp iron particles. Various magnet strengths and types available to separate strong- or weakly- magnetic particles.

High capacity (up to 550 m³/h)
Various dimensions and flange types
With neodymium or ferrite magnets
For belt width 600-2000 mm
Suitable for sharp or abrasive particles

Application

Application

Add-on magnetic drum separators purify product streams. This takes place before the next processing step, such as non-ferrous separation or plastic sorting.
 
The undesired, weakly magnetic iron parts are then separated from the main current so that they do not interfere in the next machining step. This way you achieve a higher separation efficiency, which also results in the recovery (recycling) of a clean, salable iron fraction.
 
To achieve good separation it is important that the material is supplied in a consistent flow, which can be achieved with a vibratory feeder or conveyor belt for example.

Types

Types

Type F
The 1,800 drum magnets have an axial magnet system and are suitable for separation of ferromagnetic particles. These are built with a ferrite magnet segment, in some cases strengthened with neodymium. These drum magnets are not suitable for separation of weakly magnetic metal particles.

cost effective
axial magnet system
capture Fe particles from 2 mm
max. particle size 100 mm
magnetic field depth 100 mm
ferrite magnet

 
Type B
The 3000 gauss magnet has the same configuration as type F, however, this system is built with Neodymium magnets instead of Ferrite magnets.

axial magnet system
capture Fe particles from 0.5 mm
max. particle size 100 mm
magnetic field depth 100 mm

 
Type P
The 6,000 gauss (Power) drum magnet also has an axial magnetic system, but thanks to its high magnetic force and deep holding field it is also suitable for separation of coarse and even fine Fe particles and weakly magnetic particles such as stainless steel and other steel alloys. The magnet segment consists entirely of neodymium magnets.

axial magnet system
capture weakly magnetic particles > 0.5 mm
capture Fe particles > 0.1 mm
magnetic field depth 150 mm

 
Type H
The 8,000 gauss ('High gradient') drum magnet has a radial magnet system and is used for smaller layer thickness than the 6,000 gauss drum magnet. The 8,000 gauss is not really intended for separation of ferromagnetic particles. These may only be present sporadically, because they disrupt the magnetic field, which is detrimental to the separation of weakly magnetic metal particles. Therefore a 8,000 gauss drum magnet is usually placed at the end of a processing step (preceded by other separators).

radial magnet system
capture weakly magnetic particles > 0.1 mm
capture Fe particles > 30 µm (sporadically)
magnetic field depth 30 mm


Working principle

Working principle

In case of overfed drum magnets, the material is fed over the drum. As soon as an iron part passes through the magnet, it is attracted and carried over the drum until the part comes out of the magnetic field. The iron part is then released and falls behind a divider plate.

Working width : 1000 mm
RMD-10-32-RS-F-OR-30S2
SKU: E0061164
Stock *: 0
Field strength (flux density) (±10%): 1800 gauss (on shell) gauss
Magnetic field depth: 100 mm
Min. Fe-particle size that can be caught: 2 mm
Easy-to-install drum magnets for the continuous separation of coarse or sharp iron particles. Various magnet strengths and types available to separate strong- or weakly- magnetic particles.

High capacity (up to 550 m³/h)
Various dimensions and flange types
With neodymium or ferrite magnets
For belt width 600-2000 mm
Suitable for sharp or abrasive particles

Application

Application

Add-on magnetic drum separators purify product streams. This takes place before the next processing step, such as non-ferrous separation or plastic sorting.
 
The undesired, weakly magnetic iron parts are then separated from the main current so that they do not interfere in the next machining step. This way you achieve a higher separation efficiency, which also results in the recovery (recycling) of a clean, salable iron fraction.
 
To achieve good separation it is important that the material is supplied in a consistent flow, which can be achieved with a vibratory feeder or conveyor belt for example.

Types

Types

Type F
The 1,800 drum magnets have an axial magnet system and are suitable for separation of ferromagnetic particles. These are built with a ferrite magnet segment, in some cases strengthened with neodymium. These drum magnets are not suitable for separation of weakly magnetic metal particles.

cost effective
axial magnet system
capture Fe particles from 2 mm
max. particle size 100 mm
magnetic field depth 100 mm
ferrite magnet

 
Type B
The 3000 gauss magnet has the same configuration as type F, however, this system is built with Neodymium magnets instead of Ferrite magnets.

axial magnet system
capture Fe particles from 0.5 mm
max. particle size 100 mm
magnetic field depth 100 mm

 
Type P
The 6,000 gauss (Power) drum magnet also has an axial magnetic system, but thanks to its high magnetic force and deep holding field it is also suitable for separation of coarse and even fine Fe particles and weakly magnetic particles such as stainless steel and other steel alloys. The magnet segment consists entirely of neodymium magnets.

axial magnet system
capture weakly magnetic particles > 0.5 mm
capture Fe particles > 0.1 mm
magnetic field depth 150 mm

 
Type H
The 8,000 gauss ('High gradient') drum magnet has a radial magnet system and is used for smaller layer thickness than the 6,000 gauss drum magnet. The 8,000 gauss is not really intended for separation of ferromagnetic particles. These may only be present sporadically, because they disrupt the magnetic field, which is detrimental to the separation of weakly magnetic metal particles. Therefore a 8,000 gauss drum magnet is usually placed at the end of a processing step (preceded by other separators).

radial magnet system
capture weakly magnetic particles > 0.1 mm
capture Fe particles > 30 µm (sporadically)
magnetic field depth 30 mm


Working principle

Working principle

In case of overfed drum magnets, the material is fed over the drum. As soon as an iron part passes through the magnet, it is attracted and carried over the drum until the part comes out of the magnetic field. The iron part is then released and falls behind a divider plate.

Working width : 1000 mm
RMD-10-32-RS-B-OR-30S2
SKU: E0061211
Stock *: 0
Field strength (flux density) (±10%): 3000 gauss (on shell) gauss
Magnetic field depth: 100 mm
Min. Fe-particle size that can be caught: 0.5 mm
Easy-to-install drum magnets for the continuous separation of coarse or sharp iron particles. Various magnet strengths and types available to separate strong- or weakly- magnetic particles.

High capacity (up to 550 m³/h)
Various dimensions and flange types
With neodymium or ferrite magnets
For belt width 600-2000 mm
Suitable for sharp or abrasive particles

Application

Application

Add-on magnetic drum separators purify product streams. This takes place before the next processing step, such as non-ferrous separation or plastic sorting.
 
The undesired, weakly magnetic iron parts are then separated from the main current so that they do not interfere in the next machining step. This way you achieve a higher separation efficiency, which also results in the recovery (recycling) of a clean, salable iron fraction.
 
To achieve good separation it is important that the material is supplied in a consistent flow, which can be achieved with a vibratory feeder or conveyor belt for example.

Types

Types

Type F
The 1,800 drum magnets have an axial magnet system and are suitable for separation of ferromagnetic particles. These are built with a ferrite magnet segment, in some cases strengthened with neodymium. These drum magnets are not suitable for separation of weakly magnetic metal particles.

cost effective
axial magnet system
capture Fe particles from 2 mm
max. particle size 100 mm
magnetic field depth 100 mm
ferrite magnet

 
Type B
The 3000 gauss magnet has the same configuration as type F, however, this system is built with Neodymium magnets instead of Ferrite magnets.

axial magnet system
capture Fe particles from 0.5 mm
max. particle size 100 mm
magnetic field depth 100 mm

 
Type P
The 6,000 gauss (Power) drum magnet also has an axial magnetic system, but thanks to its high magnetic force and deep holding field it is also suitable for separation of coarse and even fine Fe particles and weakly magnetic particles such as stainless steel and other steel alloys. The magnet segment consists entirely of neodymium magnets.

axial magnet system
capture weakly magnetic particles > 0.5 mm
capture Fe particles > 0.1 mm
magnetic field depth 150 mm

 
Type H
The 8,000 gauss ('High gradient') drum magnet has a radial magnet system and is used for smaller layer thickness than the 6,000 gauss drum magnet. The 8,000 gauss is not really intended for separation of ferromagnetic particles. These may only be present sporadically, because they disrupt the magnetic field, which is detrimental to the separation of weakly magnetic metal particles. Therefore a 8,000 gauss drum magnet is usually placed at the end of a processing step (preceded by other separators).

radial magnet system
capture weakly magnetic particles > 0.1 mm
capture Fe particles > 30 µm (sporadically)
magnetic field depth 30 mm


Working principle

Working principle

In case of overfed drum magnets, the material is fed over the drum. As soon as an iron part passes through the magnet, it is attracted and carried over the drum until the part comes out of the magnetic field. The iron part is then released and falls behind a divider plate.

Working width : 1000 mm
RMD-10-32-RN-P-OR-30S2
SKU: E0025960
Stock *: 0
Field strength (flux density) (±10%): 6000 gauss (on shell) gauss
Magnetic field depth: 150 mm
Min. Fe-particle size that can be caught: 0.1 mm
Easy-to-install drum magnets for the continuous separation of coarse or sharp iron particles. Various magnet strengths and types available to separate strong- or weakly- magnetic particles.

High capacity (up to 550 m³/h)
Various dimensions and flange types
With neodymium or ferrite magnets
For belt width 600-2000 mm
Suitable for sharp or abrasive particles

Application

Application

Add-on magnetic drum separators purify product streams. This takes place before the next processing step, such as non-ferrous separation or plastic sorting.
 
The undesired, weakly magnetic iron parts are then separated from the main current so that they do not interfere in the next machining step. This way you achieve a higher separation efficiency, which also results in the recovery (recycling) of a clean, salable iron fraction.
 
To achieve good separation it is important that the material is supplied in a consistent flow, which can be achieved with a vibratory feeder or conveyor belt for example.

Types

Types

Type F
The 1,800 drum magnets have an axial magnet system and are suitable for separation of ferromagnetic particles. These are built with a ferrite magnet segment, in some cases strengthened with neodymium. These drum magnets are not suitable for separation of weakly magnetic metal particles.

cost effective
axial magnet system
capture Fe particles from 2 mm
max. particle size 100 mm
magnetic field depth 100 mm
ferrite magnet

 
Type B
The 3000 gauss magnet has the same configuration as type F, however, this system is built with Neodymium magnets instead of Ferrite magnets.

axial magnet system
capture Fe particles from 0.5 mm
max. particle size 100 mm
magnetic field depth 100 mm

 
Type P
The 6,000 gauss (Power) drum magnet also has an axial magnetic system, but thanks to its high magnetic force and deep holding field it is also suitable for separation of coarse and even fine Fe particles and weakly magnetic particles such as stainless steel and other steel alloys. The magnet segment consists entirely of neodymium magnets.

axial magnet system
capture weakly magnetic particles > 0.5 mm
capture Fe particles > 0.1 mm
magnetic field depth 150 mm

 
Type H
The 8,000 gauss ('High gradient') drum magnet has a radial magnet system and is used for smaller layer thickness than the 6,000 gauss drum magnet. The 8,000 gauss is not really intended for separation of ferromagnetic particles. These may only be present sporadically, because they disrupt the magnetic field, which is detrimental to the separation of weakly magnetic metal particles. Therefore a 8,000 gauss drum magnet is usually placed at the end of a processing step (preceded by other separators).

radial magnet system
capture weakly magnetic particles > 0.1 mm
capture Fe particles > 30 µm (sporadically)
magnetic field depth 30 mm


Working principle

Working principle

In case of overfed drum magnets, the material is fed over the drum. As soon as an iron part passes through the magnet, it is attracted and carried over the drum until the part comes out of the magnetic field. The iron part is then released and falls behind a divider plate.

Working width : 1000 mm
RMD-10-32-RN-H-OR-20S2
SKU: E0026228
Stock *: 0
Field strength (flux density) (±10%): 8000 gauss (on shell) gauss
Magnetic field depth: 30 mm
Min. Fe-particle size that can be caught: 30 µm (sporadically)
Easy-to-install drum magnets for the continuous separation of coarse or sharp iron particles. Various magnet strengths and types available to separate strong- or weakly- magnetic particles.

High capacity (up to 550 m³/h)
Various dimensions and flange types
With neodymium or ferrite magnets
For belt width 600-2000 mm
Suitable for sharp or abrasive particles

Application

Application

Add-on magnetic drum separators purify product streams. This takes place before the next processing step, such as non-ferrous separation or plastic sorting.
 
The undesired, weakly magnetic iron parts are then separated from the main current so that they do not interfere in the next machining step. This way you achieve a higher separation efficiency, which also results in the recovery (recycling) of a clean, salable iron fraction.
 
To achieve good separation it is important that the material is supplied in a consistent flow, which can be achieved with a vibratory feeder or conveyor belt for example.

Types

Types

Type F
The 1,800 drum magnets have an axial magnet system and are suitable for separation of ferromagnetic particles. These are built with a ferrite magnet segment, in some cases strengthened with neodymium. These drum magnets are not suitable for separation of weakly magnetic metal particles.

cost effective
axial magnet system
capture Fe particles from 2 mm
max. particle size 100 mm
magnetic field depth 100 mm
ferrite magnet

 
Type B
The 3000 gauss magnet has the same configuration as type F, however, this system is built with Neodymium magnets instead of Ferrite magnets.

axial magnet system
capture Fe particles from 0.5 mm
max. particle size 100 mm
magnetic field depth 100 mm

 
Type P
The 6,000 gauss (Power) drum magnet also has an axial magnetic system, but thanks to its high magnetic force and deep holding field it is also suitable for separation of coarse and even fine Fe particles and weakly magnetic particles such as stainless steel and other steel alloys. The magnet segment consists entirely of neodymium magnets.

axial magnet system
capture weakly magnetic particles > 0.5 mm
capture Fe particles > 0.1 mm
magnetic field depth 150 mm

 
Type H
The 8,000 gauss ('High gradient') drum magnet has a radial magnet system and is used for smaller layer thickness than the 6,000 gauss drum magnet. The 8,000 gauss is not really intended for separation of ferromagnetic particles. These may only be present sporadically, because they disrupt the magnetic field, which is detrimental to the separation of weakly magnetic metal particles. Therefore a 8,000 gauss drum magnet is usually placed at the end of a processing step (preceded by other separators).

radial magnet system
capture weakly magnetic particles > 0.1 mm
capture Fe particles > 30 µm (sporadically)
magnetic field depth 30 mm


Working principle

Working principle

In case of overfed drum magnets, the material is fed over the drum. As soon as an iron part passes through the magnet, it is attracted and carried over the drum until the part comes out of the magnetic field. The iron part is then released and falls behind a divider plate.

Working width : 1000 mm
RMD-10-32-RN-F-OR-30S2
SKU: E0026050
Stock *: 0
Field strength (flux density) (±10%): 1800 gauss (on shell) gauss
Magnetic field depth: 100 mm
Min. Fe-particle size that can be caught: 2 mm
Easy-to-install drum magnets for the continuous separation of coarse or sharp iron particles. Various magnet strengths and types available to separate strong- or weakly- magnetic particles.

High capacity (up to 550 m³/h)
Various dimensions and flange types
With neodymium or ferrite magnets
For belt width 600-2000 mm
Suitable for sharp or abrasive particles

Application

Application

Add-on magnetic drum separators purify product streams. This takes place before the next processing step, such as non-ferrous separation or plastic sorting.
 
The undesired, weakly magnetic iron parts are then separated from the main current so that they do not interfere in the next machining step. This way you achieve a higher separation efficiency, which also results in the recovery (recycling) of a clean, salable iron fraction.
 
To achieve good separation it is important that the material is supplied in a consistent flow, which can be achieved with a vibratory feeder or conveyor belt for example.

Types

Types

Type F
The 1,800 drum magnets have an axial magnet system and are suitable for separation of ferromagnetic particles. These are built with a ferrite magnet segment, in some cases strengthened with neodymium. These drum magnets are not suitable for separation of weakly magnetic metal particles.

cost effective
axial magnet system
capture Fe particles from 2 mm
max. particle size 100 mm
magnetic field depth 100 mm
ferrite magnet

 
Type B
The 3000 gauss magnet has the same configuration as type F, however, this system is built with Neodymium magnets instead of Ferrite magnets.

axial magnet system
capture Fe particles from 0.5 mm
max. particle size 100 mm
magnetic field depth 100 mm

 
Type P
The 6,000 gauss (Power) drum magnet also has an axial magnetic system, but thanks to its high magnetic force and deep holding field it is also suitable for separation of coarse and even fine Fe particles and weakly magnetic particles such as stainless steel and other steel alloys. The magnet segment consists entirely of neodymium magnets.

axial magnet system
capture weakly magnetic particles > 0.5 mm
capture Fe particles > 0.1 mm
magnetic field depth 150 mm

 
Type H
The 8,000 gauss ('High gradient') drum magnet has a radial magnet system and is used for smaller layer thickness than the 6,000 gauss drum magnet. The 8,000 gauss is not really intended for separation of ferromagnetic particles. These may only be present sporadically, because they disrupt the magnetic field, which is detrimental to the separation of weakly magnetic metal particles. Therefore a 8,000 gauss drum magnet is usually placed at the end of a processing step (preceded by other separators).

radial magnet system
capture weakly magnetic particles > 0.1 mm
capture Fe particles > 30 µm (sporadically)
magnetic field depth 30 mm


Working principle

Working principle

In case of overfed drum magnets, the material is fed over the drum. As soon as an iron part passes through the magnet, it is attracted and carried over the drum until the part comes out of the magnetic field. The iron part is then released and falls behind a divider plate.

Working width : 1000 mm
RMD-10-32-RN-B-OR-30S2
SKU: E0024388
Stock *: 0
Field strength (flux density) (±10%): 3000 gauss (on shell) gauss
Magnetic field depth: 100 mm
Min. Fe-particle size that can be caught: 0.5 mm
Easy-to-install drum magnets for the continuous separation of coarse or sharp iron particles. Various magnet strengths and types available to separate strong- or weakly- magnetic particles.

High capacity (up to 550 m³/h)
Various dimensions and flange types
With neodymium or ferrite magnets
For belt width 600-2000 mm
Suitable for sharp or abrasive particles

Application

Application

Add-on magnetic drum separators purify product streams. This takes place before the next processing step, such as non-ferrous separation or plastic sorting.
 
The undesired, weakly magnetic iron parts are then separated from the main current so that they do not interfere in the next machining step. This way you achieve a higher separation efficiency, which also results in the recovery (recycling) of a clean, salable iron fraction.
 
To achieve good separation it is important that the material is supplied in a consistent flow, which can be achieved with a vibratory feeder or conveyor belt for example.

