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.

Slide set DZ 3607 slide length 305mm zinc plated
Material: Slide elements: Cold rolled steel, zinc plated. Ball retainers: Cold rolled steel, zinc plated. Balls: Hardened steel. Sold by pair (1 x product no. = 1 pair of slides). Telescopic ball bearing precision slides for applications in the industrial and electronics sector. Lock-out in open position. Fast disconnection. Mountings included. Bracket mount for electrical cabinets on request. Service life 10,000 cycles. Temperature range: -20°C to +70°C. Note Recommended fastening: M4 screw. Use all mounting positions to achieve the max. load ratings. Ordering details: e.g.: Product no. 649 038 12, Slides 3607

Precision pressure regulator »FUTURA«, incl. pressure gauge, Size 2, G 3/8, Input pressure max. 16 bar, Control range 0.1 - 1 bar
Precision diaphragm pressure regulators with self-relieving design and excellent flow rates in modern design for applications requiring an extremely accurate working pressure.
The regulator button can be latched and locked.

Standard cylinder SAI, ISO 15552, double-acting, Piston Ø 63, Stroke 25, G 3/8, Working pressure 1.5 - 10 bar, Temp. -20°C to 70°C
These cylinders are ideal for a wide range of applications owing to their robust design and ecxellent value for money.
The standard type has a double-acting cylinder and features a magnetic piston as well as integrated cushioning.
The magnetic switches are mounted in T-slots on two sides of the body.

Suitable for filtered, unlubricated or lubricated compressed air.
If lubrication is used, it must be continuous.

Standard pressure gauge with front ring, black, Connection, rear, centric, G 1/4, Goods class 1.6, Measurement range 0-60 bar, Ø50
Bourdon-tube pressure gauge in standard design,
either with panel-mounting bezel made of chrome-plated or black sheet steel or
with 3-hole bezel made of chrome-plated sheet steel.

Suitable for gaseous or liquid media which do not corrode copper alloy,
do not have high viscosity and do not crystallise.

Glycerine pressure gauge with metal housing, Connection, rear, centric, G 1/4, Goods class 1.6, Measurement range -1/+9 bar, Ø 63
Glycerine-filled bourdon-tube pressure gauge.

For measurements in areas with high, dynamic pressure loads and vibration levels.
Suitable for gaseous or liquid media which do not corrode copper alloy,
do not have high viscosity and do not crystallise.

Locking screw, Hexagonal socket, without flange, G 3/4, AF 12, Brass, Max. working pressure 25 bar, Max. operating temp. 150 °C

Push-in L-connector, Plug nipple 8 mm »Blue Series«, reducing, for hose exterior Ø 6 mm, Working pressure max. 15 bar, Plastic
Push-in fittings series manufactured in plastic and nickel-plated brass.
All parts are suitable for use with hoses, tubes or pipes made of plastic and copper.

Male branch tee »universal short«, rotating, 3/8, hose-Ø 10, taper seat, Working pressure -0,99 to 20 bar, nickel-plated brass
The quick-connect fittings of the »universal short« series are true to their name and are used for the quick and simple connection of hoses. The conical sealing threads off a high degree of flexibility, as it is compatible with both conical and cylindrical threads. Thus the quick-connect fitting can be combined with a wide variety of thread types (BSPP, BSPT, NPT, NPTF, PT, PF) of standards ISO 7.1 and ISO 228. Shorter assembly ties result from the reduced thread length. The smaller hole spacing, resulting from the reduction of the width across flats, enables installation in very tight spaces. This saves time and space.

The complete sealing is also guaranteed on uneven, for example inclined, concave or convex surfaces, and with differing radii and chamfers. The special geometry of the seal enables vacuum applications.

Suitable plastic pipes: PA11, PA12, polyethylene, polyurethane (for polyurethane a hardness of 98 shore is recommended), PTFE.

Areas of application: Pneumatic automation, automotive industry, textile and packaging industry, compressed air circuits, vacuum applications.

Straight screw-in fitting, with O-ring, M5 o., for hose 4/2 mm, AF 9, Working pressure max. 18 bar, nickel-plated brass

Spur gear made of stainless steel 1.4305 with hub module 1.5 60 teeth tooth width 15mm outside diameter 93mm
Material: Stainless steel 1.4305

Milled teeth.
Tooth quality 8d25 DIN 3967.
Pressure angle 20°.


Article ID: 21899060

Feather key DIN 6885 version A 5 x 5 x 20 mm material stainless steel 1.4571
Material: Stainless steel 1.4571.

