Length : 350 mm
SVM-F-304x99-0350-B-F0E
SKU: SVMF050350
Stock *: 0
Type: VMF5
Advised max. installation height: 90-140 mm
Interface/connection dim's: Threaded hole M8 (4x)
Ferrite plate magnets are cost-effective, yet less powerfull and larger than neodymium plate magnets. They have the advantage that they can be used up to 100 °C.They remove ferrous contaminants from 0.5 mm. Not suitable for weakly magnetic stainless steel contamination.

Magnet quality ferrite GSFD-33 (Br 4100 gauss)
Capture Fe particles from 0.5 mm
Manual cleaning (wipe off)
Max. temp. 100 °C
Max. holding field 140 mm

Application

Ferrous contaminants > 0.5 mm / heavy / non-food

Ferrite plate magnets are cost-effective, yet less powerfull and larger than neodymium plate magnets. They have the advantage that they can be used up to 100 °C. They remove ferrous contaminants from 0.5 mm. Not suitable for weakly magnetic stainless steel contamination.
 
Select your magnet size on the desired holding field depth. The deeper the field should reach, the heavier and larger magnet you have to select. For this reason it can be wise to select the more compact and strong neodymium (Neoflux®) plate magnets.
 
Placement
You can easily hang them suspended over a conveyor belt, attach them to the wall of a product channel, or mount them under a passing product stream. For dust-tight installation against the wall of a free-fall pipeline, we supply neodymium plate magnets including a mounting plate and quick-cleaning mechanism (see chute magnets).
 
* When placing above a belt, make sure that the construction directly below the magnet consists of non-magnetic material.

Design

Construction & materials data

Click on a product variant to find the data sheet, drawings and other downloadable product information.
 
Summary of important specifications

Magnet quality: ferrite GSFD-33
Material cap: stainless steel
Material contact plate: Steel
Finish: painted


Options

Available versions, options & accessories

Click on a product variant to find the online available accessories & spare parts.

Cleaning

Cleaning

Cleaning of the plate magnet is performed manually by wiping, or through use of a hinged extractor plate for quick-cleaning. You can swing the hinged extractor plate away from the magnet. The ferrous particles fall off of the extractor plate as soon as they are moved far enough away from the magnet.
 
For plate magnets including mounting plate and hinged cleaning construction: see also 'chute magnets'.

Length : 300 mm
SVM-F-304x99-0300-B-F0E
SKU: SVMF050300
Stock *: 0
Advised max. installation height: 90-140 mm
Height: 99 mm
Cost-effective. Overbelt placement or installation against a free-fall line. Often used in the recycling industry or for protection of downstream equipment.

Max. installation height 140 mm
Low overall height
With neodymium or ferrite magnets
For recycling or metal separation

Application

Application

Ferrite magnetic plates (plate magnets) remove ferromagnetic (Fe) particles as small as 0.5 mm. An advantage is that they are suitable for use at higher temperatures (250°C), but they are not suitable for capturing stainless steel scrapings.
 
The dimensions are selected based on the desired holding field depth: the deeper the field, the heavier and larger the magnet becomes. For this reason one often opts for the more compact and equally strong neodymium (Neoflux®) plate magnets.

Placement

Placement

Overbelt placement or installation in/against a free-fall line. For placement in a free-fall line Goudsmit also supplies mounting plates (see also chute magnets). This makes dust-proof mounting possible and makes them easy to clean.
 
For a width in excess of 300 mm a neodymium magnet is recommended for installation in a free-fall line. In such applications ferrite plate magnets are too heavy for manual cleaning. If you are considering overbelt placement, keep in mind that the construction directly beneath the magnet must be made of non-magnetic material.

Design

Design

Goudsmit builds plate magnets for mounting above production lines that feature 'flux control' to create a deeper holding field. These have extra magnets between the poles that cause the lines of flux to penetrate deeper into the product flow. A ridge prevents captured iron particles from being carried away again by the product flow.


Cleaning

Cleaning

Cleaning of the plate magnet is performed manually (by wiping) or through use of an extractor plate (quick cleaning). Hereby you swing the extractor plate away from the magnet. The Fe particles fall off of the extractor plate as soon as they are moved far enough away from the magnetic field. For quick cleaning, see also chute magnets.

Length : 250 mm
SVM-F-304x99-0250-B-F0E
SKU: SVMF050250
Stock *: 0
Type: VMF5
Advised max. installation height: 90-140 mm
Interface/connection dim's: Threaded hole M8 (4x)
Ferrite plate magnets are cost-effective, yet less powerfull and larger than neodymium plate magnets. They have the advantage that they can be used up to 100 °C.They remove ferrous contaminants from 0.5 mm. Not suitable for weakly magnetic stainless steel contamination.

Magnet quality ferrite GSFD-33 (Br 4100 gauss)
Capture Fe particles from 0.5 mm
Manual cleaning (wipe off)
Max. temp. 100 °C
Max. holding field 140 mm

Application

Ferrous contaminants > 0.5 mm / heavy / non-food

Ferrite plate magnets are cost-effective, yet less powerfull and larger than neodymium plate magnets. They have the advantage that they can be used up to 100 °C. They remove ferrous contaminants from 0.5 mm. Not suitable for weakly magnetic stainless steel contamination.
 
Select your magnet size on the desired holding field depth. The deeper the field should reach, the heavier and larger magnet you have to select. For this reason it can be wise to select the more compact and strong neodymium (Neoflux®) plate magnets.
 
Placement
You can easily hang them suspended over a conveyor belt, attach them to the wall of a product channel, or mount them under a passing product stream. For dust-tight installation against the wall of a free-fall pipeline, we supply neodymium plate magnets including a mounting plate and quick-cleaning mechanism (see chute magnets).
 
* When placing above a belt, make sure that the construction directly below the magnet consists of non-magnetic material.

Design

Construction & materials data

Click on a product variant to find the data sheet, drawings and other downloadable product information.
 
Summary of important specifications

Magnet quality: ferrite GSFD-33
Material cap: stainless steel
Material contact plate: Steel
Finish: painted


Options

Available versions, options & accessories

Click on a product variant to find the online available accessories & spare parts.