Types

Types

Type F
The 1,800 drum magnets have an axial magnet system and are suitable for separation of ferromagnetic particles. These are built with a ferrite magnet segment, in some cases strengthened with neodymium. These drum magnets are not suitable for separation of weakly magnetic metal particles.

cost effective
axial magnet system
capture Fe particles from 2 mm
max. particle size 100 mm
magnetic field depth 100 mm
ferrite magnet

 
Type B
The 3000 gauss magnet has the same configuration as type F, however, this system is built with Neodymium magnets instead of Ferrite magnets.

axial magnet system
capture Fe particles from 0.5 mm
max. particle size 100 mm
magnetic field depth 100 mm

 
Type P
The 6,000 gauss (Power) drum magnet also has an axial magnetic system, but thanks to its high magnetic force and deep holding field it is also suitable for separation of coarse and even fine Fe particles and weakly magnetic particles such as stainless steel and other steel alloys. The magnet segment consists entirely of neodymium magnets.

axial magnet system
capture weakly magnetic particles > 0.5 mm
capture Fe particles > 0.1 mm
magnetic field depth 150 mm

 
Type H
The 8,000 gauss ('High gradient') drum magnet has a radial magnet system and is used for smaller layer thickness than the 6,000 gauss drum magnet. The 8,000 gauss is not really intended for separation of ferromagnetic particles. These may only be present sporadically, because they disrupt the magnetic field, which is detrimental to the separation of weakly magnetic metal particles. Therefore a 8,000 gauss drum magnet is usually placed at the end of a processing step (preceded by other separators).

radial magnet system
capture weakly magnetic particles > 0.1 mm
capture Fe particles > 30 µm (sporadically)
magnetic field depth 30 mm


Working principle

Working principle

In case of overfed drum magnets, the material is fed over the drum. As soon as an iron part passes through the magnet, it is attracted and carried over the drum until the part comes out of the magnetic field. The iron part is then released and falls behind a divider plate.

Working width : 800 mm
RMD-08-32-RS-P-OR-30S2
SKU: E0062100
Stock *: 0
Field strength (flux density) (±10%): 6000 gauss (on shell) gauss
Magnetic field depth: 150 mm
Min. Fe-particle size that can be caught: 0.1 mm
Easy-to-install drum magnets for the continuous separation of coarse or sharp iron particles. Various magnet strengths and types available to separate strong- or weakly- magnetic particles.

High capacity (up to 550 m³/h)
Various dimensions and flange types
With neodymium or ferrite magnets
For belt width 600-2000 mm
Suitable for sharp or abrasive particles

Application

Application

Add-on magnetic drum separators purify product streams. This takes place before the next processing step, such as non-ferrous separation or plastic sorting.
 
The undesired, weakly magnetic iron parts are then separated from the main current so that they do not interfere in the next machining step. This way you achieve a higher separation efficiency, which also results in the recovery (recycling) of a clean, salable iron fraction.
 
To achieve good separation it is important that the material is supplied in a consistent flow, which can be achieved with a vibratory feeder or conveyor belt for example.

Types

Types

Type F
The 1,800 drum magnets have an axial magnet system and are suitable for separation of ferromagnetic particles. These are built with a ferrite magnet segment, in some cases strengthened with neodymium. These drum magnets are not suitable for separation of weakly magnetic metal particles.

cost effective
axial magnet system
capture Fe particles from 2 mm
max. particle size 100 mm
magnetic field depth 100 mm
ferrite magnet

 
Type B
The 3000 gauss magnet has the same configuration as type F, however, this system is built with Neodymium magnets instead of Ferrite magnets.

axial magnet system
capture Fe particles from 0.5 mm
max. particle size 100 mm
magnetic field depth 100 mm

 
Type P
The 6,000 gauss (Power) drum magnet also has an axial magnetic system, but thanks to its high magnetic force and deep holding field it is also suitable for separation of coarse and even fine Fe particles and weakly magnetic particles such as stainless steel and other steel alloys. The magnet segment consists entirely of neodymium magnets.

axial magnet system
capture weakly magnetic particles > 0.5 mm
capture Fe particles > 0.1 mm
magnetic field depth 150 mm

 
Type H
The 8,000 gauss ('High gradient') drum magnet has a radial magnet system and is used for smaller layer thickness than the 6,000 gauss drum magnet. The 8,000 gauss is not really intended for separation of ferromagnetic particles. These may only be present sporadically, because they disrupt the magnetic field, which is detrimental to the separation of weakly magnetic metal particles. Therefore a 8,000 gauss drum magnet is usually placed at the end of a processing step (preceded by other separators).

radial magnet system
capture weakly magnetic particles > 0.1 mm
capture Fe particles > 30 µm (sporadically)
magnetic field depth 30 mm


Working principle

Working principle

In case of overfed drum magnets, the material is fed over the drum. As soon as an iron part passes through the magnet, it is attracted and carried over the drum until the part comes out of the magnetic field. The iron part is then released and falls behind a divider plate.

Working width : 800 mm
RMD-08-32-RS-H-OR-15S2
SKU: E0062396
Stock *: 0
Field strength (flux density) (±10%): 8000 gauss (on shell) gauss
Magnetic field depth: 30 mm
Min. Fe-particle size that can be caught: 30 µm (sporadically)
Easy-to-install drum magnets for the continuous separation of coarse or sharp iron particles. Various magnet strengths and types available to separate strong- or weakly- magnetic particles.

High capacity (up to 550 m³/h)
Various dimensions and flange types
With neodymium or ferrite magnets
For belt width 600-2000 mm
Suitable for sharp or abrasive particles

Application

Application

Add-on magnetic drum separators purify product streams. This takes place before the next processing step, such as non-ferrous separation or plastic sorting.
 
The undesired, weakly magnetic iron parts are then separated from the main current so that they do not interfere in the next machining step. This way you achieve a higher separation efficiency, which also results in the recovery (recycling) of a clean, salable iron fraction.
 
To achieve good separation it is important that the material is supplied in a consistent flow, which can be achieved with a vibratory feeder or conveyor belt for example.

Types

Types

Type F
The 1,800 drum magnets have an axial magnet system and are suitable for separation of ferromagnetic particles. These are built with a ferrite magnet segment, in some cases strengthened with neodymium. These drum magnets are not suitable for separation of weakly magnetic metal particles.

cost effective
axial magnet system
capture Fe particles from 2 mm
max. particle size 100 mm
magnetic field depth 100 mm
ferrite magnet

 
Type B
The 3000 gauss magnet has the same configuration as type F, however, this system is built with Neodymium magnets instead of Ferrite magnets.

axial magnet system
capture Fe particles from 0.5 mm
max. particle size 100 mm
magnetic field depth 100 mm

 
Type P
The 6,000 gauss (Power) drum magnet also has an axial magnetic system, but thanks to its high magnetic force and deep holding field it is also suitable for separation of coarse and even fine Fe particles and weakly magnetic particles such as stainless steel and other steel alloys. The magnet segment consists entirely of neodymium magnets.

axial magnet system
capture weakly magnetic particles > 0.5 mm
capture Fe particles > 0.1 mm
magnetic field depth 150 mm

 
Type H
The 8,000 gauss ('High gradient') drum magnet has a radial magnet system and is used for smaller layer thickness than the 6,000 gauss drum magnet. The 8,000 gauss is not really intended for separation of ferromagnetic particles. These may only be present sporadically, because they disrupt the magnetic field, which is detrimental to the separation of weakly magnetic metal particles. Therefore a 8,000 gauss drum magnet is usually placed at the end of a processing step (preceded by other separators).

radial magnet system
capture weakly magnetic particles > 0.1 mm
capture Fe particles > 30 µm (sporadically)
magnetic field depth 30 mm


Working principle

Working principle

In case of overfed drum magnets, the material is fed over the drum. As soon as an iron part passes through the magnet, it is attracted and carried over the drum until the part comes out of the magnetic field. The iron part is then released and falls behind a divider plate.

Working width : 800 mm
RMD-08-32-RS-F-OR-30S2
SKU: E0061130
Stock *: 0
Field strength (flux density) (±10%): 1800 gauss (on shell) gauss
Magnetic field depth: 100 mm
Min. Fe-particle size that can be caught: 2 mm
Easy-to-install drum magnets for the continuous separation of coarse or sharp iron particles. Various magnet strengths and types available to separate strong- or weakly- magnetic particles.

High capacity (up to 550 m³/h)
Various dimensions and flange types
With neodymium or ferrite magnets
For belt width 600-2000 mm
Suitable for sharp or abrasive particles

Application

Application

Add-on magnetic drum separators purify product streams. This takes place before the next processing step, such as non-ferrous separation or plastic sorting.
 
The undesired, weakly magnetic iron parts are then separated from the main current so that they do not interfere in the next machining step. This way you achieve a higher separation efficiency, which also results in the recovery (recycling) of a clean, salable iron fraction.
 
To achieve good separation it is important that the material is supplied in a consistent flow, which can be achieved with a vibratory feeder or conveyor belt for example.

Types

Types

Type F
The 1,800 drum magnets have an axial magnet system and are suitable for separation of ferromagnetic particles. These are built with a ferrite magnet segment, in some cases strengthened with neodymium. These drum magnets are not suitable for separation of weakly magnetic metal particles.

cost effective
axial magnet system
capture Fe particles from 2 mm
max. particle size 100 mm
magnetic field depth 100 mm
ferrite magnet

 
Type B
The 3000 gauss magnet has the same configuration as type F, however, this system is built with Neodymium magnets instead of Ferrite magnets.

axial magnet system
capture Fe particles from 0.5 mm
max. particle size 100 mm
magnetic field depth 100 mm

 
Type P
The 6,000 gauss (Power) drum magnet also has an axial magnetic system, but thanks to its high magnetic force and deep holding field it is also suitable for separation of coarse and even fine Fe particles and weakly magnetic particles such as stainless steel and other steel alloys. The magnet segment consists entirely of neodymium magnets.

axial magnet system
capture weakly magnetic particles > 0.5 mm
capture Fe particles > 0.1 mm
magnetic field depth 150 mm

 
Type H
The 8,000 gauss ('High gradient') drum magnet has a radial magnet system and is used for smaller layer thickness than the 6,000 gauss drum magnet. The 8,000 gauss is not really intended for separation of ferromagnetic particles. These may only be present sporadically, because they disrupt the magnetic field, which is detrimental to the separation of weakly magnetic metal particles. Therefore a 8,000 gauss drum magnet is usually placed at the end of a processing step (preceded by other separators).

radial magnet system
capture weakly magnetic particles > 0.1 mm
capture Fe particles > 30 µm (sporadically)
magnetic field depth 30 mm


Working principle

Working principle

In case of overfed drum magnets, the material is fed over the drum. As soon as an iron part passes through the magnet, it is attracted and carried over the drum until the part comes out of the magnetic field. The iron part is then released and falls behind a divider plate.

Working width : 800 mm
RMD-08-32-RS-B-OR-30S2
SKU: E0061190
Stock *: 0
Field strength (flux density) (±10%): 3000 gauss (on shell) gauss
Magnetic field depth: 100 mm
Min. Fe-particle size that can be caught: 0.5 mm
Easy-to-install drum magnets for the continuous separation of coarse or sharp iron particles. Various magnet strengths and types available to separate strong- or weakly- magnetic particles.

High capacity (up to 550 m³/h)
Various dimensions and flange types
With neodymium or ferrite magnets
For belt width 600-2000 mm
Suitable for sharp or abrasive particles

Application

Application

Add-on magnetic drum separators purify product streams. This takes place before the next processing step, such as non-ferrous separation or plastic sorting.
 
The undesired, weakly magnetic iron parts are then separated from the main current so that they do not interfere in the next machining step. This way you achieve a higher separation efficiency, which also results in the recovery (recycling) of a clean, salable iron fraction.
 
To achieve good separation it is important that the material is supplied in a consistent flow, which can be achieved with a vibratory feeder or conveyor belt for example.

Types

Types

Type F
The 1,800 drum magnets have an axial magnet system and are suitable for separation of ferromagnetic particles. These are built with a ferrite magnet segment, in some cases strengthened with neodymium. These drum magnets are not suitable for separation of weakly magnetic metal particles.

cost effective
axial magnet system
capture Fe particles from 2 mm
max. particle size 100 mm
magnetic field depth 100 mm
ferrite magnet

 
Type B
The 3000 gauss magnet has the same configuration as type F, however, this system is built with Neodymium magnets instead of Ferrite magnets.

axial magnet system
capture Fe particles from 0.5 mm
max. particle size 100 mm
magnetic field depth 100 mm

 
Type P
The 6,000 gauss (Power) drum magnet also has an axial magnetic system, but thanks to its high magnetic force and deep holding field it is also suitable for separation of coarse and even fine Fe particles and weakly magnetic particles such as stainless steel and other steel alloys. The magnet segment consists entirely of neodymium magnets.

axial magnet system
capture weakly magnetic particles > 0.5 mm
capture Fe particles > 0.1 mm
magnetic field depth 150 mm

 
Type H
The 8,000 gauss ('High gradient') drum magnet has a radial magnet system and is used for smaller layer thickness than the 6,000 gauss drum magnet. The 8,000 gauss is not really intended for separation of ferromagnetic particles. These may only be present sporadically, because they disrupt the magnetic field, which is detrimental to the separation of weakly magnetic metal particles. Therefore a 8,000 gauss drum magnet is usually placed at the end of a processing step (preceded by other separators).

radial magnet system
capture weakly magnetic particles > 0.1 mm
capture Fe particles > 30 µm (sporadically)
magnetic field depth 30 mm


Working principle

Working principle

In case of overfed drum magnets, the material is fed over the drum. As soon as an iron part passes through the magnet, it is attracted and carried over the drum until the part comes out of the magnetic field. The iron part is then released and falls behind a divider plate.

Working width : 800 mm
RMD-08-32-RN-P-OR-30S2
SKU: E0025957
Stock *: 0
Field strength (flux density) (±10%): 6000 gauss (on shell) gauss
Magnetic field depth: 150 mm
Min. Fe-particle size that can be caught: 0.1 mm
Easy-to-install drum magnets for the continuous separation of coarse or sharp iron particles. Various magnet strengths and types available to separate strong- or weakly- magnetic particles.

High capacity (up to 550 m³/h)
Various dimensions and flange types
With neodymium or ferrite magnets
For belt width 600-2000 mm
Suitable for sharp or abrasive particles

Application

Application

Add-on magnetic drum separators purify product streams. This takes place before the next processing step, such as non-ferrous separation or plastic sorting.
 
The undesired, weakly magnetic iron parts are then separated from the main current so that they do not interfere in the next machining step. This way you achieve a higher separation efficiency, which also results in the recovery (recycling) of a clean, salable iron fraction.
 
To achieve good separation it is important that the material is supplied in a consistent flow, which can be achieved with a vibratory feeder or conveyor belt for example.

Types

Types

Type F
The 1,800 drum magnets have an axial magnet system and are suitable for separation of ferromagnetic particles. These are built with a ferrite magnet segment, in some cases strengthened with neodymium. These drum magnets are not suitable for separation of weakly magnetic metal particles.

cost effective
axial magnet system
capture Fe particles from 2 mm
max. particle size 100 mm
magnetic field depth 100 mm
ferrite magnet

 
Type B
The 3000 gauss magnet has the same configuration as type F, however, this system is built with Neodymium magnets instead of Ferrite magnets.

axial magnet system
capture Fe particles from 0.5 mm
max. particle size 100 mm
magnetic field depth 100 mm

 
Type P
The 6,000 gauss (Power) drum magnet also has an axial magnetic system, but thanks to its high magnetic force and deep holding field it is also suitable for separation of coarse and even fine Fe particles and weakly magnetic particles such as stainless steel and other steel alloys. The magnet segment consists entirely of neodymium magnets.

axial magnet system
capture weakly magnetic particles > 0.5 mm
capture Fe particles > 0.1 mm
magnetic field depth 150 mm

 
Type H
The 8,000 gauss ('High gradient') drum magnet has a radial magnet system and is used for smaller layer thickness than the 6,000 gauss drum magnet. The 8,000 gauss is not really intended for separation of ferromagnetic particles. These may only be present sporadically, because they disrupt the magnetic field, which is detrimental to the separation of weakly magnetic metal particles. Therefore a 8,000 gauss drum magnet is usually placed at the end of a processing step (preceded by other separators).

radial magnet system
capture weakly magnetic particles > 0.1 mm
capture Fe particles > 30 µm (sporadically)
magnetic field depth 30 mm


Working principle

Working principle

In case of overfed drum magnets, the material is fed over the drum. As soon as an iron part passes through the magnet, it is attracted and carried over the drum until the part comes out of the magnetic field. The iron part is then released and falls behind a divider plate.

Working width : 800 mm
RMD-08-32-RN-H-OR-15S2
SKU: E0026118
Stock *: 0
Field strength (flux density) (±10%): 8000 gauss (on shell) gauss
Magnetic field depth: 30 mm
Min. Fe-particle size that can be caught: 30 µm (sporadically)
Easy-to-install drum magnets for the continuous separation of coarse or sharp iron particles. Various magnet strengths and types available to separate strong- or weakly- magnetic particles.

High capacity (up to 550 m³/h)
Various dimensions and flange types
With neodymium or ferrite magnets
For belt width 600-2000 mm
Suitable for sharp or abrasive particles

Application

Application

Add-on magnetic drum separators purify product streams. This takes place before the next processing step, such as non-ferrous separation or plastic sorting.
 
The undesired, weakly magnetic iron parts are then separated from the main current so that they do not interfere in the next machining step. This way you achieve a higher separation efficiency, which also results in the recovery (recycling) of a clean, salable iron fraction.
 
To achieve good separation it is important that the material is supplied in a consistent flow, which can be achieved with a vibratory feeder or conveyor belt for example.

Types

Types

Type F
The 1,800 drum magnets have an axial magnet system and are suitable for separation of ferromagnetic particles. These are built with a ferrite magnet segment, in some cases strengthened with neodymium. These drum magnets are not suitable for separation of weakly magnetic metal particles.

cost effective
axial magnet system
capture Fe particles from 2 mm
max. particle size 100 mm
magnetic field depth 100 mm
ferrite magnet

 
Type B
The 3000 gauss magnet has the same configuration as type F, however, this system is built with Neodymium magnets instead of Ferrite magnets.

axial magnet system
capture Fe particles from 0.5 mm
max. particle size 100 mm
magnetic field depth 100 mm

 
Type P
The 6,000 gauss (Power) drum magnet also has an axial magnetic system, but thanks to its high magnetic force and deep holding field it is also suitable for separation of coarse and even fine Fe particles and weakly magnetic particles such as stainless steel and other steel alloys. The magnet segment consists entirely of neodymium magnets.

axial magnet system
capture weakly magnetic particles > 0.5 mm
capture Fe particles > 0.1 mm
magnetic field depth 150 mm

 
Type H
The 8,000 gauss ('High gradient') drum magnet has a radial magnet system and is used for smaller layer thickness than the 6,000 gauss drum magnet. The 8,000 gauss is not really intended for separation of ferromagnetic particles. These may only be present sporadically, because they disrupt the magnetic field, which is detrimental to the separation of weakly magnetic metal particles. Therefore a 8,000 gauss drum magnet is usually placed at the end of a processing step (preceded by other separators).

radial magnet system
capture weakly magnetic particles > 0.1 mm
capture Fe particles > 30 µm (sporadically)
magnetic field depth 30 mm


Working principle

Working principle

In case of overfed drum magnets, the material is fed over the drum. As soon as an iron part passes through the magnet, it is attracted and carried over the drum until the part comes out of the magnetic field. The iron part is then released and falls behind a divider plate.

Working width : 800 mm
RMD-08-32-RN-F-OR-30S2
SKU: E0026048
Stock *: 0
Field strength (flux density) (±10%): 1800 gauss (on shell) gauss
Magnetic field depth: 100 mm
Min. Fe-particle size that can be caught: 2 mm
Easy-to-install drum magnets for the continuous separation of coarse or sharp iron particles. Various magnet strengths and types available to separate strong- or weakly- magnetic particles.