Version A.

Article ID: 61899099

Bevel gear made of steel module 6 40 teeth i=2:1
Material: up to product no. 36105700: 11SMnPb30. From product no. 36106000: C45.Tooth quality 8 modelled on DIN 3967 (from module 2).Up to module 5 with crowned, milled teeth.From module 6 with planed teeth. Not hardened – not lapped.Shaft angle = 90º.The bevel gears only run as a pair at the stated ratio and at the same module. Note for ordering: These gears are sold singulary, not by pair. For a pair of bevel gears, you have to order two matching gears of the same module, with a different number of teeth of the same ratio.
Article ID: 36736100

Clamping bush MSD-N stainless steel bore 20mm max. torque 100 Nm
Material: Stainless steel 1.4021.

The MSD-N clamping bush consists of a double-walled, hardened steel
sleeve filled with a special pressure medium, a seal, a piston, a
compression flange and fastening screws. When tightening the screws, the
sleeves expand evenly against shaft and hub, creating a rigid
connection. When the screws are loosened, the bush returns to its
initial position and can be easily demounted.
Concentricity: 0,03 - 0,06 mm.
Tolerance: Shaft h9 (Ø 15 mm only h8), Hub H7.
Advantages: fast mounting/demounting
sensitive adjustment of the hub can be carried out during assembly

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.

Trapeziodal-threaded spindle DIN 103 Tr.10 x 3 x 3000mm long single-start left material 1.4305 rolled
Material: 1.4305. Up to size Tr. 40 x 7 rolled, above whirled. Tolerance zone 7e. Length sawed (length may be longer than nominal length), edges not broken.
Article ID: 64099810

SKF deep groove ball bearing single row inner diameter 50mm outer diameter 110mm width 27mm sealed on both sides clearance C3
Single row deep groove radial ball bearingsMaterial: Bearing steel.- Standard ball bearings in premium-quality.- Most common bearing type.- Usable for high speed. - Insensitive in use and maintenance. - On choice: Open, with friction-free metal shields 2Z (= ZZ). or with contacting rubber seals 2RS1 / 2RSH.Temperature range: -30°C to +90°C (caused by type of lubrication), short-term up to +110°C.Clearance C3: Greater play.Other versions or other bearing types on request.
Article ID: 6310-2RS1-C3-SKF

Precision pressure regulator »FUTURA«, incl. pressure gauge, Size 2, G 3/8, Input pressure max. 16 bar, Control range 0.2 - 4 bar
Precision diaphragm pressure regulators with self-relieving design and excellent flow rates in modern design for applications requiring an extremely accurate working pressure.
The regulator button can be latched and locked.

Standard cylinder, ISO 15552, double-acting, Piston Ø 80, Stroke 100, G 3/8, Working pressure max. 10 bar, Temp. -10 °C to 80 °C
These cylinders are ideal for a wide range of applications owing to their robust design and ecxellent value for money.
The standard type has a double-acting cylinder and features a magnetic piston as well as integrated cushioning.
The magnetic switches can be mounted in two T-slots on the same side as the compressed air supply.
The version with a 125 mm bore is provided with fixing accessories on three sides as standard.
Suitable for filtered, unlubricated or lubricated compressed air.
If lubrication is used, it must be continuous.

Standard pressure gauge with front ring, black, Connection, rear, centric, G 1/4, Goods class 1.6, Measurement range 0-40 bar, Ø50
Bourdon-tube pressure gauge in standard design,
either with panel-mounting bezel made of chrome-plated or black sheet steel or
with 3-hole bezel made of chrome-plated sheet steel.

Suitable for gaseous or liquid media which do not corrode copper alloy,
do not have high viscosity and do not crystallise.

Glycerine pressure gauge with metal housing, Connection, rear, centric, G 1/4, Goods class 1.6, Measurement range 0-600 bar, Ø 63
Glycerine-filled bourdon-tube pressure gauge.

For measurements in areas with high, dynamic pressure loads and vibration levels.
Suitable for gaseous or liquid media which do not corrode copper alloy,
do not have high viscosity and do not crystallise.