Cleaning

Cleaning

Cleaning of the plate magnet is performed manually by wiping, or through use of a hinged extractor plate for quick-cleaning. You can swing the hinged extractor plate away from the magnet. The ferrous particles fall off of the extractor plate as soon as they are moved far enough away from the magnet.
 
For plate magnets including mounting plate and hinged cleaning construction: see also 'chute magnets'.

Length : 1400 mm
SVM-F-204x92-1400-B-F0E
SKU: SVMF041400
Stock *: 0
Type: VMF4
Advised max. installation height: 70-110 mm
Interface/connection dim's: Threaded hole M8 (8x)
Ferrite plate magnets are cost-effective, yet less powerfull and larger than neodymium plate magnets. They have the advantage that they can be used up to 100 °C.They remove ferrous contaminants from 0.5 mm. Not suitable for weakly magnetic stainless steel contamination.

Magnet quality ferrite GSFD-33 (Br 4100 gauss)
Capture Fe particles from 0.5 mm
Manual cleaning (wipe off)
Max. temp. 100 °C
Max. holding field 140 mm

Application

Ferrous contaminants > 0.5 mm / heavy / non-food

Ferrite plate magnets are cost-effective, yet less powerfull and larger than neodymium plate magnets. They have the advantage that they can be used up to 100 °C. They remove ferrous contaminants from 0.5 mm. Not suitable for weakly magnetic stainless steel contamination.
 
Select your magnet size on the desired holding field depth. The deeper the field should reach, the heavier and larger magnet you have to select. For this reason it can be wise to select the more compact and strong neodymium (Neoflux®) plate magnets.
 
Placement
You can easily hang them suspended over a conveyor belt, attach them to the wall of a product channel, or mount them under a passing product stream. For dust-tight installation against the wall of a free-fall pipeline, we supply neodymium plate magnets including a mounting plate and quick-cleaning mechanism (see chute magnets).
 
* When placing above a belt, make sure that the construction directly below the magnet consists of non-magnetic material.

Design

Construction & materials data

Click on a product variant to find the data sheet, drawings and other downloadable product information.
 
Summary of important specifications

Magnet quality: ferrite GSFD-33
Material cap: stainless steel
Material contact plate: Steel
Finish: painted


Options

Available versions, options & accessories

Click on a product variant to find the online available accessories & spare parts.

Cleaning

Cleaning

Cleaning of the plate magnet is performed manually by wiping, or through use of a hinged extractor plate for quick-cleaning. You can swing the hinged extractor plate away from the magnet. The ferrous particles fall off of the extractor plate as soon as they are moved far enough away from the magnet.
 
For plate magnets including mounting plate and hinged cleaning construction: see also 'chute magnets'.

Length : 1250 mm
SVM-F-204x92-1250-B-F0E
SKU: SVMF041250
Stock *: 0
Type: VMF4
Advised max. installation height: 70-110 mm
Interface/connection dim's: Threaded hole M8 (8x)
Ferrite plate magnets are cost-effective, yet less powerfull and larger than neodymium plate magnets. They have the advantage that they can be used up to 100 °C.They remove ferrous contaminants from 0.5 mm. Not suitable for weakly magnetic stainless steel contamination.

Magnet quality ferrite GSFD-33 (Br 4100 gauss)
Capture Fe particles from 0.5 mm
Manual cleaning (wipe off)
Max. temp. 100 °C
Max. holding field 140 mm

Application

Ferrous contaminants > 0.5 mm / heavy / non-food

Ferrite plate magnets are cost-effective, yet less powerfull and larger than neodymium plate magnets. They have the advantage that they can be used up to 100 °C. They remove ferrous contaminants from 0.5 mm. Not suitable for weakly magnetic stainless steel contamination.
 
Select your magnet size on the desired holding field depth. The deeper the field should reach, the heavier and larger magnet you have to select. For this reason it can be wise to select the more compact and strong neodymium (Neoflux®) plate magnets.
 
Placement
You can easily hang them suspended over a conveyor belt, attach them to the wall of a product channel, or mount them under a passing product stream. For dust-tight installation against the wall of a free-fall pipeline, we supply neodymium plate magnets including a mounting plate and quick-cleaning mechanism (see chute magnets).
 
* When placing above a belt, make sure that the construction directly below the magnet consists of non-magnetic material.

Design

Construction & materials data

Click on a product variant to find the data sheet, drawings and other downloadable product information.
 
Summary of important specifications

Magnet quality: ferrite GSFD-33
Material cap: stainless steel
Material contact plate: Steel
Finish: painted


Options

Available versions, options & accessories

Click on a product variant to find the online available accessories & spare parts.

Cleaning

Cleaning

Cleaning of the plate magnet is performed manually by wiping, or through use of a hinged extractor plate for quick-cleaning. You can swing the hinged extractor plate away from the magnet. The ferrous particles fall off of the extractor plate as soon as they are moved far enough away from the magnet.
 
For plate magnets including mounting plate and hinged cleaning construction: see also 'chute magnets'.

Length : 1100 mm
SVM-F-204x92-1100-B-F0E
SKU: SVMF041100
Stock *: 0
Type: VMF4
Advised max. installation height: 70-110 mm
Interface/connection dim's: Threaded hole M8 (8x)
Ferrite plate magnets are cost-effective, yet less powerfull and larger than neodymium plate magnets. They have the advantage that they can be used up to 100 °C.They remove ferrous contaminants from 0.5 mm. Not suitable for weakly magnetic stainless steel contamination.

Magnet quality ferrite GSFD-33 (Br 4100 gauss)
Capture Fe particles from 0.5 mm
Manual cleaning (wipe off)
Max. temp. 100 °C
Max. holding field 140 mm

Application

Ferrous contaminants > 0.5 mm / heavy / non-food

Ferrite plate magnets are cost-effective, yet less powerfull and larger than neodymium plate magnets. They have the advantage that they can be used up to 100 °C. They remove ferrous contaminants from 0.5 mm. Not suitable for weakly magnetic stainless steel contamination.
 