High capacity (up to 550 m³/h)
Various dimensions and flange types
With neodymium or ferrite magnets
For belt width 600-2000 mm
Suitable for sharp or abrasive particles

Application

Application

Add-on magnetic drum separators purify product streams. This takes place before the next processing step, such as non-ferrous separation or plastic sorting.
 
The undesired, weakly magnetic iron parts are then separated from the main current so that they do not interfere in the next machining step. This way you achieve a higher separation efficiency, which also results in the recovery (recycling) of a clean, salable iron fraction.
 
To achieve good separation it is important that the material is supplied in a consistent flow, which can be achieved with a vibratory feeder or conveyor belt for example.

Types

Types

Type F
The 1,800 drum magnets have an axial magnet system and are suitable for separation of ferromagnetic particles. These are built with a ferrite magnet segment, in some cases strengthened with neodymium. These drum magnets are not suitable for separation of weakly magnetic metal particles.

cost effective
axial magnet system
capture Fe particles from 2 mm
max. particle size 100 mm
magnetic field depth 100 mm
ferrite magnet

 
Type B
The 3000 gauss magnet has the same configuration as type F, however, this system is built with Neodymium magnets instead of Ferrite magnets.

axial magnet system
capture Fe particles from 0.5 mm
max. particle size 100 mm
magnetic field depth 100 mm

 
Type P
The 6,000 gauss (Power) drum magnet also has an axial magnetic system, but thanks to its high magnetic force and deep holding field it is also suitable for separation of coarse and even fine Fe particles and weakly magnetic particles such as stainless steel and other steel alloys. The magnet segment consists entirely of neodymium magnets.

axial magnet system
capture weakly magnetic particles > 0.5 mm
capture Fe particles > 0.1 mm
magnetic field depth 150 mm

 
Type H
The 8,000 gauss ('High gradient') drum magnet has a radial magnet system and is used for smaller layer thickness than the 6,000 gauss drum magnet. The 8,000 gauss is not really intended for separation of ferromagnetic particles. These may only be present sporadically, because they disrupt the magnetic field, which is detrimental to the separation of weakly magnetic metal particles. Therefore a 8,000 gauss drum magnet is usually placed at the end of a processing step (preceded by other separators).

radial magnet system
capture weakly magnetic particles > 0.1 mm
capture Fe particles > 30 µm (sporadically)
magnetic field depth 30 mm


Working principle

Working principle

In case of overfed drum magnets, the material is fed over the drum. As soon as an iron part passes through the magnet, it is attracted and carried over the drum until the part comes out of the magnetic field. The iron part is then released and falls behind a divider plate.

Working width : 800 mm
RMD-08-32-RN-B-OR-30S2
SKU: E0010858
Stock *: 0
Field strength (flux density) (±10%): 3000 gauss (on shell) gauss
Magnetic field depth: 100 mm
Min. Fe-particle size that can be caught: 0.5 mm
Easy-to-install drum magnets for the continuous separation of coarse or sharp iron particles. Various magnet strengths and types available to separate strong- or weakly- magnetic particles.

High capacity (up to 550 m³/h)
Various dimensions and flange types
With neodymium or ferrite magnets
For belt width 600-2000 mm
Suitable for sharp or abrasive particles

Application

Application

Add-on magnetic drum separators purify product streams. This takes place before the next processing step, such as non-ferrous separation or plastic sorting.
 
The undesired, weakly magnetic iron parts are then separated from the main current so that they do not interfere in the next machining step. This way you achieve a higher separation efficiency, which also results in the recovery (recycling) of a clean, salable iron fraction.
 
To achieve good separation it is important that the material is supplied in a consistent flow, which can be achieved with a vibratory feeder or conveyor belt for example.

Types

Types

Type F
The 1,800 drum magnets have an axial magnet system and are suitable for separation of ferromagnetic particles. These are built with a ferrite magnet segment, in some cases strengthened with neodymium. These drum magnets are not suitable for separation of weakly magnetic metal particles.

cost effective
axial magnet system
capture Fe particles from 2 mm
max. particle size 100 mm
magnetic field depth 100 mm
ferrite magnet

 
Type B
The 3000 gauss magnet has the same configuration as type F, however, this system is built with Neodymium magnets instead of Ferrite magnets.

axial magnet system
capture Fe particles from 0.5 mm
max. particle size 100 mm
magnetic field depth 100 mm

 
Type P
The 6,000 gauss (Power) drum magnet also has an axial magnetic system, but thanks to its high magnetic force and deep holding field it is also suitable for separation of coarse and even fine Fe particles and weakly magnetic particles such as stainless steel and other steel alloys. The magnet segment consists entirely of neodymium magnets.

axial magnet system
capture weakly magnetic particles > 0.5 mm
capture Fe particles > 0.1 mm
magnetic field depth 150 mm

 
Type H
The 8,000 gauss ('High gradient') drum magnet has a radial magnet system and is used for smaller layer thickness than the 6,000 gauss drum magnet. The 8,000 gauss is not really intended for separation of ferromagnetic particles. These may only be present sporadically, because they disrupt the magnetic field, which is detrimental to the separation of weakly magnetic metal particles. Therefore a 8,000 gauss drum magnet is usually placed at the end of a processing step (preceded by other separators).

radial magnet system
capture weakly magnetic particles > 0.1 mm
capture Fe particles > 30 µm (sporadically)
magnetic field depth 30 mm


Working principle

Working principle

In case of overfed drum magnets, the material is fed over the drum. As soon as an iron part passes through the magnet, it is attracted and carried over the drum until the part comes out of the magnetic field. The iron part is then released and falls behind a divider plate.

Working width : 600 mm
RMD-06-32-RS-P-OR-30S2
SKU: E0062088
Stock *: 0
Field strength (flux density) (±10%): 6000 gauss (on shell) gauss
Magnetic field depth: 150 mm
Min. Fe-particle size that can be caught: 0.1 mm
Easy-to-install drum magnets for the continuous separation of coarse or sharp iron particles. Various magnet strengths and types available to separate strong- or weakly- magnetic particles.

High capacity (up to 550 m³/h)
Various dimensions and flange types
With neodymium or ferrite magnets
For belt width 600-2000 mm
Suitable for sharp or abrasive particles

Application

Application

Add-on magnetic drum separators purify product streams. This takes place before the next processing step, such as non-ferrous separation or plastic sorting.
 
The undesired, weakly magnetic iron parts are then separated from the main current so that they do not interfere in the next machining step. This way you achieve a higher separation efficiency, which also results in the recovery (recycling) of a clean, salable iron fraction.
 
To achieve good separation it is important that the material is supplied in a consistent flow, which can be achieved with a vibratory feeder or conveyor belt for example.

Types

Types

Type F
The 1,800 drum magnets have an axial magnet system and are suitable for separation of ferromagnetic particles. These are built with a ferrite magnet segment, in some cases strengthened with neodymium. These drum magnets are not suitable for separation of weakly magnetic metal particles.

cost effective
axial magnet system
capture Fe particles from 2 mm
max. particle size 100 mm
magnetic field depth 100 mm
ferrite magnet

 
Type B
The 3000 gauss magnet has the same configuration as type F, however, this system is built with Neodymium magnets instead of Ferrite magnets.

axial magnet system
capture Fe particles from 0.5 mm
max. particle size 100 mm
magnetic field depth 100 mm

 
Type P
The 6,000 gauss (Power) drum magnet also has an axial magnetic system, but thanks to its high magnetic force and deep holding field it is also suitable for separation of coarse and even fine Fe particles and weakly magnetic particles such as stainless steel and other steel alloys. The magnet segment consists entirely of neodymium magnets.

axial magnet system
capture weakly magnetic particles > 0.5 mm
capture Fe particles > 0.1 mm
magnetic field depth 150 mm

 
Type H
The 8,000 gauss ('High gradient') drum magnet has a radial magnet system and is used for smaller layer thickness than the 6,000 gauss drum magnet. The 8,000 gauss is not really intended for separation of ferromagnetic particles. These may only be present sporadically, because they disrupt the magnetic field, which is detrimental to the separation of weakly magnetic metal particles. Therefore a 8,000 gauss drum magnet is usually placed at the end of a processing step (preceded by other separators).

radial magnet system
capture weakly magnetic particles > 0.1 mm
capture Fe particles > 30 µm (sporadically)
magnetic field depth 30 mm


Working principle

Working principle

In case of overfed drum magnets, the material is fed over the drum. As soon as an iron part passes through the magnet, it is attracted and carried over the drum until the part comes out of the magnetic field. The iron part is then released and falls behind a divider plate.

Working width : 600 mm
RMD-06-32-RS-H-OR-15S2
SKU: E0061826
Stock *: 0
Field strength (flux density) (±10%): 8000 gauss (on shell) gauss
Magnetic field depth: 30 mm
Min. Fe-particle size that can be caught: 30 µm (sporadically)
Easy-to-install drum magnets for the continuous separation of coarse or sharp iron particles. Various magnet strengths and types available to separate strong- or weakly- magnetic particles.

High capacity (up to 550 m³/h)
Various dimensions and flange types
With neodymium or ferrite magnets
For belt width 600-2000 mm
Suitable for sharp or abrasive particles

Application

Application

Add-on magnetic drum separators purify product streams. This takes place before the next processing step, such as non-ferrous separation or plastic sorting.
 
The undesired, weakly magnetic iron parts are then separated from the main current so that they do not interfere in the next machining step. This way you achieve a higher separation efficiency, which also results in the recovery (recycling) of a clean, salable iron fraction.
 
To achieve good separation it is important that the material is supplied in a consistent flow, which can be achieved with a vibratory feeder or conveyor belt for example.

Types

Types

Type F
The 1,800 drum magnets have an axial magnet system and are suitable for separation of ferromagnetic particles. These are built with a ferrite magnet segment, in some cases strengthened with neodymium. These drum magnets are not suitable for separation of weakly magnetic metal particles.

cost effective
axial magnet system
capture Fe particles from 2 mm
max. particle size 100 mm
magnetic field depth 100 mm
ferrite magnet

 
Type B
The 3000 gauss magnet has the same configuration as type F, however, this system is built with Neodymium magnets instead of Ferrite magnets.

axial magnet system
capture Fe particles from 0.5 mm
max. particle size 100 mm
magnetic field depth 100 mm

 
Type P
The 6,000 gauss (Power) drum magnet also has an axial magnetic system, but thanks to its high magnetic force and deep holding field it is also suitable for separation of coarse and even fine Fe particles and weakly magnetic particles such as stainless steel and other steel alloys. The magnet segment consists entirely of neodymium magnets.

axial magnet system
capture weakly magnetic particles > 0.5 mm
capture Fe particles > 0.1 mm
magnetic field depth 150 mm

 
Type H
The 8,000 gauss ('High gradient') drum magnet has a radial magnet system and is used for smaller layer thickness than the 6,000 gauss drum magnet. The 8,000 gauss is not really intended for separation of ferromagnetic particles. These may only be present sporadically, because they disrupt the magnetic field, which is detrimental to the separation of weakly magnetic metal particles. Therefore a 8,000 gauss drum magnet is usually placed at the end of a processing step (preceded by other separators).

radial magnet system
capture weakly magnetic particles > 0.1 mm
capture Fe particles > 30 µm (sporadically)
magnetic field depth 30 mm


Working principle

Working principle

In case of overfed drum magnets, the material is fed over the drum. As soon as an iron part passes through the magnet, it is attracted and carried over the drum until the part comes out of the magnetic field. The iron part is then released and falls behind a divider plate.

Working width : 600 mm
RMD-06-32-RS-F-OR-30S2
SKU: E0061054
Stock *: 0
Field strength (flux density) (±10%): 1800 gauss (on shell) gauss
Magnetic field depth: 100 mm
Min. Fe-particle size that can be caught: 2 mm
Easy-to-install drum magnets for the continuous separation of coarse or sharp iron particles. Various magnet strengths and types available to separate strong- or weakly- magnetic particles.

High capacity (up to 550 m³/h)
Various dimensions and flange types
With neodymium or ferrite magnets
For belt width 600-2000 mm
Suitable for sharp or abrasive particles

Application

Application

Add-on magnetic drum separators purify product streams. This takes place before the next processing step, such as non-ferrous separation or plastic sorting.
 
The undesired, weakly magnetic iron parts are then separated from the main current so that they do not interfere in the next machining step. This way you achieve a higher separation efficiency, which also results in the recovery (recycling) of a clean, salable iron fraction.
 
To achieve good separation it is important that the material is supplied in a consistent flow, which can be achieved with a vibratory feeder or conveyor belt for example.

Types

Types

Type F
The 1,800 drum magnets have an axial magnet system and are suitable for separation of ferromagnetic particles. These are built with a ferrite magnet segment, in some cases strengthened with neodymium. These drum magnets are not suitable for separation of weakly magnetic metal particles.

cost effective
axial magnet system
capture Fe particles from 2 mm
max. particle size 100 mm
magnetic field depth 100 mm
ferrite magnet

 
Type B
The 3000 gauss magnet has the same configuration as type F, however, this system is built with Neodymium magnets instead of Ferrite magnets.

axial magnet system
capture Fe particles from 0.5 mm
max. particle size 100 mm
magnetic field depth 100 mm

 
Type P
The 6,000 gauss (Power) drum magnet also has an axial magnetic system, but thanks to its high magnetic force and deep holding field it is also suitable for separation of coarse and even fine Fe particles and weakly magnetic particles such as stainless steel and other steel alloys. The magnet segment consists entirely of neodymium magnets.

axial magnet system
capture weakly magnetic particles > 0.5 mm
capture Fe particles > 0.1 mm
magnetic field depth 150 mm

 
Type H
The 8,000 gauss ('High gradient') drum magnet has a radial magnet system and is used for smaller layer thickness than the 6,000 gauss drum magnet. The 8,000 gauss is not really intended for separation of ferromagnetic particles. These may only be present sporadically, because they disrupt the magnetic field, which is detrimental to the separation of weakly magnetic metal particles. Therefore a 8,000 gauss drum magnet is usually placed at the end of a processing step (preceded by other separators).

radial magnet system
capture weakly magnetic particles > 0.1 mm
capture Fe particles > 30 µm (sporadically)
magnetic field depth 30 mm


Working principle

Working principle

In case of overfed drum magnets, the material is fed over the drum. As soon as an iron part passes through the magnet, it is attracted and carried over the drum until the part comes out of the magnetic field. The iron part is then released and falls behind a divider plate.

Working width : 600 mm
RMD-06-32-RS-B-OR-30S2
SKU: E0061188
Stock *: 0
Field strength (flux density) (±10%): 3000 gauss (on shell) gauss
Magnetic field depth: 100 mm
Min. Fe-particle size that can be caught: 0.5 mm
Easy-to-install drum magnets for the continuous separation of coarse or sharp iron particles. Various magnet strengths and types available to separate strong- or weakly- magnetic particles.

High capacity (up to 550 m³/h)
Various dimensions and flange types
With neodymium or ferrite magnets
For belt width 600-2000 mm
Suitable for sharp or abrasive particles

Application

Application

Add-on magnetic drum separators purify product streams. This takes place before the next processing step, such as non-ferrous separation or plastic sorting.
 
The undesired, weakly magnetic iron parts are then separated from the main current so that they do not interfere in the next machining step. This way you achieve a higher separation efficiency, which also results in the recovery (recycling) of a clean, salable iron fraction.
 
To achieve good separation it is important that the material is supplied in a consistent flow, which can be achieved with a vibratory feeder or conveyor belt for example.

Types

Types

Type F
The 1,800 drum magnets have an axial magnet system and are suitable for separation of ferromagnetic particles. These are built with a ferrite magnet segment, in some cases strengthened with neodymium. These drum magnets are not suitable for separation of weakly magnetic metal particles.

cost effective
axial magnet system
capture Fe particles from 2 mm
max. particle size 100 mm
magnetic field depth 100 mm
ferrite magnet

 
Type B
The 3000 gauss magnet has the same configuration as type F, however, this system is built with Neodymium magnets instead of Ferrite magnets.

axial magnet system
capture Fe particles from 0.5 mm
max. particle size 100 mm
magnetic field depth 100 mm

 
Type P
The 6,000 gauss (Power) drum magnet also has an axial magnetic system, but thanks to its high magnetic force and deep holding field it is also suitable for separation of coarse and even fine Fe particles and weakly magnetic particles such as stainless steel and other steel alloys. The magnet segment consists entirely of neodymium magnets.

axial magnet system
capture weakly magnetic particles > 0.5 mm
capture Fe particles > 0.1 mm
magnetic field depth 150 mm

 
Type H
The 8,000 gauss ('High gradient') drum magnet has a radial magnet system and is used for smaller layer thickness than the 6,000 gauss drum magnet. The 8,000 gauss is not really intended for separation of ferromagnetic particles. These may only be present sporadically, because they disrupt the magnetic field, which is detrimental to the separation of weakly magnetic metal particles. Therefore a 8,000 gauss drum magnet is usually placed at the end of a processing step (preceded by other separators).

radial magnet system
capture weakly magnetic particles > 0.1 mm
capture Fe particles > 30 µm (sporadically)
magnetic field depth 30 mm


Working principle

Working principle

In case of overfed drum magnets, the material is fed over the drum. As soon as an iron part passes through the magnet, it is attracted and carried over the drum until the part comes out of the magnetic field. The iron part is then released and falls behind a divider plate.

Working width : 600 mm
RMD-06-32-RN-P-OR-30S2
SKU: E0020871
Stock *: 0
Field strength (flux density) (±10%): 6000 gauss (on shell) gauss
Magnetic field depth: 150 mm
Min. Fe-particle size that can be caught: 0.1 mm
Easy-to-install drum magnets for the continuous separation of coarse or sharp iron particles. Various magnet strengths and types available to separate strong- or weakly- magnetic particles.

High capacity (up to 550 m³/h)
Various dimensions and flange types
With neodymium or ferrite magnets
For belt width 600-2000 mm
Suitable for sharp or abrasive particles

Application

Application

Add-on magnetic drum separators purify product streams. This takes place before the next processing step, such as non-ferrous separation or plastic sorting.
 
The undesired, weakly magnetic iron parts are then separated from the main current so that they do not interfere in the next machining step. This way you achieve a higher separation efficiency, which also results in the recovery (recycling) of a clean, salable iron fraction.
 
To achieve good separation it is important that the material is supplied in a consistent flow, which can be achieved with a vibratory feeder or conveyor belt for example.