Male elbow, M14x1.5 tapered o., Pipe exterior Ø 10 mm, PN max. 315 bar, a/f1 19, a/f2 14, galvanised steel

Replacement sieve for dirt strainers made of brass, for connection size G 1 1/2, mesh width 0.5 mm, DN 40

Male branch tee »universal short«, L-shape, rotating 3/8,hose-Ø10,taper seat,Working pressure -0,99 to 20 bar, nickel-plated brass
The quick-connect fittings of the »universal short« series are true to their name and are used for the quick and simple connection of hoses. The conical sealing threads off a high degree of flexibility, as it is compatible with both conical and cylindrical threads. Thus the quick-connect fitting can be combined with a wide variety of thread types (BSPP, BSPT, NPT, NPTF, PT, PF) of standards ISO 7.1 and ISO 228. Shorter assembly ties result from the reduced thread length. The smaller hole spacing, resulting from the reduction of the width across flats, enables installation in very tight spaces. This saves time and space.

The complete sealing is also guaranteed on uneven, for example inclined, concave or convex surfaces, and with differing radii and chamfers. The special geometry of the seal enables vacuum applications.

Suitable plastic pipes: PA11, PA12, polyethylene, polyurethane (for polyurethane a hardness of 98 shore is recommended), PTFE.

Areas of application: Pneumatic automation, automotive industry, textile and packaging industry, compressed air circuits, vacuum applications.

Straight push-in fitting »Blue Series«, round, R 1/4 o., for hose exterior Ø 8 mm, Working pressure max. 15 bar
Push-in fittings series manufactured in plastic and nickel-plated brass.
All parts are suitable for use with hoses, tubes or pipes made of plastic and copper.

Clamping bush MSD-N stainless steel bore 25mm max. torque 210Nm
Material: Stainless steel 1.4021.

The MSD-N clamping bush consists of a double-walled, hardened steel
sleeve filled with a special pressure medium, a seal, a piston, a
compression flange and fastening screws. When tightening the screws, the
sleeves expand evenly against shaft and hub, creating a rigid
connection. When the screws are loosened, the bush returns to its
initial position and can be easily demounted.
Concentricity: 0,03 - 0,06 mm.
Tolerance: Shaft h9 (Ø 15 mm only h8), Hub H7.
Advantages: fast mounting/demounting
sensitive adjustment of the hub can be carried out during assembly

MAEDLER deep groove ball bearing single row inner diameter 3mm outer diameter 10mm width 4mm shielded on both sides
Single row deep groove radial ball bearings Material:
Bearing steel. - Standard ball bearings in high quality. - Most common
bearing type. - Usable for high speed. - Insensitive in use and
maintenance. - On choice: With friction-free metal shields ZZ (= 2Z) or
with contacting rubber seals 2RS. Temperature range: -20°C to +90°C
(caused by type of lubrication), short-term up to 110°C. Other
versions or other bearing types on request.
Article ID: 623-ZZ-MAE

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.

Hollow worm made of steel C45 module 5 single-thread right hand
Material: Steel C45, whirled. Single-thread worms to be paired with single-thread worm gears of the same module. So, various ratios at various axle distances can be realized. Pressure angle 20°.
Article ID: 31060000

SKF deep groove ball bearing single row inner diameter 50mm outer diameter 110mm width 27mm sealed on both sides
Single row deep groove radial ball bearingsMaterial: Bearing steel.- Standard ball bearings in premium-quality.- Most common bearing type.- Usable for high speed. - Insensitive in use and maintenance. - On choice: Open, with friction-free metal shields 2Z (= ZZ). or with contacting rubber seals 2RS1 / 2RSH.Temperature range: -30°C to +90°C (caused by type of lubrication), short-term up to +110°C. Other versions or other bearing types on request.
Article ID: 6310-2RS1-SKF

Precision pressure regulator »FUTURA«, incl. pressure gauge, Size 2, G 3/8, Input pressure max. 16 bar, Control range 0.5 - 10 bar
Precision diaphragm pressure regulators with self-relieving design and excellent flow rates in modern design for applications requiring an extremely accurate working pressure.
The regulator button can be latched and locked.

Standard cylinder, ISO 15552, double-acting, Piston Ø 80, Stroke 80, G 3/8, Working pressure max. 10 bar, Temp. -10 °C to 80 °C
These cylinders are ideal for a wide range of applications owing to their robust design and ecxellent value for money.
The standard type has a double-acting cylinder and features a magnetic piston as well as integrated cushioning.
The magnetic switches can be mounted in two T-slots on the same side as the compressed air supply.
The version with a 125 mm bore is provided with fixing accessories on three sides as standard.
Suitable for filtered, unlubricated or lubricated compressed air.
If lubrication is used, it must be continuous.

Standard pressure gauge with front ring, black, Connection, rear, centric, G 1/4, Goods class 1.6, Measurement range 0-4 bar, Ø 50
Bourdon-tube pressure gauge in standard design,
either with panel-mounting bezel made of chrome-plated or black sheet steel or
with 3-hole bezel made of chrome-plated sheet steel.