Select your magnet size on the desired holding field depth. The deeper the field should reach, the heavier and larger magnet you have to select. For this reason it can be wise to select the more compact and strong neodymium (Neoflux®) plate magnets.
 
Placement
You can easily hang them suspended over a conveyor belt, attach them to the wall of a product channel, or mount them under a passing product stream. For dust-tight installation against the wall of a free-fall pipeline, we supply neodymium plate magnets including a mounting plate and quick-cleaning mechanism (see chute magnets).
 
* When placing above a belt, make sure that the construction directly below the magnet consists of non-magnetic material.

Design

Construction & materials data

Click on a product variant to find the data sheet, drawings and other downloadable product information.
 
Summary of important specifications

Magnet quality: ferrite GSFD-33
Material cap: stainless steel
Material contact plate: Steel
Finish: painted


Options

Available versions, options & accessories

Click on a product variant to find the online available accessories & spare parts.

Cleaning

Cleaning

Cleaning of the plate magnet is performed manually by wiping, or through use of a hinged extractor plate for quick-cleaning. You can swing the hinged extractor plate away from the magnet. The ferrous particles fall off of the extractor plate as soon as they are moved far enough away from the magnet.
 
For plate magnets including mounting plate and hinged cleaning construction: see also 'chute magnets'.

Length : 1000 mm
SVM-F-204x92-1000-B-F0E
SKU: SVMF041000
Stock *: 0
Advised max. installation height: 70-110 mm
Height: 92 mm
Cost-effective. Overbelt placement or installation against a free-fall line. Often used in the recycling industry or for protection of downstream equipment.

Max. installation height 140 mm
Low overall height
With neodymium or ferrite magnets
For recycling or metal separation

Application

Application

Ferrite magnetic plates (plate magnets) remove ferromagnetic (Fe) particles as small as 0.5 mm. An advantage is that they are suitable for use at higher temperatures (250°C), but they are not suitable for capturing stainless steel scrapings.
 
The dimensions are selected based on the desired holding field depth: the deeper the field, the heavier and larger the magnet becomes. For this reason one often opts for the more compact and equally strong neodymium (Neoflux®) plate magnets.

Placement

Placement

Overbelt placement or installation in/against a free-fall line. For placement in a free-fall line Goudsmit also supplies mounting plates (see also chute magnets). This makes dust-proof mounting possible and makes them easy to clean.
 
For a width in excess of 300 mm a neodymium magnet is recommended for installation in a free-fall line. In such applications ferrite plate magnets are too heavy for manual cleaning. If you are considering overbelt placement, keep in mind that the construction directly beneath the magnet must be made of non-magnetic material.

Design

Design

Goudsmit builds plate magnets for mounting above production lines that feature 'flux control' to create a deeper holding field. These have extra magnets between the poles that cause the lines of flux to penetrate deeper into the product flow. A ridge prevents captured iron particles from being carried away again by the product flow.


Cleaning

Cleaning

Cleaning of the plate magnet is performed manually (by wiping) or through use of an extractor plate (quick cleaning). Hereby you swing the extractor plate away from the magnet. The Fe particles fall off of the extractor plate as soon as they are moved far enough away from the magnetic field. For quick cleaning, see also chute magnets.

Length : 900 mm
SVM-F-204x92-0900-B-F0E
SKU: SVMF040900
Stock *: 0
Advised max. installation height: 70-110 mm
Height: 92 mm
Cost-effective. Overbelt placement or installation against a free-fall line. Often used in the recycling industry or for protection of downstream equipment.

Max. installation height 140 mm
Low overall height
With neodymium or ferrite magnets
For recycling or metal separation

Application

Application

Ferrite magnetic plates (plate magnets) remove ferromagnetic (Fe) particles as small as 0.5 mm. An advantage is that they are suitable for use at higher temperatures (250°C), but they are not suitable for capturing stainless steel scrapings.
 
The dimensions are selected based on the desired holding field depth: the deeper the field, the heavier and larger the magnet becomes. For this reason one often opts for the more compact and equally strong neodymium (Neoflux®) plate magnets.

Placement

Placement

Overbelt placement or installation in/against a free-fall line. For placement in a free-fall line Goudsmit also supplies mounting plates (see also chute magnets). This makes dust-proof mounting possible and makes them easy to clean.
 
For a width in excess of 300 mm a neodymium magnet is recommended for installation in a free-fall line. In such applications ferrite plate magnets are too heavy for manual cleaning. If you are considering overbelt placement, keep in mind that the construction directly beneath the magnet must be made of non-magnetic material.

Design

Design

Goudsmit builds plate magnets for mounting above production lines that feature 'flux control' to create a deeper holding field. These have extra magnets between the poles that cause the lines of flux to penetrate deeper into the product flow. A ridge prevents captured iron particles from being carried away again by the product flow.


Cleaning

Cleaning

Cleaning of the plate magnet is performed manually (by wiping) or through use of an extractor plate (quick cleaning). Hereby you swing the extractor plate away from the magnet. The Fe particles fall off of the extractor plate as soon as they are moved far enough away from the magnetic field. For quick cleaning, see also chute magnets.

Length : 800 mm
SVM-F-204x92-0800-B-F0E
SKU: SVMF040800
Stock *: 0
Advised max. installation height: 70-110 mm
Height: 92 mm
Cost-effective. Overbelt placement or installation against a free-fall line. Often used in the recycling industry or for protection of downstream equipment.

Max. installation height 140 mm
Low overall height
With neodymium or ferrite magnets
For recycling or metal separation

Application

Application

Ferrite magnetic plates (plate magnets) remove ferromagnetic (Fe) particles as small as 0.5 mm. An advantage is that they are suitable for use at higher temperatures (250°C), but they are not suitable for capturing stainless steel scrapings.
 
The dimensions are selected based on the desired holding field depth: the deeper the field, the heavier and larger the magnet becomes. For this reason one often opts for the more compact and equally strong neodymium (Neoflux®) plate magnets.

Placement

Placement

Overbelt placement or installation in/against a free-fall line. For placement in a free-fall line Goudsmit also supplies mounting plates (see also chute magnets). This makes dust-proof mounting possible and makes them easy to clean.
 