Types

Types

Type F
The 1,800 drum magnets have an axial magnet system and are suitable for separation of ferromagnetic particles. These are built with a ferrite magnet segment, in some cases strengthened with neodymium. These drum magnets are not suitable for separation of weakly magnetic metal particles.

cost effective
axial magnet system
capture Fe particles from 2 mm
max. particle size 100 mm
magnetic field depth 100 mm
ferrite magnet

 
Type B
The 3000 gauss magnet has the same configuration as type F, however, this system is built with Neodymium magnets instead of Ferrite magnets.

axial magnet system
capture Fe particles from 0.5 mm
max. particle size 100 mm
magnetic field depth 100 mm

 
Type P
The 6,000 gauss (Power) drum magnet also has an axial magnetic system, but thanks to its high magnetic force and deep holding field it is also suitable for separation of coarse and even fine Fe particles and weakly magnetic particles such as stainless steel and other steel alloys. The magnet segment consists entirely of neodymium magnets.

axial magnet system
capture weakly magnetic particles > 0.5 mm
capture Fe particles > 0.1 mm
magnetic field depth 150 mm

 
Type H
The 8,000 gauss ('High gradient') drum magnet has a radial magnet system and is used for smaller layer thickness than the 6,000 gauss drum magnet. The 8,000 gauss is not really intended for separation of ferromagnetic particles. These may only be present sporadically, because they disrupt the magnetic field, which is detrimental to the separation of weakly magnetic metal particles. Therefore a 8,000 gauss drum magnet is usually placed at the end of a processing step (preceded by other separators).

radial magnet system
capture weakly magnetic particles > 0.1 mm
capture Fe particles > 30 µm (sporadically)
magnetic field depth 30 mm


Working principle

Working principle

In case of overfed drum magnets, the material is fed over the drum. As soon as an iron part passes through the magnet, it is attracted and carried over the drum until the part comes out of the magnetic field. The iron part is then released and falls behind a divider plate.

Working width : 600 mm
RMD-06-32-RN-H-OR-15S2
SKU: E0026090
Stock *: 0
Field strength (flux density) (±10%): 8000 gauss (on shell) gauss
Magnetic field depth: 30 mm
Min. Fe-particle size that can be caught: 30 µm (sporadically)
Easy-to-install drum magnets for the continuous separation of coarse or sharp iron particles. Various magnet strengths and types available to separate strong- or weakly- magnetic particles.

High capacity (up to 550 m³/h)
Various dimensions and flange types
With neodymium or ferrite magnets
For belt width 600-2000 mm
Suitable for sharp or abrasive particles

Application

Application

Add-on magnetic drum separators purify product streams. This takes place before the next processing step, such as non-ferrous separation or plastic sorting.
 
The undesired, weakly magnetic iron parts are then separated from the main current so that they do not interfere in the next machining step. This way you achieve a higher separation efficiency, which also results in the recovery (recycling) of a clean, salable iron fraction.
 
To achieve good separation it is important that the material is supplied in a consistent flow, which can be achieved with a vibratory feeder or conveyor belt for example.

Types

Types

Type F
The 1,800 drum magnets have an axial magnet system and are suitable for separation of ferromagnetic particles. These are built with a ferrite magnet segment, in some cases strengthened with neodymium. These drum magnets are not suitable for separation of weakly magnetic metal particles.

cost effective
axial magnet system
capture Fe particles from 2 mm
max. particle size 100 mm
magnetic field depth 100 mm
ferrite magnet

 
Type B
The 3000 gauss magnet has the same configuration as type F, however, this system is built with Neodymium magnets instead of Ferrite magnets.

axial magnet system
capture Fe particles from 0.5 mm
max. particle size 100 mm
magnetic field depth 100 mm

 
Type P
The 6,000 gauss (Power) drum magnet also has an axial magnetic system, but thanks to its high magnetic force and deep holding field it is also suitable for separation of coarse and even fine Fe particles and weakly magnetic particles such as stainless steel and other steel alloys. The magnet segment consists entirely of neodymium magnets.

axial magnet system
capture weakly magnetic particles > 0.5 mm
capture Fe particles > 0.1 mm
magnetic field depth 150 mm

 
Type H
The 8,000 gauss ('High gradient') drum magnet has a radial magnet system and is used for smaller layer thickness than the 6,000 gauss drum magnet. The 8,000 gauss is not really intended for separation of ferromagnetic particles. These may only be present sporadically, because they disrupt the magnetic field, which is detrimental to the separation of weakly magnetic metal particles. Therefore a 8,000 gauss drum magnet is usually placed at the end of a processing step (preceded by other separators).

radial magnet system
capture weakly magnetic particles > 0.1 mm
capture Fe particles > 30 µm (sporadically)
magnetic field depth 30 mm


Working principle

Working principle

In case of overfed drum magnets, the material is fed over the drum. As soon as an iron part passes through the magnet, it is attracted and carried over the drum until the part comes out of the magnetic field. The iron part is then released and falls behind a divider plate.

Working width : 600 mm
RMD-06-32-RN-F-OR-30S2
SKU: E0026046
Stock *: 0
Field strength (flux density) (±10%): 1800 gauss (on shell) gauss
Magnetic field depth: 100 mm
Min. Fe-particle size that can be caught: 2 mm
Easy-to-install drum magnets for the continuous separation of coarse or sharp iron particles. Various magnet strengths and types available to separate strong- or weakly- magnetic particles.

High capacity (up to 550 m³/h)
Various dimensions and flange types
With neodymium or ferrite magnets
For belt width 600-2000 mm
Suitable for sharp or abrasive particles

Application

Application

Add-on magnetic drum separators purify product streams. This takes place before the next processing step, such as non-ferrous separation or plastic sorting.
 
The undesired, weakly magnetic iron parts are then separated from the main current so that they do not interfere in the next machining step. This way you achieve a higher separation efficiency, which also results in the recovery (recycling) of a clean, salable iron fraction.
 
To achieve good separation it is important that the material is supplied in a consistent flow, which can be achieved with a vibratory feeder or conveyor belt for example.

Types

Types

Type F
The 1,800 drum magnets have an axial magnet system and are suitable for separation of ferromagnetic particles. These are built with a ferrite magnet segment, in some cases strengthened with neodymium. These drum magnets are not suitable for separation of weakly magnetic metal particles.

cost effective
axial magnet system
capture Fe particles from 2 mm
max. particle size 100 mm
magnetic field depth 100 mm
ferrite magnet

 
Type B
The 3000 gauss magnet has the same configuration as type F, however, this system is built with Neodymium magnets instead of Ferrite magnets.

axial magnet system
capture Fe particles from 0.5 mm
max. particle size 100 mm
magnetic field depth 100 mm

 
Type P
The 6,000 gauss (Power) drum magnet also has an axial magnetic system, but thanks to its high magnetic force and deep holding field it is also suitable for separation of coarse and even fine Fe particles and weakly magnetic particles such as stainless steel and other steel alloys. The magnet segment consists entirely of neodymium magnets.

axial magnet system
capture weakly magnetic particles > 0.5 mm
capture Fe particles > 0.1 mm
magnetic field depth 150 mm

 
Type H
The 8,000 gauss ('High gradient') drum magnet has a radial magnet system and is used for smaller layer thickness than the 6,000 gauss drum magnet. The 8,000 gauss is not really intended for separation of ferromagnetic particles. These may only be present sporadically, because they disrupt the magnetic field, which is detrimental to the separation of weakly magnetic metal particles. Therefore a 8,000 gauss drum magnet is usually placed at the end of a processing step (preceded by other separators).

radial magnet system
capture weakly magnetic particles > 0.1 mm
capture Fe particles > 30 µm (sporadically)
magnetic field depth 30 mm


Working principle

Working principle

In case of overfed drum magnets, the material is fed over the drum. As soon as an iron part passes through the magnet, it is attracted and carried over the drum until the part comes out of the magnetic field. The iron part is then released and falls behind a divider plate.

Working width : 600 mm
RMD-06-32-RN-B-OR-30S2
SKU: E0025947
Stock *: 0
Field strength (flux density) (±10%): 3000 gauss (on shell) gauss
Magnetic field depth: 100 mm
Min. Fe-particle size that can be caught: 0.5 mm
Easy-to-install drum magnets for the continuous separation of coarse or sharp iron particles. Various magnet strengths and types available to separate strong- or weakly- magnetic particles.

High capacity (up to 550 m³/h)
Various dimensions and flange types
With neodymium or ferrite magnets
For belt width 600-2000 mm
Suitable for sharp or abrasive particles

Application

Application

Add-on magnetic drum separators purify product streams. This takes place before the next processing step, such as non-ferrous separation or plastic sorting.
 
The undesired, weakly magnetic iron parts are then separated from the main current so that they do not interfere in the next machining step. This way you achieve a higher separation efficiency, which also results in the recovery (recycling) of a clean, salable iron fraction.
 
To achieve good separation it is important that the material is supplied in a consistent flow, which can be achieved with a vibratory feeder or conveyor belt for example.

Types

Types

Type F
The 1,800 drum magnets have an axial magnet system and are suitable for separation of ferromagnetic particles. These are built with a ferrite magnet segment, in some cases strengthened with neodymium. These drum magnets are not suitable for separation of weakly magnetic metal particles.

cost effective
axial magnet system
capture Fe particles from 2 mm
max. particle size 100 mm
magnetic field depth 100 mm
ferrite magnet

 
Type B
The 3000 gauss magnet has the same configuration as type F, however, this system is built with Neodymium magnets instead of Ferrite magnets.

axial magnet system
capture Fe particles from 0.5 mm
max. particle size 100 mm
magnetic field depth 100 mm

 
Type P
The 6,000 gauss (Power) drum magnet also has an axial magnetic system, but thanks to its high magnetic force and deep holding field it is also suitable for separation of coarse and even fine Fe particles and weakly magnetic particles such as stainless steel and other steel alloys. The magnet segment consists entirely of neodymium magnets.

axial magnet system
capture weakly magnetic particles > 0.5 mm
capture Fe particles > 0.1 mm
magnetic field depth 150 mm

 
Type H
The 8,000 gauss ('High gradient') drum magnet has a radial magnet system and is used for smaller layer thickness than the 6,000 gauss drum magnet. The 8,000 gauss is not really intended for separation of ferromagnetic particles. These may only be present sporadically, because they disrupt the magnetic field, which is detrimental to the separation of weakly magnetic metal particles. Therefore a 8,000 gauss drum magnet is usually placed at the end of a processing step (preceded by other separators).

radial magnet system
capture weakly magnetic particles > 0.1 mm
capture Fe particles > 30 µm (sporadically)
magnetic field depth 30 mm


Working principle

Working principle

In case of overfed drum magnets, the material is fed over the drum. As soon as an iron part passes through the magnet, it is attracted and carried over the drum until the part comes out of the magnetic field. The iron part is then released and falls behind a divider plate.

Working width : 600 mm
RHPS-HF-06-SCS-N-SM-B-N-B-N
SKU: E0117739
Stock *: 0
Min. Fe-particle size that can be caught: 0.03 mm (Fe-parts, sporadically)
High-gradient magnetic head pulley systems are used to capture weakly magnetic particles. Due to the low magnetic field depth, this system is not suitable for high processing capacities.

Very powerful
Capture Fe and weakly magnetic particles from 0.1 mm
Continuous automatic cleaning
For belt width 600-800 mm
Max. layer thickness 30 mm

Application

Application

An extra powerful magnetic head pulley with radial magnet construction. Separate weakly magnetic and paramagnetic particles such as stainless steel and steel alloys in small, mono-layer fractions ranging in size from 0 to 40 mm - at low capacities. The high-gradient magnet is used after the separation step for the strongly magnetic ferrous particles. The total solution is a compact and maintenance-friendly conveyor belt system that can be used for applications such as:

removing stainless steel rings, springs and balls from shredded plastic bottles with pump mechanism
removing small metal particles from soil contaminants, soil or stones
removing smashed pieces of stainless steel from wood recycling processes to protect shredding blades
separating pieces of stainless steel from shredded WEEE and ASR fractions
separating iron dust from ceramics or blasting grit
separating pieces of stainless steel from cable shredder flows before the copper shredder processing step
separating stainless steel needles from plastic hospital syringes


Design

Design

The high-gradient magnetic head roller system can be divided into three segments:
 
1. Supply segment
Vibratory feeder for magnetic head pulley separator This is a stainless steel vibratory feeder, driven by two magnetic linear vibration motors. The vibration frequency is easily adjusted via the supplied control box. Advantages of these motors are the robustness, durability and maintenance-friendliness.
 
2. Middle segment
Conveyor belt for magnetic head roller separator The middle segment contains stainless steel protection covers. This means that the machine requires little maintenance, is easy to clean and can even be used for certain food applications. The sealing strips and wavy edge make product loss impossible. To achieve 9,000 gauss the thin 1.3 mm PU conveyor belt is essential to the functionality of the machine.
 
3. Discharge segment
Splitter for magnetic head pulley separator The splitter, also known as a separation partition, ensures the physical separation of the two product flows. The stainless steel splitter is designed to be adjustable both horizontally and vertically. The result: perfect separation, tailored to product flow and capacity. You can optionally choose product hoppers with the machine.

Features

Features

Through the use of high-quality magnets, the high-gradient magnetic head pulley (mounted in the head pulley) has the following characteristics:

separates weakly magnetic particles > 0.1 mm
separates ferrous particles > 30 µm (sporadic)
magnetic field depth 10 mm
radial magnet construction
neodymium magnet (10,000 gauss at the shell)


Working principle

Working principle

A high-gradient magnetic head pulley system is a conveyor belt system with a very powerful integrated magnetic conveyor roller. This powerful field is created by the combination of neodymium magnets and radial magnet construction. The result: a flux density of 9,000 gauss on the conveyor belt. The high magnetic force is necessary because the crystal lattice of stainless steel does not actually allow magnetism. However, when a stainless steel particle is processed it undergoes a number of plastic deformations caused by shredding, sieving, falling or granulating. These deformations in the stainless steel result in localized material defects in the crystal lattice. This causes the material to acquire slight or weakly magnetic properties. By the time a stainless steel particle reaches the high-gradient separator, its deformation causes it to be between 5 and 10% magnetizable. The need to deflect a weakly magnetic particle from a product flow is why the extra-high magnetic force is needed.
 
The belt is fed from a vibratory feeder, possibly in combination with a supply hopper. The belt speed is continuously adjustable. This ensures that the product supply (capacity/layer thickness), along with the attracting power of the magnetic conveyor roller and ballistic effect of the product speed, can be perfectly regulated. The splitter separates the product flow physically into a weakly magnetic metal fraction and an inert (non-magnetic) fraction.
 
A drawback of a high-gradient magnet it that it is so powerful that it also attracts other bits of magnetic material. Such as pieces of plastic, wood or rubber contaminated with iron oxide. This can result in a metal fraction contaminated with undesirable materials. In this case, the obtained product requires further purification to yield a saleable fraction.

Working width : 800 mm
RHPS-H-08-SCS-N-SM-B-N-B-N
SKU: E0091416
Stock *: 0
Min. Fe-particle size that can be caught: 0.03 mm (Fe-parts, sporadically)
High-gradient magnetic head pulley systems are used to capture weakly magnetic particles. Due to the low magnetic field depth, this system is not suitable for high processing capacities.

Very powerful
Capture Fe and weakly magnetic particles from 0.1 mm
Continuous automatic cleaning
For belt width 600-800 mm
Max. layer thickness 30 mm

Application

Application

An extra powerful magnetic head pulley with radial magnet construction. Separate weakly magnetic and paramagnetic particles such as stainless steel and steel alloys in small, mono-layer fractions ranging in size from 0 to 40 mm - at low capacities. The high-gradient magnet is used after the separation step for the strongly magnetic ferrous particles. The total solution is a compact and maintenance-friendly conveyor belt system that can be used for applications such as:

removing stainless steel rings, springs and balls from shredded plastic bottles with pump mechanism
removing small metal particles from soil contaminants, soil or stones
removing smashed pieces of stainless steel from wood recycling processes to protect shredding blades
separating pieces of stainless steel from shredded WEEE and ASR fractions
separating iron dust from ceramics or blasting grit
separating pieces of stainless steel from cable shredder flows before the copper shredder processing step
separating stainless steel needles from plastic hospital syringes


Design

Design

The high-gradient magnetic head roller system can be divided into three segments:
 
1. Supply segment
Vibratory feeder for magnetic head pulley separator This is a stainless steel vibratory feeder, driven by two magnetic linear vibration motors. The vibration frequency is easily adjusted via the supplied control box. Advantages of these motors are the robustness, durability and maintenance-friendliness.
 
2. Middle segment
Conveyor belt for magnetic head roller separator The middle segment contains stainless steel protection covers. This means that the machine requires little maintenance, is easy to clean and can even be used for certain food applications. The sealing strips and wavy edge make product loss impossible. To achieve 9,000 gauss the thin 1.3 mm PU conveyor belt is essential to the functionality of the machine.
 
3. Discharge segment
Splitter for magnetic head pulley separator The splitter, also known as a separation partition, ensures the physical separation of the two product flows. The stainless steel splitter is designed to be adjustable both horizontally and vertically. The result: perfect separation, tailored to product flow and capacity. You can optionally choose product hoppers with the machine.

Features

Features

Through the use of high-quality magnets, the high-gradient magnetic head pulley (mounted in the head pulley) has the following characteristics:

separates weakly magnetic particles > 0.1 mm
separates ferrous particles > 30 µm (sporadic)
magnetic field depth 10 mm
radial magnet construction
neodymium magnet (10,000 gauss at the shell)


Working principle

Working principle

A high-gradient magnetic head pulley system is a conveyor belt system with a very powerful integrated magnetic conveyor roller. This powerful field is created by the combination of neodymium magnets and radial magnet construction. The result: a flux density of 9,000 gauss on the conveyor belt. The high magnetic force is necessary because the crystal lattice of stainless steel does not actually allow magnetism. However, when a stainless steel particle is processed it undergoes a number of plastic deformations caused by shredding, sieving, falling or granulating. These deformations in the stainless steel result in localized material defects in the crystal lattice. This causes the material to acquire slight or weakly magnetic properties. By the time a stainless steel particle reaches the high-gradient separator, its deformation causes it to be between 5 and 10% magnetizable. The need to deflect a weakly magnetic particle from a product flow is why the extra-high magnetic force is needed.
 
The belt is fed from a vibratory feeder, possibly in combination with a supply hopper. The belt speed is continuously adjustable. This ensures that the product supply (capacity/layer thickness), along with the attracting power of the magnetic conveyor roller and ballistic effect of the product speed, can be perfectly regulated. The splitter separates the product flow physically into a weakly magnetic metal fraction and an inert (non-magnetic) fraction.
 
A drawback of a high-gradient magnet it that it is so powerful that it also attracts other bits of magnetic material. Such as pieces of plastic, wood or rubber contaminated with iron oxide. This can result in a metal fraction contaminated with undesirable materials. In this case, the obtained product requires further purification to yield a saleable fraction.

Working width : 600 mm
RHPS-H-06-SCS-N-SM-B-N-B-N
SKU: E0087806
Stock *: 0
Min. Fe-particle size that can be caught: 0.03 mm (Fe-parts, sporadically)
High-gradient magnetic head pulley systems are used to capture weakly magnetic particles. Due to the low magnetic field depth, this system is not suitable for high processing capacities.