Suitable for gaseous or liquid media which do not corrode copper alloy,
do not have high viscosity and do not crystallise.

Glycerine pressure gauge with metal housing, Connection, rear, centric, G 1/4, Goods class 1.6, Measurement range -1/+0.6 bar, Ø63
Glycerine-filled bourdon-tube pressure gauge.

For measurements in areas with high, dynamic pressure loads and vibration levels.
Suitable for gaseous or liquid media which do not corrode copper alloy,
do not have high viscosity and do not crystallise.

Male elbow, M22x1.5 tapered o., Pipe exterior Ø 18 mm, PN max. 315 bar, a/f1 32, a/f2 24, galvanised steel

1/3 Tube fitting, G 1 x 25 mm, with NBR O-ring, with collar, Brass with a bare metal surface

Reducer, cone seal, Pipe exterior Ø Female connector 8/6 mm, PN max. 630 bar, a/f1 14, a/f2 17, a/f3 19, galvanised steel
Reducer, with cone seal, heavy type

Straight screw-in fitting, M8x1,0 tapered o., Pipe exterior Ø 4 mm, PN max. 100 bar, A/F1 10, A/F2 10, galvanised steel

Clamping bush MSD-N stainless steel bore 30mm max. torque 350Nm
Material: Stainless steel 1.4021.

The MSD-N clamping bush consists of a double-walled, hardened steel
sleeve filled with a special pressure medium, a seal, a piston, a
compression flange and fastening screws. When tightening the screws, the
sleeves expand evenly against shaft and hub, creating a rigid
connection. When the screws are loosened, the bush returns to its
initial position and can be easily demounted.
Concentricity: 0,03 - 0,06 mm.
Tolerance: Shaft h9 (Ø 15 mm only h8), Hub H7.
Advantages: fast mounting/demounting
sensitive adjustment of the hub can be carried out during assembly

MAEDLER deep groove ball bearing single row inner diameter 5mm outer diameter 16mm width 5mm sealed on both sides
Single row deep groove radial ball bearings Material:
Bearing steel. - Standard ball bearings in high quality. - Most common
bearing type. - Usable for high speed. - Insensitive in use and
maintenance. - On choice: With friction-free metal shields ZZ (= 2Z) or
with contacting rubber seals 2RS. Temperature range: -20°C to +90°C
(caused by type of lubrication), short-term up to 110°C. Other
versions or other bearing types on request.
Article ID: 625-2RS-MAE

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.

Trapeziodal-threaded spindle DIN 103 Tr.14 x 4 x 2000mm long single-start left material 1.4305 rolled
Material: 1.4305. Up to size Tr. 40 x 7 rolled, above whirled. Tolerance zone 7e. Length sawed (length may be longer than nominal length), edges not broken.
Article ID: 64099614

timing bar T2.5 70 teeth length 160mm material aluminium
Material: Aluminium similar EN AW2017A.
Article ID: 16097000

Kamlok quick-connect socket, Hose supports, C type, Stainless steel 1.4401, Hose I.D. 75, for plug Ø 92 mm, Pressure max. 16 bar
High-quality, robust, universal coupling system with a safety clamp for quick and easy connection of two hoses or for joining one hose to a machine connection.

A male part and a female part are joined together by shifting the handles.
There is no need to turn the hose!

Kamlok stainless steel couplings are designed for use with corrosive media in the chemical and petrochemical industries, steelmaking, shipbuilding, agriculture, etc.

All female threaded couplings and connectors are with female thread sealing ring made of PTFE.

2/2-way solenoid valve brass, NC, pilot operated, 230 V, 50 - 60 Hz, Medium temperature -20 °C to 120 °C, Rp 3/4, PN 0.35 - 9 bar
Standard series, proven over many years, available in three different versions

- Directly operated
- Combined operation
- Pilot-operated

For all applications with compressed air, neutral gases or low-viscosity, neutral media.

Standard pressure gauge with front ring, black, Connection, rear, centric, G 1/4, Goods class 1.6, Measurement range -1/0 bar, Ø63
Bourdon-tube pressure gauge in standard design,
either with panel-mounting bezel made of chrome-plated or black sheet steel or
with 3-hole bezel made of chrome-plated sheet steel.

Suitable for gaseous or liquid media which do not corrode copper alloy,
do not have high viscosity and do not crystallise.