For a width in excess of 300 mm a neodymium magnet is recommended for installation in a free-fall line. In such applications ferrite plate magnets are too heavy for manual cleaning. If you are considering overbelt placement, keep in mind that the construction directly beneath the magnet must be made of non-magnetic material.

Design

Design

Goudsmit builds plate magnets for mounting above production lines that feature 'flux control' to create a deeper holding field. These have extra magnets between the poles that cause the lines of flux to penetrate deeper into the product flow. A ridge prevents captured iron particles from being carried away again by the product flow.


Cleaning

Cleaning

Cleaning of the plate magnet is performed manually (by wiping) or through use of an extractor plate (quick cleaning). Hereby you swing the extractor plate away from the magnet. The Fe particles fall off of the extractor plate as soon as they are moved far enough away from the magnetic field. For quick cleaning, see also chute magnets.

Length : 700 mm
SVM-F-204x92-0700-B-F0E
SKU: SVMF040700
Stock *: 0
Advised max. installation height: 70-110 mm
Height: 92 mm
Cost-effective. Overbelt placement or installation against a free-fall line. Often used in the recycling industry or for protection of downstream equipment.

Max. installation height 140 mm
Low overall height
With neodymium or ferrite magnets
For recycling or metal separation

Application

Application

Ferrite magnetic plates (plate magnets) remove ferromagnetic (Fe) particles as small as 0.5 mm. An advantage is that they are suitable for use at higher temperatures (250°C), but they are not suitable for capturing stainless steel scrapings.
 
The dimensions are selected based on the desired holding field depth: the deeper the field, the heavier and larger the magnet becomes. For this reason one often opts for the more compact and equally strong neodymium (Neoflux®) plate magnets.

Placement

Placement

Overbelt placement or installation in/against a free-fall line. For placement in a free-fall line Goudsmit also supplies mounting plates (see also chute magnets). This makes dust-proof mounting possible and makes them easy to clean.
 
For a width in excess of 300 mm a neodymium magnet is recommended for installation in a free-fall line. In such applications ferrite plate magnets are too heavy for manual cleaning. If you are considering overbelt placement, keep in mind that the construction directly beneath the magnet must be made of non-magnetic material.

Design

Design

Goudsmit builds plate magnets for mounting above production lines that feature 'flux control' to create a deeper holding field. These have extra magnets between the poles that cause the lines of flux to penetrate deeper into the product flow. A ridge prevents captured iron particles from being carried away again by the product flow.


Cleaning

Cleaning

Cleaning of the plate magnet is performed manually (by wiping) or through use of an extractor plate (quick cleaning). Hereby you swing the extractor plate away from the magnet. The Fe particles fall off of the extractor plate as soon as they are moved far enough away from the magnetic field. For quick cleaning, see also chute magnets.

Length : 600 mm
SVM-F-204x92-0600-B-F0E
SKU: SVMF040600
Stock *: 0
Advised max. installation height: 70-110 mm
Height: 92 mm
Cost-effective. Overbelt placement or installation against a free-fall line. Often used in the recycling industry or for protection of downstream equipment.

Max. installation height 140 mm
Low overall height
With neodymium or ferrite magnets
For recycling or metal separation

Application

Application

Ferrite magnetic plates (plate magnets) remove ferromagnetic (Fe) particles as small as 0.5 mm. An advantage is that they are suitable for use at higher temperatures (250°C), but they are not suitable for capturing stainless steel scrapings.
 
The dimensions are selected based on the desired holding field depth: the deeper the field, the heavier and larger the magnet becomes. For this reason one often opts for the more compact and equally strong neodymium (Neoflux®) plate magnets.

Placement

Placement

Overbelt placement or installation in/against a free-fall line. For placement in a free-fall line Goudsmit also supplies mounting plates (see also chute magnets). This makes dust-proof mounting possible and makes them easy to clean.
 
For a width in excess of 300 mm a neodymium magnet is recommended for installation in a free-fall line. In such applications ferrite plate magnets are too heavy for manual cleaning. If you are considering overbelt placement, keep in mind that the construction directly beneath the magnet must be made of non-magnetic material.

Design

Design

Goudsmit builds plate magnets for mounting above production lines that feature 'flux control' to create a deeper holding field. These have extra magnets between the poles that cause the lines of flux to penetrate deeper into the product flow. A ridge prevents captured iron particles from being carried away again by the product flow.


Cleaning

Cleaning

Cleaning of the plate magnet is performed manually (by wiping) or through use of an extractor plate (quick cleaning). Hereby you swing the extractor plate away from the magnet. The Fe particles fall off of the extractor plate as soon as they are moved far enough away from the magnetic field. For quick cleaning, see also chute magnets.

Length : 500 mm
SVM-F-204x92-0500-B-F0E
SKU: SVMF040500
Stock *: 0
Advised max. installation height: 70-110 mm
Height: 92 mm
Cost-effective. Overbelt placement or installation against a free-fall line. Often used in the recycling industry or for protection of downstream equipment.

Max. installation height 140 mm
Low overall height
With neodymium or ferrite magnets
For recycling or metal separation

Application

Application

Ferrite magnetic plates (plate magnets) remove ferromagnetic (Fe) particles as small as 0.5 mm. An advantage is that they are suitable for use at higher temperatures (250°C), but they are not suitable for capturing stainless steel scrapings.
 
The dimensions are selected based on the desired holding field depth: the deeper the field, the heavier and larger the magnet becomes. For this reason one often opts for the more compact and equally strong neodymium (Neoflux®) plate magnets.

Placement

Placement

Overbelt placement or installation in/against a free-fall line. For placement in a free-fall line Goudsmit also supplies mounting plates (see also chute magnets). This makes dust-proof mounting possible and makes them easy to clean.
 
For a width in excess of 300 mm a neodymium magnet is recommended for installation in a free-fall line. In such applications ferrite plate magnets are too heavy for manual cleaning. If you are considering overbelt placement, keep in mind that the construction directly beneath the magnet must be made of non-magnetic material.