Very powerful
Capture Fe and weakly magnetic particles from 0.1 mm
Continuous automatic cleaning
For belt width 600-800 mm
Max. layer thickness 30 mm

Application

Application

An extra powerful magnetic head pulley with radial magnet construction. Separate weakly magnetic and paramagnetic particles such as stainless steel and steel alloys in small, mono-layer fractions ranging in size from 0 to 40 mm - at low capacities. The high-gradient magnet is used after the separation step for the strongly magnetic ferrous particles. The total solution is a compact and maintenance-friendly conveyor belt system that can be used for applications such as:

removing stainless steel rings, springs and balls from shredded plastic bottles with pump mechanism
removing small metal particles from soil contaminants, soil or stones
removing smashed pieces of stainless steel from wood recycling processes to protect shredding blades
separating pieces of stainless steel from shredded WEEE and ASR fractions
separating iron dust from ceramics or blasting grit
separating pieces of stainless steel from cable shredder flows before the copper shredder processing step
separating stainless steel needles from plastic hospital syringes


Design

Design

The high-gradient magnetic head roller system can be divided into three segments:
 
1. Supply segment
Vibratory feeder for magnetic head pulley separator This is a stainless steel vibratory feeder, driven by two magnetic linear vibration motors. The vibration frequency is easily adjusted via the supplied control box. Advantages of these motors are the robustness, durability and maintenance-friendliness.
 
2. Middle segment
Conveyor belt for magnetic head roller separator The middle segment contains stainless steel protection covers. This means that the machine requires little maintenance, is easy to clean and can even be used for certain food applications. The sealing strips and wavy edge make product loss impossible. To achieve 9,000 gauss the thin 1.3 mm PU conveyor belt is essential to the functionality of the machine.
 
3. Discharge segment
Splitter for magnetic head pulley separator The splitter, also known as a separation partition, ensures the physical separation of the two product flows. The stainless steel splitter is designed to be adjustable both horizontally and vertically. The result: perfect separation, tailored to product flow and capacity. You can optionally choose product hoppers with the machine.

Features

Features

Through the use of high-quality magnets, the high-gradient magnetic head pulley (mounted in the head pulley) has the following characteristics:

separates weakly magnetic particles > 0.1 mm
separates ferrous particles > 30 µm (sporadic)
magnetic field depth 10 mm
radial magnet construction
neodymium magnet (10,000 gauss at the shell)


Working principle

Working principle

A high-gradient magnetic head pulley system is a conveyor belt system with a very powerful integrated magnetic conveyor roller. This powerful field is created by the combination of neodymium magnets and radial magnet construction. The result: a flux density of 9,000 gauss on the conveyor belt. The high magnetic force is necessary because the crystal lattice of stainless steel does not actually allow magnetism. However, when a stainless steel particle is processed it undergoes a number of plastic deformations caused by shredding, sieving, falling or granulating. These deformations in the stainless steel result in localized material defects in the crystal lattice. This causes the material to acquire slight or weakly magnetic properties. By the time a stainless steel particle reaches the high-gradient separator, its deformation causes it to be between 5 and 10% magnetizable. The need to deflect a weakly magnetic particle from a product flow is why the extra-high magnetic force is needed.
 
The belt is fed from a vibratory feeder, possibly in combination with a supply hopper. The belt speed is continuously adjustable. This ensures that the product supply (capacity/layer thickness), along with the attracting power of the magnetic conveyor roller and ballistic effect of the product speed, can be perfectly regulated. The splitter separates the product flow physically into a weakly magnetic metal fraction and an inert (non-magnetic) fraction.
 
A drawback of a high-gradient magnet it that it is so powerful that it also attracts other bits of magnetic material. Such as pieces of plastic, wood or rubber contaminated with iron oxide. This can result in a metal fraction contaminated with undesirable materials. In this case, the obtained product requires further purification to yield a saleable fraction.

Suitable for belt width : 1000 mm
RHP-H153R18-100-RSB-BA
SKU: RHAH15100003
Stock *: 0
Diameter: 152 mm
Magnet field strength (flux density) (±10%): 9000 gauss
Magnetic system: Permanent Neoflux® magnet
Magnetic head pulleys capture ferrous and weakly magnetic particles and continuously carry them away. Suitable for installation in existing belt conveyor systems, in the bulk transshipment or recycling industries for example.

Cost-effective and robust
With neodymium or ferrite magnets
Permanent magnet
Automatic cleaning (continuous)
According to your requirements

Application

Application

A magnetic head pulley, or head roller magnet, separates ferromagnetic particles, such as iron or steel, and even weakly magnetic particles (such as particles from processed stainless steel) from coarse to very fine fractions and carries them away completely automatically and continuously. This magnetic roller is built into an existing conveyor belt system as a head or tail roller. and is a cost-effective magnetic metal separator. It is important to feed the material onto the conveyor belt with the magnetic conveyor roller in a thin layer (ideally a mono-layer). Magnetic head pulleys require practically no maintenance, and because these magnets are integrated in an existing installation there are almost no extra operating and energy costs.
 
For larger layer thickness a head roller magnet can be combined with a suspension or overband magnet. In this configuration the suspended magnet draws the pieces of steel out of the upper layer and the head roller magnet draws them from the lower layers of the bulk flow. Magnetic head roller separators are particularly well suited for separation of problematic shapes such as ball bearings or batteries. They are used for:

recycling and/or recovery of ferrous metals
removing, purging or eliminating ferrous parts or weakly magnetic particles from product flows
protection of machines (prevention of damage caused by metal particles)


Placement

Placement

Keep the following in mind when integrating a magnetic head pulley:

Use of head scrapers is not possible. Otherwise iron particles would be scraped off before the magnet can separate them.
No steel components in the vicinity of the head roller magnet (such as the splitter: it must be made of a non-magnetic material). Otherwise this part will be magnetized, which has a negative impact on the separation.
The field depth of the magnet.
Type of magnet system in combination with the belt thickness. The optimal placement/position of the separation partition depends on the application.

 
Goudsmit has plenty of experience with this and will be happy to provide recommendations.

Design

Design

Magnetic head pulleys are made in standard sizes and can therefore be easily integrated into an existing installation. The shaft diameter, for example, is suitable for SNL bearing blocks, and the shaft journal (including keyway) is suitable for a standard SEW gear unit. These are global standards and therefore cover most applications. The modular design makes it easy to replace the shaft, which is ideal for maintenance and customer-specific solutions. Various versions available to meet your needs:

Belt width: 400-2000 mm
Diameters: 150-400 mm
Magnet system: both axial and radial magnet construction


Working principle

Working principle

A magnetic head pulley is a head or tail roller that is filled with magnets. This roller forms a magnetic system with a correspondingly rotating magnetic field that is active around the entire circumference. The magnetic field attracts ferromagnetic metal particles in a product flow. The conveyor belt that runs over the roller carries these particles with it to the underside of the roller. When they are no longer in range of the magnetic field they fall off the belt, where they are collected and/or carried away. For strongly magnetic particles, we can place cleats on the belt to 'push' the particles out of the magnetic field.
 
For damp or fine metal particles we fit a scraper to prevent them from sticking to the belt. The advantage of a head roller magnet is that it is a continuous system, so there is no need to stop the product flow to carry off the separated metal particles. This makes the head roller magnet very suitable for product flows with lots of Fe particles. Because the product passes very close to the magnet it is also a very powerful and effective separator.

Suitable for belt width : 800 mm
RHP-H153R18-080-RSB-BA
SKU: RHAH15080000
Stock *: 0
Diameter: 152 mm
Magnet field strength (flux density) (±10%): 9000 gauss
Magnetic system: Permanent Neoflux® magnet
Magnetic head pulleys capture ferrous and weakly magnetic particles and continuously carry them away. Suitable for installation in existing belt conveyor systems, in the bulk transshipment or recycling industries for example.

Cost-effective and robust
With neodymium or ferrite magnets
Permanent magnet
Automatic cleaning (continuous)
According to your requirements

Application

Application

A magnetic head pulley, or head roller magnet, separates ferromagnetic particles, such as iron or steel, and even weakly magnetic particles (such as particles from processed stainless steel) from coarse to very fine fractions and carries them away completely automatically and continuously. This magnetic roller is built into an existing conveyor belt system as a head or tail roller. and is a cost-effective magnetic metal separator. It is important to feed the material onto the conveyor belt with the magnetic conveyor roller in a thin layer (ideally a mono-layer). Magnetic head pulleys require practically no maintenance, and because these magnets are integrated in an existing installation there are almost no extra operating and energy costs.
 
For larger layer thickness a head roller magnet can be combined with a suspension or overband magnet. In this configuration the suspended magnet draws the pieces of steel out of the upper layer and the head roller magnet draws them from the lower layers of the bulk flow. Magnetic head roller separators are particularly well suited for separation of problematic shapes such as ball bearings or batteries. They are used for:

recycling and/or recovery of ferrous metals
removing, purging or eliminating ferrous parts or weakly magnetic particles from product flows
protection of machines (prevention of damage caused by metal particles)


Placement

Placement

Keep the following in mind when integrating a magnetic head pulley:

Use of head scrapers is not possible. Otherwise iron particles would be scraped off before the magnet can separate them.
No steel components in the vicinity of the head roller magnet (such as the splitter: it must be made of a non-magnetic material). Otherwise this part will be magnetized, which has a negative impact on the separation.
The field depth of the magnet.
Type of magnet system in combination with the belt thickness. The optimal placement/position of the separation partition depends on the application.

 
Goudsmit has plenty of experience with this and will be happy to provide recommendations.

Design

Design

Magnetic head pulleys are made in standard sizes and can therefore be easily integrated into an existing installation. The shaft diameter, for example, is suitable for SNL bearing blocks, and the shaft journal (including keyway) is suitable for a standard SEW gear unit. These are global standards and therefore cover most applications. The modular design makes it easy to replace the shaft, which is ideal for maintenance and customer-specific solutions. Various versions available to meet your needs:

Belt width: 400-2000 mm
Diameters: 150-400 mm
Magnet system: both axial and radial magnet construction


Working principle

Working principle

A magnetic head pulley is a head or tail roller that is filled with magnets. This roller forms a magnetic system with a correspondingly rotating magnetic field that is active around the entire circumference. The magnetic field attracts ferromagnetic metal particles in a product flow. The conveyor belt that runs over the roller carries these particles with it to the underside of the roller. When they are no longer in range of the magnetic field they fall off the belt, where they are collected and/or carried away. For strongly magnetic particles, we can place cleats on the belt to 'push' the particles out of the magnetic field.
 
For damp or fine metal particles we fit a scraper to prevent them from sticking to the belt. The advantage of a head roller magnet is that it is a continuous system, so there is no need to stop the product flow to carry off the separated metal particles. This makes the head roller magnet very suitable for product flows with lots of Fe particles. Because the product passes very close to the magnet it is also a very powerful and effective separator.

Suitable for belt width : 600 mm
RHP-H153R18-060-RSB-BA
SKU: RHAH150561
Stock *: 0
Diameter: 152 mm
Magnet field strength (flux density) (±10%): 9000 gauss
Magnetic system: Permanent Neoflux® magnet
Magnetic head pulleys capture ferrous and weakly magnetic particles and continuously carry them away. Suitable for installation in existing belt conveyor systems, in the bulk transshipment or recycling industries for example.

Cost-effective and robust
With neodymium or ferrite magnets
Permanent magnet
Automatic cleaning (continuous)
According to your requirements

Application

Application

A magnetic head pulley, or head roller magnet, separates ferromagnetic particles, such as iron or steel, and even weakly magnetic particles (such as particles from processed stainless steel) from coarse to very fine fractions and carries them away completely automatically and continuously. This magnetic roller is built into an existing conveyor belt system as a head or tail roller. and is a cost-effective magnetic metal separator. It is important to feed the material onto the conveyor belt with the magnetic conveyor roller in a thin layer (ideally a mono-layer). Magnetic head pulleys require practically no maintenance, and because these magnets are integrated in an existing installation there are almost no extra operating and energy costs.
 
For larger layer thickness a head roller magnet can be combined with a suspension or overband magnet. In this configuration the suspended magnet draws the pieces of steel out of the upper layer and the head roller magnet draws them from the lower layers of the bulk flow. Magnetic head roller separators are particularly well suited for separation of problematic shapes such as ball bearings or batteries. They are used for:

recycling and/or recovery of ferrous metals
removing, purging or eliminating ferrous parts or weakly magnetic particles from product flows
protection of machines (prevention of damage caused by metal particles)


Placement

Placement

Keep the following in mind when integrating a magnetic head pulley:

Use of head scrapers is not possible. Otherwise iron particles would be scraped off before the magnet can separate them.
No steel components in the vicinity of the head roller magnet (such as the splitter: it must be made of a non-magnetic material). Otherwise this part will be magnetized, which has a negative impact on the separation.
The field depth of the magnet.
Type of magnet system in combination with the belt thickness. The optimal placement/position of the separation partition depends on the application.

 
Goudsmit has plenty of experience with this and will be happy to provide recommendations.

Design

Design

Magnetic head pulleys are made in standard sizes and can therefore be easily integrated into an existing installation. The shaft diameter, for example, is suitable for SNL bearing blocks, and the shaft journal (including keyway) is suitable for a standard SEW gear unit. These are global standards and therefore cover most applications. The modular design makes it easy to replace the shaft, which is ideal for maintenance and customer-specific solutions. Various versions available to meet your needs:

Belt width: 400-2000 mm
Diameters: 150-400 mm
Magnet system: both axial and radial magnet construction


Working principle

Working principle

A magnetic head pulley is a head or tail roller that is filled with magnets. This roller forms a magnetic system with a correspondingly rotating magnetic field that is active around the entire circumference. The magnetic field attracts ferromagnetic metal particles in a product flow. The conveyor belt that runs over the roller carries these particles with it to the underside of the roller. When they are no longer in range of the magnetic field they fall off the belt, where they are collected and/or carried away. For strongly magnetic particles, we can place cleats on the belt to 'push' the particles out of the magnetic field.
 
For damp or fine metal particles we fit a scraper to prevent them from sticking to the belt. The advantage of a head roller magnet is that it is a continuous system, so there is no need to stop the product flow to carry off the separated metal particles. This makes the head roller magnet very suitable for product flows with lots of Fe particles. Because the product passes very close to the magnet it is also a very powerful and effective separator.

Suitable for belt width : 400 mm
RHP-H153R18-040-RSB-BA
SKU: RHAH150361
Stock *: 0
Diameter: 152 mm
Magnet field strength (flux density) (±10%): 9000 gauss
Magnetic system: Permanent Neoflux® magnet
Magnetic head pulleys capture ferrous and weakly magnetic particles and continuously carry them away. Suitable for installation in existing belt conveyor systems, in the bulk transshipment or recycling industries for example.

Cost-effective and robust
With neodymium or ferrite magnets
Permanent magnet
Automatic cleaning (continuous)
According to your requirements

Application

Application

A magnetic head pulley, or head roller magnet, separates ferromagnetic particles, such as iron or steel, and even weakly magnetic particles (such as particles from processed stainless steel) from coarse to very fine fractions and carries them away completely automatically and continuously. This magnetic roller is built into an existing conveyor belt system as a head or tail roller. and is a cost-effective magnetic metal separator. It is important to feed the material onto the conveyor belt with the magnetic conveyor roller in a thin layer (ideally a mono-layer). Magnetic head pulleys require practically no maintenance, and because these magnets are integrated in an existing installation there are almost no extra operating and energy costs.
 
For larger layer thickness a head roller magnet can be combined with a suspension or overband magnet. In this configuration the suspended magnet draws the pieces of steel out of the upper layer and the head roller magnet draws them from the lower layers of the bulk flow. Magnetic head roller separators are particularly well suited for separation of problematic shapes such as ball bearings or batteries. They are used for:

recycling and/or recovery of ferrous metals
removing, purging or eliminating ferrous parts or weakly magnetic particles from product flows
protection of machines (prevention of damage caused by metal particles)


Placement

Placement

Keep the following in mind when integrating a magnetic head pulley:

Use of head scrapers is not possible. Otherwise iron particles would be scraped off before the magnet can separate them.
No steel components in the vicinity of the head roller magnet (such as the splitter: it must be made of a non-magnetic material). Otherwise this part will be magnetized, which has a negative impact on the separation.
The field depth of the magnet.
Type of magnet system in combination with the belt thickness. The optimal placement/position of the separation partition depends on the application.

 
Goudsmit has plenty of experience with this and will be happy to provide recommendations.

Design

Design

Magnetic head pulleys are made in standard sizes and can therefore be easily integrated into an existing installation. The shaft diameter, for example, is suitable for SNL bearing blocks, and the shaft journal (including keyway) is suitable for a standard SEW gear unit. These are global standards and therefore cover most applications. The modular design makes it easy to replace the shaft, which is ideal for maintenance and customer-specific solutions. Various versions available to meet your needs:

Belt width: 400-2000 mm
Diameters: 150-400 mm
Magnet system: both axial and radial magnet construction


Working principle

Working principle

A magnetic head pulley is a head or tail roller that is filled with magnets. This roller forms a magnetic system with a correspondingly rotating magnetic field that is active around the entire circumference. The magnetic field attracts ferromagnetic metal particles in a product flow. The conveyor belt that runs over the roller carries these particles with it to the underside of the roller. When they are no longer in range of the magnetic field they fall off the belt, where they are collected and/or carried away. For strongly magnetic particles, we can place cleats on the belt to 'push' the particles out of the magnetic field.
 
For damp or fine metal particles we fit a scraper to prevent them from sticking to the belt. The advantage of a head roller magnet is that it is a continuous system, so there is no need to stop the product flow to carry off the separated metal particles. This makes the head roller magnet very suitable for product flows with lots of Fe particles. Because the product passes very close to the magnet it is also a very powerful and effective separator.

Suitable for belt width : 1200 mm
RHP-F406A08-120-RSD-BA
SKU: RHAF40120000
Stock *: 0
Diameter: 406 mm
Magnet field strength (flux density) (±10%): 1800 gauss
Magnetic system: Permanent ferrite magnet
Magnetic head pulleys capture ferrous and weakly magnetic particles and continuously carry them away. Suitable for installation in existing belt conveyor systems, in the bulk transshipment or recycling industries for example.

Cost-effective and robust
With neodymium or ferrite magnets
Permanent magnet
Automatic cleaning (continuous)
According to your requirements

Application

Application

A magnetic head pulley, or head roller magnet, separates ferromagnetic particles, such as iron or steel, and even weakly magnetic particles (such as particles from processed stainless steel) from coarse to very fine fractions and carries them away completely automatically and continuously. This magnetic roller is built into an existing conveyor belt system as a head or tail roller. and is a cost-effective magnetic metal separator. It is important to feed the material onto the conveyor belt with the magnetic conveyor roller in a thin layer (ideally a mono-layer). Magnetic head pulleys require practically no maintenance, and because these magnets are integrated in an existing installation there are almost no extra operating and energy costs.
 
For larger layer thickness a head roller magnet can be combined with a suspension or overband magnet. In this configuration the suspended magnet draws the pieces of steel out of the upper layer and the head roller magnet draws them from the lower layers of the bulk flow. Magnetic head roller separators are particularly well suited for separation of problematic shapes such as ball bearings or batteries. They are used for:

recycling and/or recovery of ferrous metals
removing, purging or eliminating ferrous parts or weakly magnetic particles from product flows
protection of machines (prevention of damage caused by metal particles)


Placement

Placement

Keep the following in mind when integrating a magnetic head pulley:

Use of head scrapers is not possible. Otherwise iron particles would be scraped off before the magnet can separate them.
No steel components in the vicinity of the head roller magnet (such as the splitter: it must be made of a non-magnetic material). Otherwise this part will be magnetized, which has a negative impact on the separation.
The field depth of the magnet.
Type of magnet system in combination with the belt thickness. The optimal placement/position of the separation partition depends on the application.