Glycerine pressure gauge with metal housing, Connection, rear, centric, G 1/4, Goods class 1.6, Measurement range 0 - 60 bar, Ø 63
Glycerine-filled bourdon-tube pressure gauge.

For measurements in areas with high, dynamic pressure loads and vibration levels.
Suitable for gaseous or liquid media which do not corrode copper alloy,
do not have high viscosity and do not crystallise.

3/3 Stand pipe fitting, G 1/2 ET x 13 mm, nut 3/4, taper seat, Brass with a bare metal surface

3/3 Tube fitting, G 3/4 x 13 mm, swivel nut, taper seat, with NBR O-ring, lightweight type, Brass with a bare metal surface

Reducing nipple, Long type, G 1 o., G 1 i., AF 38, Nickel-plated brass, Max. working pressure 25 bar, Max. operating temp. 150 °C
Suitable for air, water, oil, steam, etc.

Straight screw-in fitting, M10x1,0 tapered o., Pipe exterior Ø 8 mm, PN max. 100 bar, A/F1 14, A/F2 12, galvanised steel

Clamping bush MSD-N stainless steel bore 40mm max. torque 750Nm
Material: Stainless steel 1.4021.

The MSD-N clamping bush consists of a double-walled, hardened steel
sleeve filled with a special pressure medium, a seal, a piston, a
compression flange and fastening screws. When tightening the screws, the
sleeves expand evenly against shaft and hub, creating a rigid
connection. When the screws are loosened, the bush returns to its
initial position and can be easily demounted.
Concentricity: 0,03 - 0,06 mm.
Tolerance: Shaft h9 (Ø 15 mm only h8), Hub H7.
Advantages: fast mounting/demounting
sensitive adjustment of the hub can be carried out during assembly

MAEDLER deep groove ball bearing single row inner diameter 8mm outer diameter 22mm width 7mm shielded on both sides
Single row deep groove radial ball bearings Material:
Bearing steel. - Standard ball bearings in high quality. - Most common
bearing type. - Usable for high speed. - Insensitive in use and
maintenance. - On choice: With friction-free metal shields ZZ (= 2Z) or
with contacting rubber seals 2RS. Temperature range: -20°C to +90°C
(caused by type of lubrication), short-term up to 110°C. Other
versions or other bearing types on request.
Article ID: 608-ZZ-MAE

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.

Spur gear made of plastic PA12G with steel core module 2.5 40 teeth tooth width 25mm outside diameter 105mm
Material: Outer part: Plastic PA 12 G with steel core. Milled, straight teeth. Tooth quality 8e25 DIN 3967. Temperature range -60°C to +120°C, short periods 150°C. - Special plastic with excellent material properties. - Enables snugly fitting, high strength shaft-hub connection. - Optimal force transmission due to cylindrical contact area. - Light, silent and clean, with excellent dry running properties.
Article ID: 23255040

Compact cyl.ISO 21287, double-acting, female piston rod,magnet,PistonØ50, Stroke200,G1/8, Work.press.max.10bar, Temp.-20°C to 70°C
Series acc. to ISO 21287 characterised by a very short and compact design.
The standard type features a magnetic piston.
Piston rod optionally with male or female thread.
Suitable for filtered, unlubricated or lubricated compressed air.
If lubrication is used, it must be continuous.

Compressed air hose set with hose rupture valve »Hose guard«, PU hose, G 3/8 ET, Hose Ø 13x8, Hose length 20 m
Braided PU hose with integrated rupture hose valve type »Hose Guard« and screwed stem with a G 3/8" or G 1/2" male thread.

Standard pressure gauge with front ring, black, Connection, rear, centric, G 1/4, Goods class 1.6, Measurement range 0-16 bar, Ø63
Bourdon-tube pressure gauge in standard design,
either with panel-mounting bezel made of chrome-plated or black sheet steel or
with 3-hole bezel made of chrome-plated sheet steel.

Suitable for gaseous or liquid media which do not corrode copper alloy,
do not have high viscosity and do not crystallise.

Glycerine pressure gauge with metal housing, Connection, rear, centric, G 1/4, Goods class 1.6, Measurement range -1/+3 bar, Ø 63
Glycerine-filled bourdon-tube pressure gauge.

For measurements in areas with high, dynamic pressure loads and vibration levels.
Suitable for gaseous or liquid media which do not corrode copper alloy,
do not have high viscosity and do not crystallise.

Male elbow, R 1/4 o., Pipe exterior Ø 10 mm, PN bar 100, a/f1 17, a/f2 14, galvanised steel
Male elbow, conical male thread acc. to ISO 7-1, very light type