Design

Design

Goudsmit builds plate magnets for mounting above production lines that feature 'flux control' to create a deeper holding field. These have extra magnets between the poles that cause the lines of flux to penetrate deeper into the product flow. A ridge prevents captured iron particles from being carried away again by the product flow.


Cleaning

Cleaning

Cleaning of the plate magnet is performed manually (by wiping) or through use of an extractor plate (quick cleaning). Hereby you swing the extractor plate away from the magnet. The Fe particles fall off of the extractor plate as soon as they are moved far enough away from the magnetic field. For quick cleaning, see also chute magnets.

Length : 400 mm
SVM-F-204x92-0400-B-F0E
SKU: SVMF040400
Stock: 1
Advised max. installation height: 70-110 mm
Height: 92 mm
Cost-effective. Overbelt placement or installation against a free-fall line. Often used in the recycling industry or for protection of downstream equipment.

Max. installation height 140 mm
Low overall height
With neodymium or ferrite magnets
For recycling or metal separation

Application

Application

Ferrite magnetic plates (plate magnets) remove ferromagnetic (Fe) particles as small as 0.5 mm. An advantage is that they are suitable for use at higher temperatures (250°C), but they are not suitable for capturing stainless steel scrapings.
 
The dimensions are selected based on the desired holding field depth: the deeper the field, the heavier and larger the magnet becomes. For this reason one often opts for the more compact and equally strong neodymium (Neoflux®) plate magnets.

Placement

Placement

Overbelt placement or installation in/against a free-fall line. For placement in a free-fall line Goudsmit also supplies mounting plates (see also chute magnets). This makes dust-proof mounting possible and makes them easy to clean.
 
For a width in excess of 300 mm a neodymium magnet is recommended for installation in a free-fall line. In such applications ferrite plate magnets are too heavy for manual cleaning. If you are considering overbelt placement, keep in mind that the construction directly beneath the magnet must be made of non-magnetic material.

Design

Design

Goudsmit builds plate magnets for mounting above production lines that feature 'flux control' to create a deeper holding field. These have extra magnets between the poles that cause the lines of flux to penetrate deeper into the product flow. A ridge prevents captured iron particles from being carried away again by the product flow.


Cleaning

Cleaning

Cleaning of the plate magnet is performed manually (by wiping) or through use of an extractor plate (quick cleaning). Hereby you swing the extractor plate away from the magnet. The Fe particles fall off of the extractor plate as soon as they are moved far enough away from the magnetic field. For quick cleaning, see also chute magnets.

Length : 350 mm
SVM-F-204x92-0350-B-F0E
SKU: SVMF040350
Stock: 4
Type: VMF4
Advised max. installation height: 70-110 mm
Interface/connection dim's: Threaded hole M8 (4x)
Ferrite plate magnets are cost-effective, yet less powerfull and larger than neodymium plate magnets. They have the advantage that they can be used up to 100 °C.They remove ferrous contaminants from 0.5 mm. Not suitable for weakly magnetic stainless steel contamination.

Magnet quality ferrite GSFD-33 (Br 4100 gauss)
Capture Fe particles from 0.5 mm
Manual cleaning (wipe off)
Max. temp. 100 °C
Max. holding field 140 mm

Application

Ferrous contaminants > 0.5 mm / heavy / non-food

Ferrite plate magnets are cost-effective, yet less powerfull and larger than neodymium plate magnets. They have the advantage that they can be used up to 100 °C. They remove ferrous contaminants from 0.5 mm. Not suitable for weakly magnetic stainless steel contamination.
 
Select your magnet size on the desired holding field depth. The deeper the field should reach, the heavier and larger magnet you have to select. For this reason it can be wise to select the more compact and strong neodymium (Neoflux®) plate magnets.
 
Placement
You can easily hang them suspended over a conveyor belt, attach them to the wall of a product channel, or mount them under a passing product stream. For dust-tight installation against the wall of a free-fall pipeline, we supply neodymium plate magnets including a mounting plate and quick-cleaning mechanism (see chute magnets).
 
* When placing above a belt, make sure that the construction directly below the magnet consists of non-magnetic material.

Design

Construction & materials data

Click on a product variant to find the data sheet, drawings and other downloadable product information.
 
Summary of important specifications

Magnet quality: ferrite GSFD-33
Material cap: stainless steel
Material contact plate: Steel
Finish: painted


Options

Available versions, options & accessories

Click on a product variant to find the online available accessories & spare parts.

Cleaning

Cleaning

Cleaning of the plate magnet is performed manually by wiping, or through use of a hinged extractor plate for quick-cleaning. You can swing the hinged extractor plate away from the magnet. The ferrous particles fall off of the extractor plate as soon as they are moved far enough away from the magnet.
 
For plate magnets including mounting plate and hinged cleaning construction: see also 'chute magnets'.

Length : 300 mm
SVM-F-204x92-0300-B-F0E
SKU: SVMF040300
Stock: 5
Advised max. installation height: 70-110 mm
Height: 92 mm
Cost-effective. Overbelt placement or installation against a free-fall line. Often used in the recycling industry or for protection of downstream equipment.

Max. installation height 140 mm
Low overall height
With neodymium or ferrite magnets
For recycling or metal separation

Application

Application

Ferrite magnetic plates (plate magnets) remove ferromagnetic (Fe) particles as small as 0.5 mm. An advantage is that they are suitable for use at higher temperatures (250°C), but they are not suitable for capturing stainless steel scrapings.
 
The dimensions are selected based on the desired holding field depth: the deeper the field, the heavier and larger the magnet becomes. For this reason one often opts for the more compact and equally strong neodymium (Neoflux®) plate magnets.

Placement

Placement

Overbelt placement or installation in/against a free-fall line. For placement in a free-fall line Goudsmit also supplies mounting plates (see also chute magnets). This makes dust-proof mounting possible and makes them easy to clean.
 
For a width in excess of 300 mm a neodymium magnet is recommended for installation in a free-fall line. In such applications ferrite plate magnets are too heavy for manual cleaning. If you are considering overbelt placement, keep in mind that the construction directly beneath the magnet must be made of non-magnetic material.