 
Goudsmit has plenty of experience with this and will be happy to provide recommendations.

Design

Design

Magnetic head pulleys are made in standard sizes and can therefore be easily integrated into an existing installation. The shaft diameter, for example, is suitable for SNL bearing blocks, and the shaft journal (including keyway) is suitable for a standard SEW gear unit. These are global standards and therefore cover most applications. The modular design makes it easy to replace the shaft, which is ideal for maintenance and customer-specific solutions. Various versions available to meet your needs:

Belt width: 400-2000 mm
Diameters: 150-400 mm
Magnet system: both axial and radial magnet construction


Working principle

Working principle

A magnetic head pulley is a head or tail roller that is filled with magnets. This roller forms a magnetic system with a correspondingly rotating magnetic field that is active around the entire circumference. The magnetic field attracts ferromagnetic metal particles in a product flow. The conveyor belt that runs over the roller carries these particles with it to the underside of the roller. When they are no longer in range of the magnetic field they fall off the belt, where they are collected and/or carried away. For strongly magnetic particles, we can place cleats on the belt to 'push' the particles out of the magnetic field.
 
For damp or fine metal particles we fit a scraper to prevent them from sticking to the belt. The advantage of a head roller magnet is that it is a continuous system, so there is no need to stop the product flow to carry off the separated metal particles. This makes the head roller magnet very suitable for product flows with lots of Fe particles. Because the product passes very close to the magnet it is also a very powerful and effective separator.

Suitable for belt width : 1000 mm
RHP-F406A08-100-RSD-BA
SKU: RHAF40100000
Stock *: 0
Diameter: 406 mm
Magnet field strength (flux density) (±10%): 1800 gauss
Magnetic system: Permanent ferrite magnet
Magnetic head pulleys capture ferrous and weakly magnetic particles and continuously carry them away. Suitable for installation in existing belt conveyor systems, in the bulk transshipment or recycling industries for example.

Cost-effective and robust
With neodymium or ferrite magnets
Permanent magnet
Automatic cleaning (continuous)
According to your requirements

Application

Application

A magnetic head pulley, or head roller magnet, separates ferromagnetic particles, such as iron or steel, and even weakly magnetic particles (such as particles from processed stainless steel) from coarse to very fine fractions and carries them away completely automatically and continuously. This magnetic roller is built into an existing conveyor belt system as a head or tail roller. and is a cost-effective magnetic metal separator. It is important to feed the material onto the conveyor belt with the magnetic conveyor roller in a thin layer (ideally a mono-layer). Magnetic head pulleys require practically no maintenance, and because these magnets are integrated in an existing installation there are almost no extra operating and energy costs.
 
For larger layer thickness a head roller magnet can be combined with a suspension or overband magnet. In this configuration the suspended magnet draws the pieces of steel out of the upper layer and the head roller magnet draws them from the lower layers of the bulk flow. Magnetic head roller separators are particularly well suited for separation of problematic shapes such as ball bearings or batteries. They are used for:

recycling and/or recovery of ferrous metals
removing, purging or eliminating ferrous parts or weakly magnetic particles from product flows
protection of machines (prevention of damage caused by metal particles)


Placement

Placement

Keep the following in mind when integrating a magnetic head pulley:

Use of head scrapers is not possible. Otherwise iron particles would be scraped off before the magnet can separate them.
No steel components in the vicinity of the head roller magnet (such as the splitter: it must be made of a non-magnetic material). Otherwise this part will be magnetized, which has a negative impact on the separation.
The field depth of the magnet.
Type of magnet system in combination with the belt thickness. The optimal placement/position of the separation partition depends on the application.

 
Goudsmit has plenty of experience with this and will be happy to provide recommendations.

Design

Design

Magnetic head pulleys are made in standard sizes and can therefore be easily integrated into an existing installation. The shaft diameter, for example, is suitable for SNL bearing blocks, and the shaft journal (including keyway) is suitable for a standard SEW gear unit. These are global standards and therefore cover most applications. The modular design makes it easy to replace the shaft, which is ideal for maintenance and customer-specific solutions. Various versions available to meet your needs:

Belt width: 400-2000 mm
Diameters: 150-400 mm
Magnet system: both axial and radial magnet construction


Working principle

Working principle

A magnetic head pulley is a head or tail roller that is filled with magnets. This roller forms a magnetic system with a correspondingly rotating magnetic field that is active around the entire circumference. The magnetic field attracts ferromagnetic metal particles in a product flow. The conveyor belt that runs over the roller carries these particles with it to the underside of the roller. When they are no longer in range of the magnetic field they fall off the belt, where they are collected and/or carried away. For strongly magnetic particles, we can place cleats on the belt to 'push' the particles out of the magnetic field.
 
For damp or fine metal particles we fit a scraper to prevent them from sticking to the belt. The advantage of a head roller magnet is that it is a continuous system, so there is no need to stop the product flow to carry off the separated metal particles. This makes the head roller magnet very suitable for product flows with lots of Fe particles. Because the product passes very close to the magnet it is also a very powerful and effective separator.

Suitable for belt width : 800 mm
RHP-F406A08-080-RSD-BA
SKU: RHAF40080000
Stock *: 0
Diameter: 406 mm
Magnet field strength (flux density) (±10%): 1800 gauss
Magnetic system: Permanent ferrite magnet
Magnetic head pulleys capture ferrous and weakly magnetic particles and continuously carry them away. Suitable for installation in existing belt conveyor systems, in the bulk transshipment or recycling industries for example.

Cost-effective and robust
With neodymium or ferrite magnets
Permanent magnet
Automatic cleaning (continuous)
According to your requirements

Application

Application

A magnetic head pulley, or head roller magnet, separates ferromagnetic particles, such as iron or steel, and even weakly magnetic particles (such as particles from processed stainless steel) from coarse to very fine fractions and carries them away completely automatically and continuously. This magnetic roller is built into an existing conveyor belt system as a head or tail roller. and is a cost-effective magnetic metal separator. It is important to feed the material onto the conveyor belt with the magnetic conveyor roller in a thin layer (ideally a mono-layer). Magnetic head pulleys require practically no maintenance, and because these magnets are integrated in an existing installation there are almost no extra operating and energy costs.
 
For larger layer thickness a head roller magnet can be combined with a suspension or overband magnet. In this configuration the suspended magnet draws the pieces of steel out of the upper layer and the head roller magnet draws them from the lower layers of the bulk flow. Magnetic head roller separators are particularly well suited for separation of problematic shapes such as ball bearings or batteries. They are used for:

recycling and/or recovery of ferrous metals
removing, purging or eliminating ferrous parts or weakly magnetic particles from product flows
protection of machines (prevention of damage caused by metal particles)


Placement

Placement

Keep the following in mind when integrating a magnetic head pulley:

Use of head scrapers is not possible. Otherwise iron particles would be scraped off before the magnet can separate them.
No steel components in the vicinity of the head roller magnet (such as the splitter: it must be made of a non-magnetic material). Otherwise this part will be magnetized, which has a negative impact on the separation.
The field depth of the magnet.
Type of magnet system in combination with the belt thickness. The optimal placement/position of the separation partition depends on the application.

 
Goudsmit has plenty of experience with this and will be happy to provide recommendations.

Design

Design

Magnetic head pulleys are made in standard sizes and can therefore be easily integrated into an existing installation. The shaft diameter, for example, is suitable for SNL bearing blocks, and the shaft journal (including keyway) is suitable for a standard SEW gear unit. These are global standards and therefore cover most applications. The modular design makes it easy to replace the shaft, which is ideal for maintenance and customer-specific solutions. Various versions available to meet your needs:

Belt width: 400-2000 mm
Diameters: 150-400 mm
Magnet system: both axial and radial magnet construction


Working principle

Working principle

A magnetic head pulley is a head or tail roller that is filled with magnets. This roller forms a magnetic system with a correspondingly rotating magnetic field that is active around the entire circumference. The magnetic field attracts ferromagnetic metal particles in a product flow. The conveyor belt that runs over the roller carries these particles with it to the underside of the roller. When they are no longer in range of the magnetic field they fall off the belt, where they are collected and/or carried away. For strongly magnetic particles, we can place cleats on the belt to 'push' the particles out of the magnetic field.
 
For damp or fine metal particles we fit a scraper to prevent them from sticking to the belt. The advantage of a head roller magnet is that it is a continuous system, so there is no need to stop the product flow to carry off the separated metal particles. This makes the head roller magnet very suitable for product flows with lots of Fe particles. Because the product passes very close to the magnet it is also a very powerful and effective separator.

Suitable for belt width : 650 mm
RHP-F406A08-065-RSD-BA
SKU: RHAF40065000
Stock *: 0
Diameter: 406 mm
Magnet field strength (flux density) (±10%): 1800 gauss
Magnetic system: Permanent ferrite magnet
Magnetic head pulleys capture ferrous and weakly magnetic particles and continuously carry them away. Suitable for installation in existing belt conveyor systems, in the bulk transshipment or recycling industries for example.

Cost-effective and robust
With neodymium or ferrite magnets
Permanent magnet
Automatic cleaning (continuous)
According to your requirements

Application

Application

A magnetic head pulley, or head roller magnet, separates ferromagnetic particles, such as iron or steel, and even weakly magnetic particles (such as particles from processed stainless steel) from coarse to very fine fractions and carries them away completely automatically and continuously. This magnetic roller is built into an existing conveyor belt system as a head or tail roller. and is a cost-effective magnetic metal separator. It is important to feed the material onto the conveyor belt with the magnetic conveyor roller in a thin layer (ideally a mono-layer). Magnetic head pulleys require practically no maintenance, and because these magnets are integrated in an existing installation there are almost no extra operating and energy costs.
 
For larger layer thickness a head roller magnet can be combined with a suspension or overband magnet. In this configuration the suspended magnet draws the pieces of steel out of the upper layer and the head roller magnet draws them from the lower layers of the bulk flow. Magnetic head roller separators are particularly well suited for separation of problematic shapes such as ball bearings or batteries. They are used for:

recycling and/or recovery of ferrous metals
removing, purging or eliminating ferrous parts or weakly magnetic particles from product flows
protection of machines (prevention of damage caused by metal particles)


Placement

Placement

Keep the following in mind when integrating a magnetic head pulley:

Use of head scrapers is not possible. Otherwise iron particles would be scraped off before the magnet can separate them.
No steel components in the vicinity of the head roller magnet (such as the splitter: it must be made of a non-magnetic material). Otherwise this part will be magnetized, which has a negative impact on the separation.
The field depth of the magnet.
Type of magnet system in combination with the belt thickness. The optimal placement/position of the separation partition depends on the application.

 
Goudsmit has plenty of experience with this and will be happy to provide recommendations.

Design

Design

Magnetic head pulleys are made in standard sizes and can therefore be easily integrated into an existing installation. The shaft diameter, for example, is suitable for SNL bearing blocks, and the shaft journal (including keyway) is suitable for a standard SEW gear unit. These are global standards and therefore cover most applications. The modular design makes it easy to replace the shaft, which is ideal for maintenance and customer-specific solutions. Various versions available to meet your needs:

Belt width: 400-2000 mm
Diameters: 150-400 mm
Magnet system: both axial and radial magnet construction


Working principle

Working principle

A magnetic head pulley is a head or tail roller that is filled with magnets. This roller forms a magnetic system with a correspondingly rotating magnetic field that is active around the entire circumference. The magnetic field attracts ferromagnetic metal particles in a product flow. The conveyor belt that runs over the roller carries these particles with it to the underside of the roller. When they are no longer in range of the magnetic field they fall off the belt, where they are collected and/or carried away. For strongly magnetic particles, we can place cleats on the belt to 'push' the particles out of the magnetic field.
 
For damp or fine metal particles we fit a scraper to prevent them from sticking to the belt. The advantage of a head roller magnet is that it is a continuous system, so there is no need to stop the product flow to carry off the separated metal particles. This makes the head roller magnet very suitable for product flows with lots of Fe particles. Because the product passes very close to the magnet it is also a very powerful and effective separator.

Suitable for belt width : 1400 mm
RHP-F324A08-140-RSD-BA
SKU: RHAF32140000
Stock *: 0
Diameter: 324 mm
Magnet field strength (flux density) (±10%): 1800 gauss
Magnetic system: Permanent ferrite magnet
Magnetic head pulleys capture ferrous and weakly magnetic particles and continuously carry them away. Suitable for installation in existing belt conveyor systems, in the bulk transshipment or recycling industries for example.

Cost-effective and robust
With neodymium or ferrite magnets
Permanent magnet
Automatic cleaning (continuous)
According to your requirements

Application

Application

A magnetic head pulley, or head roller magnet, separates ferromagnetic particles, such as iron or steel, and even weakly magnetic particles (such as particles from processed stainless steel) from coarse to very fine fractions and carries them away completely automatically and continuously. This magnetic roller is built into an existing conveyor belt system as a head or tail roller. and is a cost-effective magnetic metal separator. It is important to feed the material onto the conveyor belt with the magnetic conveyor roller in a thin layer (ideally a mono-layer). Magnetic head pulleys require practically no maintenance, and because these magnets are integrated in an existing installation there are almost no extra operating and energy costs.
 
For larger layer thickness a head roller magnet can be combined with a suspension or overband magnet. In this configuration the suspended magnet draws the pieces of steel out of the upper layer and the head roller magnet draws them from the lower layers of the bulk flow. Magnetic head roller separators are particularly well suited for separation of problematic shapes such as ball bearings or batteries. They are used for:

recycling and/or recovery of ferrous metals
removing, purging or eliminating ferrous parts or weakly magnetic particles from product flows
protection of machines (prevention of damage caused by metal particles)


Placement

Placement

Keep the following in mind when integrating a magnetic head pulley:

Use of head scrapers is not possible. Otherwise iron particles would be scraped off before the magnet can separate them.
No steel components in the vicinity of the head roller magnet (such as the splitter: it must be made of a non-magnetic material). Otherwise this part will be magnetized, which has a negative impact on the separation.
The field depth of the magnet.
Type of magnet system in combination with the belt thickness. The optimal placement/position of the separation partition depends on the application.

 
Goudsmit has plenty of experience with this and will be happy to provide recommendations.

Design

Design

Magnetic head pulleys are made in standard sizes and can therefore be easily integrated into an existing installation. The shaft diameter, for example, is suitable for SNL bearing blocks, and the shaft journal (including keyway) is suitable for a standard SEW gear unit. These are global standards and therefore cover most applications. The modular design makes it easy to replace the shaft, which is ideal for maintenance and customer-specific solutions. Various versions available to meet your needs:

Belt width: 400-2000 mm
Diameters: 150-400 mm
Magnet system: both axial and radial magnet construction


Working principle

Working principle

A magnetic head pulley is a head or tail roller that is filled with magnets. This roller forms a magnetic system with a correspondingly rotating magnetic field that is active around the entire circumference. The magnetic field attracts ferromagnetic metal particles in a product flow. The conveyor belt that runs over the roller carries these particles with it to the underside of the roller. When they are no longer in range of the magnetic field they fall off the belt, where they are collected and/or carried away. For strongly magnetic particles, we can place cleats on the belt to 'push' the particles out of the magnetic field.
 
For damp or fine metal particles we fit a scraper to prevent them from sticking to the belt. The advantage of a head roller magnet is that it is a continuous system, so there is no need to stop the product flow to carry off the separated metal particles. This makes the head roller magnet very suitable for product flows with lots of Fe particles. Because the product passes very close to the magnet it is also a very powerful and effective separator.

Suitable for belt width : 1200 mm
RHP-F324A08-120-RSD-BA
SKU: RHAF32120000
Stock *: 0
Diameter: 324 mm
Magnet field strength (flux density) (±10%): 1800 gauss
Magnetic system: Permanent ferrite magnet
Magnetic head pulleys capture ferrous and weakly magnetic particles and continuously carry them away. Suitable for installation in existing belt conveyor systems, in the bulk transshipment or recycling industries for example.

Cost-effective and robust
With neodymium or ferrite magnets
Permanent magnet
Automatic cleaning (continuous)
According to your requirements

Application

Application

A magnetic head pulley, or head roller magnet, separates ferromagnetic particles, such as iron or steel, and even weakly magnetic particles (such as particles from processed stainless steel) from coarse to very fine fractions and carries them away completely automatically and continuously. This magnetic roller is built into an existing conveyor belt system as a head or tail roller. and is a cost-effective magnetic metal separator. It is important to feed the material onto the conveyor belt with the magnetic conveyor roller in a thin layer (ideally a mono-layer). Magnetic head pulleys require practically no maintenance, and because these magnets are integrated in an existing installation there are almost no extra operating and energy costs.
 
For larger layer thickness a head roller magnet can be combined with a suspension or overband magnet. In this configuration the suspended magnet draws the pieces of steel out of the upper layer and the head roller magnet draws them from the lower layers of the bulk flow. Magnetic head roller separators are particularly well suited for separation of problematic shapes such as ball bearings or batteries. They are used for:

recycling and/or recovery of ferrous metals
removing, purging or eliminating ferrous parts or weakly magnetic particles from product flows
protection of machines (prevention of damage caused by metal particles)


Placement

Placement

Keep the following in mind when integrating a magnetic head pulley:

Use of head scrapers is not possible. Otherwise iron particles would be scraped off before the magnet can separate them.
No steel components in the vicinity of the head roller magnet (such as the splitter: it must be made of a non-magnetic material). Otherwise this part will be magnetized, which has a negative impact on the separation.
The field depth of the magnet.
Type of magnet system in combination with the belt thickness. The optimal placement/position of the separation partition depends on the application.

 
Goudsmit has plenty of experience with this and will be happy to provide recommendations.

Design

Design

Magnetic head pulleys are made in standard sizes and can therefore be easily integrated into an existing installation. The shaft diameter, for example, is suitable for SNL bearing blocks, and the shaft journal (including keyway) is suitable for a standard SEW gear unit. These are global standards and therefore cover most applications. The modular design makes it easy to replace the shaft, which is ideal for maintenance and customer-specific solutions. Various versions available to meet your needs:

Belt width: 400-2000 mm
Diameters: 150-400 mm
Magnet system: both axial and radial magnet construction


Working principle

Working principle

A magnetic head pulley is a head or tail roller that is filled with magnets. This roller forms a magnetic system with a correspondingly rotating magnetic field that is active around the entire circumference. The magnetic field attracts ferromagnetic metal particles in a product flow. The conveyor belt that runs over the roller carries these particles with it to the underside of the roller. When they are no longer in range of the magnetic field they fall off the belt, where they are collected and/or carried away. For strongly magnetic particles, we can place cleats on the belt to 'push' the particles out of the magnetic field.
 
For damp or fine metal particles we fit a scraper to prevent them from sticking to the belt. The advantage of a head roller magnet is that it is a continuous system, so there is no need to stop the product flow to carry off the separated metal particles. This makes the head roller magnet very suitable for product flows with lots of Fe particles. Because the product passes very close to the magnet it is also a very powerful and effective separator.