Design

Design

Goudsmit builds plate magnets for mounting above production lines that feature 'flux control' to create a deeper holding field. These have extra magnets between the poles that cause the lines of flux to penetrate deeper into the product flow. A ridge prevents captured iron particles from being carried away again by the product flow.


Cleaning

Cleaning

Cleaning of the plate magnet is performed manually (by wiping) or through use of an extractor plate (quick cleaning). Hereby you swing the extractor plate away from the magnet. The Fe particles fall off of the extractor plate as soon as they are moved far enough away from the magnetic field. For quick cleaning, see also chute magnets.

Length : 250 mm
SVM-F-204x92-0250-B-F0E
SKU: SVMF040250
Stock: 4
Type: VMF4
Advised max. installation height: 70-110 mm
Interface/connection dim's: Threaded hole M8 (4x)
Ferrite plate magnets are cost-effective, yet less powerfull and larger than neodymium plate magnets. They have the advantage that they can be used up to 100 °C.They remove ferrous contaminants from 0.5 mm. Not suitable for weakly magnetic stainless steel contamination.

Magnet quality ferrite GSFD-33 (Br 4100 gauss)
Capture Fe particles from 0.5 mm
Manual cleaning (wipe off)
Max. temp. 100 °C
Max. holding field 140 mm

Application

Ferrous contaminants > 0.5 mm / heavy / non-food

Ferrite plate magnets are cost-effective, yet less powerfull and larger than neodymium plate magnets. They have the advantage that they can be used up to 100 °C. They remove ferrous contaminants from 0.5 mm. Not suitable for weakly magnetic stainless steel contamination.
 
Select your magnet size on the desired holding field depth. The deeper the field should reach, the heavier and larger magnet you have to select. For this reason it can be wise to select the more compact and strong neodymium (Neoflux®) plate magnets.
 
Placement
You can easily hang them suspended over a conveyor belt, attach them to the wall of a product channel, or mount them under a passing product stream. For dust-tight installation against the wall of a free-fall pipeline, we supply neodymium plate magnets including a mounting plate and quick-cleaning mechanism (see chute magnets).
 
* When placing above a belt, make sure that the construction directly below the magnet consists of non-magnetic material.

Design

Construction & materials data

Click on a product variant to find the data sheet, drawings and other downloadable product information.
 
Summary of important specifications

Magnet quality: ferrite GSFD-33
Material cap: stainless steel
Material contact plate: Steel
Finish: painted


Options

Available versions, options & accessories

Click on a product variant to find the online available accessories & spare parts.

Cleaning

Cleaning

Cleaning of the plate magnet is performed manually by wiping, or through use of a hinged extractor plate for quick-cleaning. You can swing the hinged extractor plate away from the magnet. The ferrous particles fall off of the extractor plate as soon as they are moved far enough away from the magnet.
 
For plate magnets including mounting plate and hinged cleaning construction: see also 'chute magnets'.

Length : 200 mm
SVM-F-204x92-0200-B-F0E
SKU: SVMF040200
Stock: 6
Advised max. installation height: 70-110 mm
Height: 92 mm
Cost-effective. Overbelt placement or installation against a free-fall line. Often used in the recycling industry or for protection of downstream equipment.

Max. installation height 140 mm
Low overall height
With neodymium or ferrite magnets
For recycling or metal separation

Application

Application

Ferrite magnetic plates (plate magnets) remove ferromagnetic (Fe) particles as small as 0.5 mm. An advantage is that they are suitable for use at higher temperatures (250°C), but they are not suitable for capturing stainless steel scrapings.
 
The dimensions are selected based on the desired holding field depth: the deeper the field, the heavier and larger the magnet becomes. For this reason one often opts for the more compact and equally strong neodymium (Neoflux®) plate magnets.

Placement

Placement

Overbelt placement or installation in/against a free-fall line. For placement in a free-fall line Goudsmit also supplies mounting plates (see also chute magnets). This makes dust-proof mounting possible and makes them easy to clean.
 
For a width in excess of 300 mm a neodymium magnet is recommended for installation in a free-fall line. In such applications ferrite plate magnets are too heavy for manual cleaning. If you are considering overbelt placement, keep in mind that the construction directly beneath the magnet must be made of non-magnetic material.

Design

Design

Goudsmit builds plate magnets for mounting above production lines that feature 'flux control' to create a deeper holding field. These have extra magnets between the poles that cause the lines of flux to penetrate deeper into the product flow. A ridge prevents captured iron particles from being carried away again by the product flow.


Cleaning

Cleaning

Cleaning of the plate magnet is performed manually (by wiping) or through use of an extractor plate (quick cleaning). Hereby you swing the extractor plate away from the magnet. The Fe particles fall off of the extractor plate as soon as they are moved far enough away from the magnetic field. For quick cleaning, see also chute magnets.

Length : 150 mm
SVM-F-204x92-0150-B-F0E
SKU: SVMF040150
Stock *: 0
Advised max. installation height: 70-110 mm
Height: 92 mm
Cost-effective. Overbelt placement or installation against a free-fall line. Often used in the recycling industry or for protection of downstream equipment.

Max. installation height 140 mm
Low overall height
With neodymium or ferrite magnets
For recycling or metal separation

Application

Application

Ferrite magnetic plates (plate magnets) remove ferromagnetic (Fe) particles as small as 0.5 mm. An advantage is that they are suitable for use at higher temperatures (250°C), but they are not suitable for capturing stainless steel scrapings.
 
The dimensions are selected based on the desired holding field depth: the deeper the field, the heavier and larger the magnet becomes. For this reason one often opts for the more compact and equally strong neodymium (Neoflux®) plate magnets.

Placement

Placement

Overbelt placement or installation in/against a free-fall line. For placement in a free-fall line Goudsmit also supplies mounting plates (see also chute magnets). This makes dust-proof mounting possible and makes them easy to clean.
 
For a width in excess of 300 mm a neodymium magnet is recommended for installation in a free-fall line. In such applications ferrite plate magnets are too heavy for manual cleaning. If you are considering overbelt placement, keep in mind that the construction directly beneath the magnet must be made of non-magnetic material.

Design

Design

Goudsmit builds plate magnets for mounting above production lines that feature 'flux control' to create a deeper holding field. These have extra magnets between the poles that cause the lines of flux to penetrate deeper into the product flow. A ridge prevents captured iron particles from being carried away again by the product flow.


Cleaning

Cleaning

Cleaning of the plate magnet is performed manually (by wiping) or through use of an extractor plate (quick cleaning). Hereby you swing the extractor plate away from the magnet. The Fe particles fall off of the extractor plate as soon as they are moved far enough away from the magnetic field. For quick cleaning, see also chute magnets.

Length : 1000 mm
SVM-F-154x47-1000-B-F0E
SKU: SVMF021000
Stock *: 0
Advised max. installation height: 60-75 mm
Height: 47 mm
Cost-effective. Overbelt placement or installation against a free-fall line. Often used in the recycling industry or for protection of downstream equipment.

Max. installation height 140 mm
Low overall height
With neodymium or ferrite magnets
For recycling or metal separation

Application

Application

Ferrite magnetic plates (plate magnets) remove ferromagnetic (Fe) particles as small as 0.5 mm. An advantage is that they are suitable for use at higher temperatures (250°C), but they are not suitable for capturing stainless steel scrapings.
 
The dimensions are selected based on the desired holding field depth: the deeper the field, the heavier and larger the magnet becomes. For this reason one often opts for the more compact and equally strong neodymium (Neoflux®) plate magnets.

Placement

Placement

Overbelt placement or installation in/against a free-fall line. For placement in a free-fall line Goudsmit also supplies mounting plates (see also chute magnets). This makes dust-proof mounting possible and makes them easy to clean.
 
For a width in excess of 300 mm a neodymium magnet is recommended for installation in a free-fall line. In such applications ferrite plate magnets are too heavy for manual cleaning. If you are considering overbelt placement, keep in mind that the construction directly beneath the magnet must be made of non-magnetic material.

Design

Design

Goudsmit builds plate magnets for mounting above production lines that feature 'flux control' to create a deeper holding field. These have extra magnets between the poles that cause the lines of flux to penetrate deeper into the product flow. A ridge prevents captured iron particles from being carried away again by the product flow.


Cleaning

Cleaning

Cleaning of the plate magnet is performed manually (by wiping) or through use of an extractor plate (quick cleaning). Hereby you swing the extractor plate away from the magnet. The Fe particles fall off of the extractor plate as soon as they are moved far enough away from the magnetic field. For quick cleaning, see also chute magnets.

Length : 530 mm
SVM-F-154x47-0530-B-F0E
SKU: SVMF020530
Stock *: 0
Advised max. installation height: 60-75 mm
Height: 47 mm
Cost-effective. Overbelt placement or installation against a free-fall line. Often used in the recycling industry or for protection of downstream equipment.

Max. installation height 140 mm
Low overall height
With neodymium or ferrite magnets
For recycling or metal separation

Application

Application

Ferrite magnetic plates (plate magnets) remove ferromagnetic (Fe) particles as small as 0.5 mm. An advantage is that they are suitable for use at higher temperatures (250°C), but they are not suitable for capturing stainless steel scrapings.
 
The dimensions are selected based on the desired holding field depth: the deeper the field, the heavier and larger the magnet becomes. For this reason one often opts for the more compact and equally strong neodymium (Neoflux®) plate magnets.

Placement

Placement

Overbelt placement or installation in/against a free-fall line. For placement in a free-fall line Goudsmit also supplies mounting plates (see also chute magnets). This makes dust-proof mounting possible and makes them easy to clean.
 
For a width in excess of 300 mm a neodymium magnet is recommended for installation in a free-fall line. In such applications ferrite plate magnets are too heavy for manual cleaning. If you are considering overbelt placement, keep in mind that the construction directly beneath the magnet must be made of non-magnetic material.

Design

Design

Goudsmit builds plate magnets for mounting above production lines that feature 'flux control' to create a deeper holding field. These have extra magnets between the poles that cause the lines of flux to penetrate deeper into the product flow. A ridge prevents captured iron particles from being carried away again by the product flow.


Cleaning

Cleaning

Cleaning of the plate magnet is performed manually (by wiping) or through use of an extractor plate (quick cleaning). Hereby you swing the extractor plate away from the magnet. The Fe particles fall off of the extractor plate as soon as they are moved far enough away from the magnetic field. For quick cleaning, see also chute magnets.

Length : 400 mm
SVM-F-154x47-0400-B-F0E
SKU: SVMF020400
Stock *: 0
Advised max. installation height: 60-75 mm
Height: 47 mm
Cost-effective. Overbelt placement or installation against a free-fall line. Often used in the recycling industry or for protection of downstream equipment.

Max. installation height 140 mm
Low overall height
With neodymium or ferrite magnets
For recycling or metal separation

Application

Application

Ferrite magnetic plates (plate magnets) remove ferromagnetic (Fe) particles as small as 0.5 mm. An advantage is that they are suitable for use at higher temperatures (250°C), but they are not suitable for capturing stainless steel scrapings.
 
The dimensions are selected based on the desired holding field depth: the deeper the field, the heavier and larger the magnet becomes. For this reason one often opts for the more compact and equally strong neodymium (Neoflux®) plate magnets.

Placement

Placement

Overbelt placement or installation in/against a free-fall line. For placement in a free-fall line Goudsmit also supplies mounting plates (see also chute magnets). This makes dust-proof mounting possible and makes them easy to clean.
 
For a width in excess of 300 mm a neodymium magnet is recommended for installation in a free-fall line. In such applications ferrite plate magnets are too heavy for manual cleaning. If you are considering overbelt placement, keep in mind that the construction directly beneath the magnet must be made of non-magnetic material.

Design

Design

Goudsmit builds plate magnets for mounting above production lines that feature 'flux control' to create a deeper holding field. These have extra magnets between the poles that cause the lines of flux to penetrate deeper into the product flow. A ridge prevents captured iron particles from being carried away again by the product flow.