Suitable for belt width : 1000 mm
RHP-F324A08-100-RSD-BA
SKU: RHAF32100000
Stock *: 0
Diameter: 324 mm
Magnet field strength (flux density) (±10%): 1800 gauss
Magnetic system: Permanent ferrite magnet
Magnetic head pulleys capture ferrous and weakly magnetic particles and continuously carry them away. Suitable for installation in existing belt conveyor systems, in the bulk transshipment or recycling industries for example.

Cost-effective and robust
With neodymium or ferrite magnets
Permanent magnet
Automatic cleaning (continuous)
According to your requirements

Application

Application

A magnetic head pulley, or head roller magnet, separates ferromagnetic particles, such as iron or steel, and even weakly magnetic particles (such as particles from processed stainless steel) from coarse to very fine fractions and carries them away completely automatically and continuously. This magnetic roller is built into an existing conveyor belt system as a head or tail roller. and is a cost-effective magnetic metal separator. It is important to feed the material onto the conveyor belt with the magnetic conveyor roller in a thin layer (ideally a mono-layer). Magnetic head pulleys require practically no maintenance, and because these magnets are integrated in an existing installation there are almost no extra operating and energy costs.
 
For larger layer thickness a head roller magnet can be combined with a suspension or overband magnet. In this configuration the suspended magnet draws the pieces of steel out of the upper layer and the head roller magnet draws them from the lower layers of the bulk flow. Magnetic head roller separators are particularly well suited for separation of problematic shapes such as ball bearings or batteries. They are used for:

recycling and/or recovery of ferrous metals
removing, purging or eliminating ferrous parts or weakly magnetic particles from product flows
protection of machines (prevention of damage caused by metal particles)


Placement

Placement

Keep the following in mind when integrating a magnetic head pulley:

Use of head scrapers is not possible. Otherwise iron particles would be scraped off before the magnet can separate them.
No steel components in the vicinity of the head roller magnet (such as the splitter: it must be made of a non-magnetic material). Otherwise this part will be magnetized, which has a negative impact on the separation.
The field depth of the magnet.
Type of magnet system in combination with the belt thickness. The optimal placement/position of the separation partition depends on the application.

 
Goudsmit has plenty of experience with this and will be happy to provide recommendations.

Design

Design

Magnetic head pulleys are made in standard sizes and can therefore be easily integrated into an existing installation. The shaft diameter, for example, is suitable for SNL bearing blocks, and the shaft journal (including keyway) is suitable for a standard SEW gear unit. These are global standards and therefore cover most applications. The modular design makes it easy to replace the shaft, which is ideal for maintenance and customer-specific solutions. Various versions available to meet your needs:

Belt width: 400-2000 mm
Diameters: 150-400 mm
Magnet system: both axial and radial magnet construction


Working principle

Working principle

A magnetic head pulley is a head or tail roller that is filled with magnets. This roller forms a magnetic system with a correspondingly rotating magnetic field that is active around the entire circumference. The magnetic field attracts ferromagnetic metal particles in a product flow. The conveyor belt that runs over the roller carries these particles with it to the underside of the roller. When they are no longer in range of the magnetic field they fall off the belt, where they are collected and/or carried away. For strongly magnetic particles, we can place cleats on the belt to 'push' the particles out of the magnetic field.
 
For damp or fine metal particles we fit a scraper to prevent them from sticking to the belt. The advantage of a head roller magnet is that it is a continuous system, so there is no need to stop the product flow to carry off the separated metal particles. This makes the head roller magnet very suitable for product flows with lots of Fe particles. Because the product passes very close to the magnet it is also a very powerful and effective separator.

Suitable for belt width : 650 mm
RHP-F324A08-065-RSD-BA
SKU: RHAF32065000
Stock *: 0
Diameter: 324 mm
Magnet field strength (flux density) (±10%): 1800 gauss
Magnetic system: Permanent ferrite magnet
Magnetic head pulleys capture ferrous and weakly magnetic particles and continuously carry them away. Suitable for installation in existing belt conveyor systems, in the bulk transshipment or recycling industries for example.

Cost-effective and robust
With neodymium or ferrite magnets
Permanent magnet
Automatic cleaning (continuous)
According to your requirements

Application

Application

A magnetic head pulley, or head roller magnet, separates ferromagnetic particles, such as iron or steel, and even weakly magnetic particles (such as particles from processed stainless steel) from coarse to very fine fractions and carries them away completely automatically and continuously. This magnetic roller is built into an existing conveyor belt system as a head or tail roller. and is a cost-effective magnetic metal separator. It is important to feed the material onto the conveyor belt with the magnetic conveyor roller in a thin layer (ideally a mono-layer). Magnetic head pulleys require practically no maintenance, and because these magnets are integrated in an existing installation there are almost no extra operating and energy costs.
 
For larger layer thickness a head roller magnet can be combined with a suspension or overband magnet. In this configuration the suspended magnet draws the pieces of steel out of the upper layer and the head roller magnet draws them from the lower layers of the bulk flow. Magnetic head roller separators are particularly well suited for separation of problematic shapes such as ball bearings or batteries. They are used for:

recycling and/or recovery of ferrous metals
removing, purging or eliminating ferrous parts or weakly magnetic particles from product flows
protection of machines (prevention of damage caused by metal particles)


Placement

Placement

Keep the following in mind when integrating a magnetic head pulley:

Use of head scrapers is not possible. Otherwise iron particles would be scraped off before the magnet can separate them.
No steel components in the vicinity of the head roller magnet (such as the splitter: it must be made of a non-magnetic material). Otherwise this part will be magnetized, which has a negative impact on the separation.
The field depth of the magnet.
Type of magnet system in combination with the belt thickness. The optimal placement/position of the separation partition depends on the application.

 
Goudsmit has plenty of experience with this and will be happy to provide recommendations.

Design

Design

Magnetic head pulleys are made in standard sizes and can therefore be easily integrated into an existing installation. The shaft diameter, for example, is suitable for SNL bearing blocks, and the shaft journal (including keyway) is suitable for a standard SEW gear unit. These are global standards and therefore cover most applications. The modular design makes it easy to replace the shaft, which is ideal for maintenance and customer-specific solutions. Various versions available to meet your needs:

Belt width: 400-2000 mm
Diameters: 150-400 mm
Magnet system: both axial and radial magnet construction


Working principle

Working principle

A magnetic head pulley is a head or tail roller that is filled with magnets. This roller forms a magnetic system with a correspondingly rotating magnetic field that is active around the entire circumference. The magnetic field attracts ferromagnetic metal particles in a product flow. The conveyor belt that runs over the roller carries these particles with it to the underside of the roller. When they are no longer in range of the magnetic field they fall off the belt, where they are collected and/or carried away. For strongly magnetic particles, we can place cleats on the belt to 'push' the particles out of the magnetic field.
 
For damp or fine metal particles we fit a scraper to prevent them from sticking to the belt. The advantage of a head roller magnet is that it is a continuous system, so there is no need to stop the product flow to carry off the separated metal particles. This makes the head roller magnet very suitable for product flows with lots of Fe particles. Because the product passes very close to the magnet it is also a very powerful and effective separator.

Suitable for belt width : 800 mm
RHP-F324A06-080-RSD-BA
SKU: RHAF32080000
Stock *: 0
Diameter: 324 mm
Magnet field strength (flux density) (±10%): 1800 gauss
Magnetic system: Permanent ferrite magnet
Magnetic head pulleys capture ferrous and weakly magnetic particles and continuously carry them away. Suitable for installation in existing belt conveyor systems, in the bulk transshipment or recycling industries for example.

Cost-effective and robust
With neodymium or ferrite magnets
Permanent magnet
Automatic cleaning (continuous)
According to your requirements

Application

Application

A magnetic head pulley, or head roller magnet, separates ferromagnetic particles, such as iron or steel, and even weakly magnetic particles (such as particles from processed stainless steel) from coarse to very fine fractions and carries them away completely automatically and continuously. This magnetic roller is built into an existing conveyor belt system as a head or tail roller. and is a cost-effective magnetic metal separator. It is important to feed the material onto the conveyor belt with the magnetic conveyor roller in a thin layer (ideally a mono-layer). Magnetic head pulleys require practically no maintenance, and because these magnets are integrated in an existing installation there are almost no extra operating and energy costs.
 
For larger layer thickness a head roller magnet can be combined with a suspension or overband magnet. In this configuration the suspended magnet draws the pieces of steel out of the upper layer and the head roller magnet draws them from the lower layers of the bulk flow. Magnetic head roller separators are particularly well suited for separation of problematic shapes such as ball bearings or batteries. They are used for:

recycling and/or recovery of ferrous metals
removing, purging or eliminating ferrous parts or weakly magnetic particles from product flows
protection of machines (prevention of damage caused by metal particles)


Placement

Placement

Keep the following in mind when integrating a magnetic head pulley:

Use of head scrapers is not possible. Otherwise iron particles would be scraped off before the magnet can separate them.
No steel components in the vicinity of the head roller magnet (such as the splitter: it must be made of a non-magnetic material). Otherwise this part will be magnetized, which has a negative impact on the separation.
The field depth of the magnet.
Type of magnet system in combination with the belt thickness. The optimal placement/position of the separation partition depends on the application.

 
Goudsmit has plenty of experience with this and will be happy to provide recommendations.

Design

Design

Magnetic head pulleys are made in standard sizes and can therefore be easily integrated into an existing installation. The shaft diameter, for example, is suitable for SNL bearing blocks, and the shaft journal (including keyway) is suitable for a standard SEW gear unit. These are global standards and therefore cover most applications. The modular design makes it easy to replace the shaft, which is ideal for maintenance and customer-specific solutions. Various versions available to meet your needs:

Belt width: 400-2000 mm
Diameters: 150-400 mm
Magnet system: both axial and radial magnet construction


Working principle

Working principle

A magnetic head pulley is a head or tail roller that is filled with magnets. This roller forms a magnetic system with a correspondingly rotating magnetic field that is active around the entire circumference. The magnetic field attracts ferromagnetic metal particles in a product flow. The conveyor belt that runs over the roller carries these particles with it to the underside of the roller. When they are no longer in range of the magnetic field they fall off the belt, where they are collected and/or carried away. For strongly magnetic particles, we can place cleats on the belt to 'push' the particles out of the magnetic field.
 
For damp or fine metal particles we fit a scraper to prevent them from sticking to the belt. The advantage of a head roller magnet is that it is a continuous system, so there is no need to stop the product flow to carry off the separated metal particles. This makes the head roller magnet very suitable for product flows with lots of Fe particles. Because the product passes very close to the magnet it is also a very powerful and effective separator.

Suitable for belt width : 1000 mm
RHP-F254A06-100-RSD-BA
SKU: RHAF25100000
Stock *: 0
Diameter: 254 mm
Magnet field strength (flux density) (±10%): 1800 gauss
Magnetic system: Permanent ferrite magnet
Magnetic head pulleys capture ferrous and weakly magnetic particles and continuously carry them away. Suitable for installation in existing belt conveyor systems, in the bulk transshipment or recycling industries for example.

Cost-effective and robust
With neodymium or ferrite magnets
Permanent magnet
Automatic cleaning (continuous)
According to your requirements

Application

Application

A magnetic head pulley, or head roller magnet, separates ferromagnetic particles, such as iron or steel, and even weakly magnetic particles (such as particles from processed stainless steel) from coarse to very fine fractions and carries them away completely automatically and continuously. This magnetic roller is built into an existing conveyor belt system as a head or tail roller. and is a cost-effective magnetic metal separator. It is important to feed the material onto the conveyor belt with the magnetic conveyor roller in a thin layer (ideally a mono-layer). Magnetic head pulleys require practically no maintenance, and because these magnets are integrated in an existing installation there are almost no extra operating and energy costs.
 
For larger layer thickness a head roller magnet can be combined with a suspension or overband magnet. In this configuration the suspended magnet draws the pieces of steel out of the upper layer and the head roller magnet draws them from the lower layers of the bulk flow. Magnetic head roller separators are particularly well suited for separation of problematic shapes such as ball bearings or batteries. They are used for:

recycling and/or recovery of ferrous metals
removing, purging or eliminating ferrous parts or weakly magnetic particles from product flows
protection of machines (prevention of damage caused by metal particles)


Placement

Placement

Keep the following in mind when integrating a magnetic head pulley:

Use of head scrapers is not possible. Otherwise iron particles would be scraped off before the magnet can separate them.
No steel components in the vicinity of the head roller magnet (such as the splitter: it must be made of a non-magnetic material). Otherwise this part will be magnetized, which has a negative impact on the separation.
The field depth of the magnet.
Type of magnet system in combination with the belt thickness. The optimal placement/position of the separation partition depends on the application.

 
Goudsmit has plenty of experience with this and will be happy to provide recommendations.

Design

Design

Magnetic head pulleys are made in standard sizes and can therefore be easily integrated into an existing installation. The shaft diameter, for example, is suitable for SNL bearing blocks, and the shaft journal (including keyway) is suitable for a standard SEW gear unit. These are global standards and therefore cover most applications. The modular design makes it easy to replace the shaft, which is ideal for maintenance and customer-specific solutions. Various versions available to meet your needs:

Belt width: 400-2000 mm
Diameters: 150-400 mm
Magnet system: both axial and radial magnet construction


Working principle

Working principle

A magnetic head pulley is a head or tail roller that is filled with magnets. This roller forms a magnetic system with a correspondingly rotating magnetic field that is active around the entire circumference. The magnetic field attracts ferromagnetic metal particles in a product flow. The conveyor belt that runs over the roller carries these particles with it to the underside of the roller. When they are no longer in range of the magnetic field they fall off the belt, where they are collected and/or carried away. For strongly magnetic particles, we can place cleats on the belt to 'push' the particles out of the magnetic field.
 
For damp or fine metal particles we fit a scraper to prevent them from sticking to the belt. The advantage of a head roller magnet is that it is a continuous system, so there is no need to stop the product flow to carry off the separated metal particles. This makes the head roller magnet very suitable for product flows with lots of Fe particles. Because the product passes very close to the magnet it is also a very powerful and effective separator.

Suitable for belt width : 800 mm
RHP-F254A06-080-RSD-BA
SKU: RHAF25080000
Stock *: 0
Diameter: 254 mm
Magnet field strength (flux density) (±10%): 1800 gauss
Magnetic system: Permanent ferrite magnet
Magnetic head pulleys capture ferrous and weakly magnetic particles and continuously carry them away. Suitable for installation in existing belt conveyor systems, in the bulk transshipment or recycling industries for example.

Cost-effective and robust
With neodymium or ferrite magnets
Permanent magnet
Automatic cleaning (continuous)
According to your requirements

Application

Application

A magnetic head pulley, or head roller magnet, separates ferromagnetic particles, such as iron or steel, and even weakly magnetic particles (such as particles from processed stainless steel) from coarse to very fine fractions and carries them away completely automatically and continuously. This magnetic roller is built into an existing conveyor belt system as a head or tail roller. and is a cost-effective magnetic metal separator. It is important to feed the material onto the conveyor belt with the magnetic conveyor roller in a thin layer (ideally a mono-layer). Magnetic head pulleys require practically no maintenance, and because these magnets are integrated in an existing installation there are almost no extra operating and energy costs.
 
For larger layer thickness a head roller magnet can be combined with a suspension or overband magnet. In this configuration the suspended magnet draws the pieces of steel out of the upper layer and the head roller magnet draws them from the lower layers of the bulk flow. Magnetic head roller separators are particularly well suited for separation of problematic shapes such as ball bearings or batteries. They are used for:

recycling and/or recovery of ferrous metals
removing, purging or eliminating ferrous parts or weakly magnetic particles from product flows
protection of machines (prevention of damage caused by metal particles)


Placement

Placement

Keep the following in mind when integrating a magnetic head pulley:

Use of head scrapers is not possible. Otherwise iron particles would be scraped off before the magnet can separate them.
No steel components in the vicinity of the head roller magnet (such as the splitter: it must be made of a non-magnetic material). Otherwise this part will be magnetized, which has a negative impact on the separation.
The field depth of the magnet.
Type of magnet system in combination with the belt thickness. The optimal placement/position of the separation partition depends on the application.

 
Goudsmit has plenty of experience with this and will be happy to provide recommendations.

Design

Design

Magnetic head pulleys are made in standard sizes and can therefore be easily integrated into an existing installation. The shaft diameter, for example, is suitable for SNL bearing blocks, and the shaft journal (including keyway) is suitable for a standard SEW gear unit. These are global standards and therefore cover most applications. The modular design makes it easy to replace the shaft, which is ideal for maintenance and customer-specific solutions. Various versions available to meet your needs:

Belt width: 400-2000 mm
Diameters: 150-400 mm
Magnet system: both axial and radial magnet construction


Working principle

Working principle

A magnetic head pulley is a head or tail roller that is filled with magnets. This roller forms a magnetic system with a correspondingly rotating magnetic field that is active around the entire circumference. The magnetic field attracts ferromagnetic metal particles in a product flow. The conveyor belt that runs over the roller carries these particles with it to the underside of the roller. When they are no longer in range of the magnetic field they fall off the belt, where they are collected and/or carried away. For strongly magnetic particles, we can place cleats on the belt to 'push' the particles out of the magnetic field.
 
For damp or fine metal particles we fit a scraper to prevent them from sticking to the belt. The advantage of a head roller magnet is that it is a continuous system, so there is no need to stop the product flow to carry off the separated metal particles. This makes the head roller magnet very suitable for product flows with lots of Fe particles. Because the product passes very close to the magnet it is also a very powerful and effective separator.

Suitable for belt width : 650 mm
RHP-F254A06-065-RSD-BA
SKU: RHAF25065000
Stock *: 0
Diameter: 254 mm
Magnet field strength (flux density) (±10%): 1800 gauss
Magnetic system: Permanent ferrite magnet
Magnetic head pulleys capture ferrous and weakly magnetic particles and continuously carry them away. Suitable for installation in existing belt conveyor systems, in the bulk transshipment or recycling industries for example.

Cost-effective and robust
With neodymium or ferrite magnets
Permanent magnet
Automatic cleaning (continuous)
According to your requirements

Application

Application

A magnetic head pulley, or head roller magnet, separates ferromagnetic particles, such as iron or steel, and even weakly magnetic particles (such as particles from processed stainless steel) from coarse to very fine fractions and carries them away completely automatically and continuously. This magnetic roller is built into an existing conveyor belt system as a head or tail roller. and is a cost-effective magnetic metal separator. It is important to feed the material onto the conveyor belt with the magnetic conveyor roller in a thin layer (ideally a mono-layer). Magnetic head pulleys require practically no maintenance, and because these magnets are integrated in an existing installation there are almost no extra operating and energy costs.
 
For larger layer thickness a head roller magnet can be combined with a suspension or overband magnet. In this configuration the suspended magnet draws the pieces of steel out of the upper layer and the head roller magnet draws them from the lower layers of the bulk flow. Magnetic head roller separators are particularly well suited for separation of problematic shapes such as ball bearings or batteries. They are used for:

recycling and/or recovery of ferrous metals
removing, purging or eliminating ferrous parts or weakly magnetic particles from product flows
protection of machines (prevention of damage caused by metal particles)


Placement

Placement

Keep the following in mind when integrating a magnetic head pulley:

Use of head scrapers is not possible. Otherwise iron particles would be scraped off before the magnet can separate them.
No steel components in the vicinity of the head roller magnet (such as the splitter: it must be made of a non-magnetic material). Otherwise this part will be magnetized, which has a negative impact on the separation.
The field depth of the magnet.
Type of magnet system in combination with the belt thickness. The optimal placement/position of the separation partition depends on the application.

 
Goudsmit has plenty of experience with this and will be happy to provide recommendations.

Design

Design

Magnetic head pulleys are made in standard sizes and can therefore be easily integrated into an existing installation. The shaft diameter, for example, is suitable for SNL bearing blocks, and the shaft journal (including keyway) is suitable for a standard SEW gear unit. These are global standards and therefore cover most applications. The modular design makes it easy to replace the shaft, which is ideal for maintenance and customer-specific solutions. Various versions available to meet your needs:

Belt width: 400-2000 mm
Diameters: 150-400 mm
Magnet system: both axial and radial magnet construction


Working principle

Working principle

A magnetic head pulley is a head or tail roller that is filled with magnets. This roller forms a magnetic system with a correspondingly rotating magnetic field that is active around the entire circumference. The magnetic field attracts ferromagnetic metal particles in a product flow. The conveyor belt that runs over the roller carries these particles with it to the underside of the roller. When they are no longer in range of the magnetic field they fall off the belt, where they are collected and/or carried away. For strongly magnetic particles, we can place cleats on the belt to 'push' the particles out of the magnetic field.
 
For damp or fine metal particles we fit a scraper to prevent them from sticking to the belt. The advantage of a head roller magnet is that it is a continuous system, so there is no need to stop the product flow to carry off the separated metal particles. This makes the head roller magnet very suitable for product flows with lots of Fe particles. Because the product passes very close to the magnet it is also a very powerful and effective separator.

Suitable for belt width : 600 mm
RHP-F254A06-060-RSD-BA
SKU: RHAF25060000
Stock *: 0
Diameter: 254 mm
Magnet field strength (flux density) (±10%): 1800 gauss
Magnetic system: Permanent ferrite magnet
Magnetic head pulleys capture ferrous and weakly magnetic particles and continuously carry them away. Suitable for installation in existing belt conveyor systems, in the bulk transshipment or recycling industries for example.

Cost-effective and robust
With neodymium or ferrite magnets
Permanent magnet
Automatic cleaning (continuous)
According to your requirements

Application

Application

A magnetic head pulley, or head roller magnet, separates ferromagnetic particles, such as iron or steel, and even weakly magnetic particles (such as particles from processed stainless steel) from coarse to very fine fractions and carries them away completely automatically and continuously. This magnetic roller is built into an existing conveyor belt system as a head or tail roller. and is a cost-effective magnetic metal separator. It is important to feed the material onto the conveyor belt with the magnetic conveyor roller in a thin layer (ideally a mono-layer). Magnetic head pulleys require practically no maintenance, and because these magnets are integrated in an existing installation there are almost no extra operating and energy costs.
 
For larger layer thickness a head roller magnet can be combined with a suspension or overband magnet. In this configuration the suspended magnet draws the pieces of steel out of the upper layer and the head roller magnet draws them from the lower layers of the bulk flow. Magnetic head roller separators are particularly well suited for separation of problematic shapes such as ball bearings or batteries. They are used for:

recycling and/or recovery of ferrous metals
removing, purging or eliminating ferrous parts or weakly magnetic particles from product flows
protection of machines (prevention of damage caused by metal particles)


Placement

Placement

Keep the following in mind when integrating a magnetic head pulley:

Use of head scrapers is not possible. Otherwise iron particles would be scraped off before the magnet can separate them.
No steel components in the vicinity of the head roller magnet (such as the splitter: it must be made of a non-magnetic material). Otherwise this part will be magnetized, which has a negative impact on the separation.
The field depth of the magnet.
Type of magnet system in combination with the belt thickness. The optimal placement/position of the separation partition depends on the application.

 
Goudsmit has plenty of experience with this and will be happy to provide recommendations.

Design

Design

Magnetic head pulleys are made in standard sizes and can therefore be easily integrated into an existing installation. The shaft diameter, for example, is suitable for SNL bearing blocks, and the shaft journal (including keyway) is suitable for a standard SEW gear unit. These are global standards and therefore cover most applications. The modular design makes it easy to replace the shaft, which is ideal for maintenance and customer-specific solutions. Various versions available to meet your needs:

Belt width: 400-2000 mm
Diameters: 150-400 mm
Magnet system: both axial and radial magnet construction


Working principle

Working principle

A magnetic head pulley is a head or tail roller that is filled with magnets. This roller forms a magnetic system with a correspondingly rotating magnetic field that is active around the entire circumference. The magnetic field attracts ferromagnetic metal particles in a product flow. The conveyor belt that runs over the roller carries these particles with it to the underside of the roller. When they are no longer in range of the magnetic field they fall off the belt, where they are collected and/or carried away. For strongly magnetic particles, we can place cleats on the belt to 'push' the particles out of the magnetic field.
 
For damp or fine metal particles we fit a scraper to prevent them from sticking to the belt. The advantage of a head roller magnet is that it is a continuous system, so there is no need to stop the product flow to carry off the separated metal particles. This makes the head roller magnet very suitable for product flows with lots of Fe particles. Because the product passes very close to the magnet it is also a very powerful and effective separator.

Suitable for belt width : 1000 mm
RHP-F219A06-100-RSD-BA
SKU: RHAF22100000
Stock *: 0
Diameter: 219 mm
Magnet field strength (flux density) (±10%): 1800 gauss
Magnetic system: Permanent ferrite magnet
Magnetic head pulleys capture ferrous and weakly magnetic particles and continuously carry them away. Suitable for installation in existing belt conveyor systems, in the bulk transshipment or recycling industries for example.

Cost-effective and robust
With neodymium or ferrite magnets
Permanent magnet
Automatic cleaning (continuous)
According to your requirements

Application

Application

A magnetic head pulley, or head roller magnet, separates ferromagnetic particles, such as iron or steel, and even weakly magnetic particles (such as particles from processed stainless steel) from coarse to very fine fractions and carries them away completely automatically and continuously. This magnetic roller is built into an existing conveyor belt system as a head or tail roller. and is a cost-effective magnetic metal separator. It is important to feed the material onto the conveyor belt with the magnetic conveyor roller in a thin layer (ideally a mono-layer). Magnetic head pulleys require practically no maintenance, and because these magnets are integrated in an existing installation there are almost no extra operating and energy costs.
 
For larger layer thickness a head roller magnet can be combined with a suspension or overband magnet. In this configuration the suspended magnet draws the pieces of steel out of the upper layer and the head roller magnet draws them from the lower layers of the bulk flow. Magnetic head roller separators are particularly well suited for separation of problematic shapes such as ball bearings or batteries. They are used for:

recycling and/or recovery of ferrous metals
removing, purging or eliminating ferrous parts or weakly magnetic particles from product flows
protection of machines (prevention of damage caused by metal particles)


Placement

Placement

Keep the following in mind when integrating a magnetic head pulley:

Use of head scrapers is not possible. Otherwise iron particles would be scraped off before the magnet can separate them.
No steel components in the vicinity of the head roller magnet (such as the splitter: it must be made of a non-magnetic material). Otherwise this part will be magnetized, which has a negative impact on the separation.
The field depth of the magnet.
Type of magnet system in combination with the belt thickness. The optimal placement/position of the separation partition depends on the application.

 
Goudsmit has plenty of experience with this and will be happy to provide recommendations.

Design

Design

Magnetic head pulleys are made in standard sizes and can therefore be easily integrated into an existing installation. The shaft diameter, for example, is suitable for SNL bearing blocks, and the shaft journal (including keyway) is suitable for a standard SEW gear unit. These are global standards and therefore cover most applications. The modular design makes it easy to replace the shaft, which is ideal for maintenance and customer-specific solutions. Various versions available to meet your needs:

Belt width: 400-2000 mm
Diameters: 150-400 mm
Magnet system: both axial and radial magnet construction


Working principle

Working principle

A magnetic head pulley is a head or tail roller that is filled with magnets. This roller forms a magnetic system with a correspondingly rotating magnetic field that is active around the entire circumference. The magnetic field attracts ferromagnetic metal particles in a product flow. The conveyor belt that runs over the roller carries these particles with it to the underside of the roller. When they are no longer in range of the magnetic field they fall off the belt, where they are collected and/or carried away. For strongly magnetic particles, we can place cleats on the belt to 'push' the particles out of the magnetic field.
 
For damp or fine metal particles we fit a scraper to prevent them from sticking to the belt. The advantage of a head roller magnet is that it is a continuous system, so there is no need to stop the product flow to carry off the separated metal particles. This makes the head roller magnet very suitable for product flows with lots of Fe particles. Because the product passes very close to the magnet it is also a very powerful and effective separator.

Suitable for belt width : 800 mm
RHP-F219A06-080-RSD-BA
SKU: RHAF22080000
Stock *: 0
Diameter: 219 mm
Magnet field strength (flux density) (±10%): 1800 gauss
Magnetic system: Permanent ferrite magnet
Magnetic head pulleys capture ferrous and weakly magnetic particles and continuously carry them away. Suitable for installation in existing belt conveyor systems, in the bulk transshipment or recycling industries for example.

Cost-effective and robust
With neodymium or ferrite magnets
Permanent magnet
Automatic cleaning (continuous)
According to your requirements

Application

Application

A magnetic head pulley, or head roller magnet, separates ferromagnetic particles, such as iron or steel, and even weakly magnetic particles (such as particles from processed stainless steel) from coarse to very fine fractions and carries them away completely automatically and continuously. This magnetic roller is built into an existing conveyor belt system as a head or tail roller. and is a cost-effective magnetic metal separator. It is important to feed the material onto the conveyor belt with the magnetic conveyor roller in a thin layer (ideally a mono-layer). Magnetic head pulleys require practically no maintenance, and because these magnets are integrated in an existing installation there are almost no extra operating and energy costs.
 
For larger layer thickness a head roller magnet can be combined with a suspension or overband magnet. In this configuration the suspended magnet draws the pieces of steel out of the upper layer and the head roller magnet draws them from the lower layers of the bulk flow. Magnetic head roller separators are particularly well suited for separation of problematic shapes such as ball bearings or batteries. They are used for:

recycling and/or recovery of ferrous metals
removing, purging or eliminating ferrous parts or weakly magnetic particles from product flows
protection of machines (prevention of damage caused by metal particles)


Placement

Placement

Keep the following in mind when integrating a magnetic head pulley:

Use of head scrapers is not possible. Otherwise iron particles would be scraped off before the magnet can separate them.
No steel components in the vicinity of the head roller magnet (such as the splitter: it must be made of a non-magnetic material). Otherwise this part will be magnetized, which has a negative impact on the separation.
The field depth of the magnet.
Type of magnet system in combination with the belt thickness. The optimal placement/position of the separation partition depends on the application.

 
Goudsmit has plenty of experience with this and will be happy to provide recommendations.

Design

Design

Magnetic head pulleys are made in standard sizes and can therefore be easily integrated into an existing installation. The shaft diameter, for example, is suitable for SNL bearing blocks, and the shaft journal (including keyway) is suitable for a standard SEW gear unit. These are global standards and therefore cover most applications. The modular design makes it easy to replace the shaft, which is ideal for maintenance and customer-specific solutions. Various versions available to meet your needs:

Belt width: 400-2000 mm
Diameters: 150-400 mm
Magnet system: both axial and radial magnet construction


Working principle

Working principle

A magnetic head pulley is a head or tail roller that is filled with magnets. This roller forms a magnetic system with a correspondingly rotating magnetic field that is active around the entire circumference. The magnetic field attracts ferromagnetic metal particles in a product flow. The conveyor belt that runs over the roller carries these particles with it to the underside of the roller. When they are no longer in range of the magnetic field they fall off the belt, where they are collected and/or carried away. For strongly magnetic particles, we can place cleats on the belt to 'push' the particles out of the magnetic field.
 
For damp or fine metal particles we fit a scraper to prevent them from sticking to the belt. The advantage of a head roller magnet is that it is a continuous system, so there is no need to stop the product flow to carry off the separated metal particles. This makes the head roller magnet very suitable for product flows with lots of Fe particles. Because the product passes very close to the magnet it is also a very powerful and effective separator.

Suitable for belt width : 650 mm
RHP-F219A06-065-RSD-BA
SKU: RHAF22065000
Stock *: 0
Diameter: 219 mm
Magnet field strength (flux density) (±10%): 1800 gauss
Magnetic system: Permanent ferrite magnet
Magnetic head pulleys capture ferrous and weakly magnetic particles and continuously carry them away. Suitable for installation in existing belt conveyor systems, in the bulk transshipment or recycling industries for example.

Cost-effective and robust
With neodymium or ferrite magnets
Permanent magnet
Automatic cleaning (continuous)
According to your requirements

Application

Application

A magnetic head pulley, or head roller magnet, separates ferromagnetic particles, such as iron or steel, and even weakly magnetic particles (such as particles from processed stainless steel) from coarse to very fine fractions and carries them away completely automatically and continuously. This magnetic roller is built into an existing conveyor belt system as a head or tail roller. and is a cost-effective magnetic metal separator. It is important to feed the material onto the conveyor belt with the magnetic conveyor roller in a thin layer (ideally a mono-layer). Magnetic head pulleys require practically no maintenance, and because these magnets are integrated in an existing installation there are almost no extra operating and energy costs.
 
For larger layer thickness a head roller magnet can be combined with a suspension or overband magnet. In this configuration the suspended magnet draws the pieces of steel out of the upper layer and the head roller magnet draws them from the lower layers of the bulk flow. Magnetic head roller separators are particularly well suited for separation of problematic shapes such as ball bearings or batteries. They are used for:

recycling and/or recovery of ferrous metals
removing, purging or eliminating ferrous parts or weakly magnetic particles from product flows
protection of machines (prevention of damage caused by metal particles)


Placement

Placement

Keep the following in mind when integrating a magnetic head pulley:

Use of head scrapers is not possible. Otherwise iron particles would be scraped off before the magnet can separate them.
No steel components in the vicinity of the head roller magnet (such as the splitter: it must be made of a non-magnetic material). Otherwise this part will be magnetized, which has a negative impact on the separation.
The field depth of the magnet.
Type of magnet system in combination with the belt thickness. The optimal placement/position of the separation partition depends on the application.

 
Goudsmit has plenty of experience with this and will be happy to provide recommendations.

Design

Design

Magnetic head pulleys are made in standard sizes and can therefore be easily integrated into an existing installation. The shaft diameter, for example, is suitable for SNL bearing blocks, and the shaft journal (including keyway) is suitable for a standard SEW gear unit. These are global standards and therefore cover most applications. The modular design makes it easy to replace the shaft, which is ideal for maintenance and customer-specific solutions. Various versions available to meet your needs:

Belt width: 400-2000 mm
Diameters: 150-400 mm
Magnet system: both axial and radial magnet construction


Working principle

Working principle

A magnetic head pulley is a head or tail roller that is filled with magnets. This roller forms a magnetic system with a correspondingly rotating magnetic field that is active around the entire circumference. The magnetic field attracts ferromagnetic metal particles in a product flow. The conveyor belt that runs over the roller carries these particles with it to the underside of the roller. When they are no longer in range of the magnetic field they fall off the belt, where they are collected and/or carried away. For strongly magnetic particles, we can place cleats on the belt to 'push' the particles out of the magnetic field.
 
For damp or fine metal particles we fit a scraper to prevent them from sticking to the belt. The advantage of a head roller magnet is that it is a continuous system, so there is no need to stop the product flow to carry off the separated metal particles. This makes the head roller magnet very suitable for product flows with lots of Fe particles. Because the product passes very close to the magnet it is also a very powerful and effective separator.

Suitable for belt width : 600 mm
RHP-F219A06-060-RSD-BA
SKU: RHAF22060000
Stock *: 0
Diameter: 219 mm
Magnet field strength (flux density) (±10%): 1800 gauss
Magnetic system: Permanent ferrite magnet
Magnetic head pulleys capture ferrous and weakly magnetic particles and continuously carry them away. Suitable for installation in existing belt conveyor systems, in the bulk transshipment or recycling industries for example.

Cost-effective and robust
With neodymium or ferrite magnets
Permanent magnet
Automatic cleaning (continuous)
According to your requirements

Application

Application

A magnetic head pulley, or head roller magnet, separates ferromagnetic particles, such as iron or steel, and even weakly magnetic particles (such as particles from processed stainless steel) from coarse to very fine fractions and carries them away completely automatically and continuously. This magnetic roller is built into an existing conveyor belt system as a head or tail roller. and is a cost-effective magnetic metal separator. It is important to feed the material onto the conveyor belt with the magnetic conveyor roller in a thin layer (ideally a mono-layer). Magnetic head pulleys require practically no maintenance, and because these magnets are integrated in an existing installation there are almost no extra operating and energy costs.
 
For larger layer thickness a head roller magnet can be combined with a suspension or overband magnet. In this configuration the suspended magnet draws the pieces of steel out of the upper layer and the head roller magnet draws them from the lower layers of the bulk flow. Magnetic head roller separators are particularly well suited for separation of problematic shapes such as ball bearings or batteries. They are used for:

recycling and/or recovery of ferrous metals
removing, purging or eliminating ferrous parts or weakly magnetic particles from product flows
protection of machines (prevention of damage caused by metal particles)


Placement

Placement

Keep the following in mind when integrating a magnetic head pulley:

Use of head scrapers is not possible. Otherwise iron particles would be scraped off before the magnet can separate them.
No steel components in the vicinity of the head roller magnet (such as the splitter: it must be made of a non-magnetic material). Otherwise this part will be magnetized, which has a negative impact on the separation.
The field depth of the magnet.
Type of magnet system in combination with the belt thickness. The optimal placement/position of the separation partition depends on the application.

 
Goudsmit has plenty of experience with this and will be happy to provide recommendations.

Design

Design

Magnetic head pulleys are made in standard sizes and can therefore be easily integrated into an existing installation. The shaft diameter, for example, is suitable for SNL bearing blocks, and the shaft journal (including keyway) is suitable for a standard SEW gear unit. These are global standards and therefore cover most applications. The modular design makes it easy to replace the shaft, which is ideal for maintenance and customer-specific solutions. Various versions available to meet your needs:

Belt width: 400-2000 mm
Diameters: 150-400 mm
Magnet system: both axial and radial magnet construction


Working principle

Working principle

A magnetic head pulley is a head or tail roller that is filled with magnets. This roller forms a magnetic system with a correspondingly rotating magnetic field that is active around the entire circumference. The magnetic field attracts ferromagnetic metal particles in a product flow. The conveyor belt that runs over the roller carries these particles with it to the underside of the roller. When they are no longer in range of the magnetic field they fall off the belt, where they are collected and/or carried away. For strongly magnetic particles, we can place cleats on the belt to 'push' the particles out of the magnetic field.
 
For damp or fine metal particles we fit a scraper to prevent them from sticking to the belt. The advantage of a head roller magnet is that it is a continuous system, so there is no need to stop the product flow to carry off the separated metal particles. This makes the head roller magnet very suitable for product flows with lots of Fe particles. Because the product passes very close to the magnet it is also a very powerful and effective separator.