Cleaning

Cleaning

Cleaning of the plate magnet is performed manually (by wiping) or through use of an extractor plate (quick cleaning). Hereby you swing the extractor plate away from the magnet. The Fe particles fall off of the extractor plate as soon as they are moved far enough away from the magnetic field. For quick cleaning, see also chute magnets.

Length : 340 mm
SVM-F-154x47-0340-B-F0E
SKU: SVMF020340
Stock *: 0
Type: VMF2
Advised max. installation height: 60-75 mm
Interface/connection dim's: Threaded hole M8 (2x)
Ferrite plate magnets are cost-effective, yet less powerfull and larger than neodymium plate magnets. They have the advantage that they can be used up to 100 °C.They remove ferrous contaminants from 0.5 mm. Not suitable for weakly magnetic stainless steel contamination.

Magnet quality ferrite GSFD-33 (Br 4100 gauss)
Capture Fe particles from 0.5 mm
Manual cleaning (wipe off)
Max. temp. 100 °C
Max. holding field 140 mm

Application

Ferrous contaminants > 0.5 mm / heavy / non-food

Ferrite plate magnets are cost-effective, yet less powerfull and larger than neodymium plate magnets. They have the advantage that they can be used up to 100 °C. They remove ferrous contaminants from 0.5 mm. Not suitable for weakly magnetic stainless steel contamination.
 
Select your magnet size on the desired holding field depth. The deeper the field should reach, the heavier and larger magnet you have to select. For this reason it can be wise to select the more compact and strong neodymium (Neoflux®) plate magnets.
 
Placement
You can easily hang them suspended over a conveyor belt, attach them to the wall of a product channel, or mount them under a passing product stream. For dust-tight installation against the wall of a free-fall pipeline, we supply neodymium plate magnets including a mounting plate and quick-cleaning mechanism (see chute magnets).
 
* When placing above a belt, make sure that the construction directly below the magnet consists of non-magnetic material.

Design

Construction & materials data

Click on a product variant to find the data sheet, drawings and other downloadable product information.
 
Summary of important specifications

Magnet quality: ferrite GSFD-33
Material cap: stainless steel
Material contact plate: Steel
Finish: painted


Options

Available versions, options & accessories

Click on a product variant to find the online available accessories & spare parts.

Cleaning

Cleaning

Cleaning of the plate magnet is performed manually by wiping, or through use of a hinged extractor plate for quick-cleaning. You can swing the hinged extractor plate away from the magnet. The ferrous particles fall off of the extractor plate as soon as they are moved far enough away from the magnet.
 
For plate magnets including mounting plate and hinged cleaning construction: see also 'chute magnets'.

Length : 300 mm
SVM-F-154x47-0300-B-F0E
SKU: SVMF020300
Stock *: 0
Advised max. installation height: 60-75 mm
Height: 47 mm
Cost-effective. Overbelt placement or installation against a free-fall line. Often used in the recycling industry or for protection of downstream equipment.

Max. installation height 140 mm
Low overall height
With neodymium or ferrite magnets
For recycling or metal separation

Application

Application

Ferrite magnetic plates (plate magnets) remove ferromagnetic (Fe) particles as small as 0.5 mm. An advantage is that they are suitable for use at higher temperatures (250°C), but they are not suitable for capturing stainless steel scrapings.
 
The dimensions are selected based on the desired holding field depth: the deeper the field, the heavier and larger the magnet becomes. For this reason one often opts for the more compact and equally strong neodymium (Neoflux®) plate magnets.

Placement

Placement

Overbelt placement or installation in/against a free-fall line. For placement in a free-fall line Goudsmit also supplies mounting plates (see also chute magnets). This makes dust-proof mounting possible and makes them easy to clean.
 
For a width in excess of 300 mm a neodymium magnet is recommended for installation in a free-fall line. In such applications ferrite plate magnets are too heavy for manual cleaning. If you are considering overbelt placement, keep in mind that the construction directly beneath the magnet must be made of non-magnetic material.

Design

Design

Goudsmit builds plate magnets for mounting above production lines that feature 'flux control' to create a deeper holding field. These have extra magnets between the poles that cause the lines of flux to penetrate deeper into the product flow. A ridge prevents captured iron particles from being carried away again by the product flow.


Cleaning

Cleaning

Cleaning of the plate magnet is performed manually (by wiping) or through use of an extractor plate (quick cleaning). Hereby you swing the extractor plate away from the magnet. The Fe particles fall off of the extractor plate as soon as they are moved far enough away from the magnetic field. For quick cleaning, see also chute magnets.

Length : 270 mm
SVM-F-154x47-0270-B-F0E
SKU: SVMF020270
Stock *: 0
Type: VMF2
Advised max. installation height: 60-75 mm
Interface/connection dim's: Threaded hole M8 (2x)
Ferrite plate magnets are cost-effective, yet less powerfull and larger than neodymium plate magnets. They have the advantage that they can be used up to 100 °C.They remove ferrous contaminants from 0.5 mm. Not suitable for weakly magnetic stainless steel contamination.

Magnet quality ferrite GSFD-33 (Br 4100 gauss)
Capture Fe particles from 0.5 mm
Manual cleaning (wipe off)
Max. temp. 100 °C
Max. holding field 140 mm

Application

Ferrous contaminants > 0.5 mm / heavy / non-food

Ferrite plate magnets are cost-effective, yet less powerfull and larger than neodymium plate magnets. They have the advantage that they can be used up to 100 °C. They remove ferrous contaminants from 0.5 mm. Not suitable for weakly magnetic stainless steel contamination.
 
Select your magnet size on the desired holding field depth. The deeper the field should reach, the heavier and larger magnet you have to select. For this reason it can be wise to select the more compact and strong neodymium (Neoflux®) plate magnets.
 
Placement
You can easily hang them suspended over a conveyor belt, attach them to the wall of a product channel, or mount them under a passing product stream. For dust-tight installation against the wall of a free-fall pipeline, we supply neodymium plate magnets including a mounting plate and quick-cleaning mechanism (see chute magnets).
 
* When placing above a belt, make sure that the construction directly below the magnet consists of non-magnetic material.

Design

Construction & materials data

Click on a product variant to find the data sheet, drawings and other downloadable product information.
 
Summary of important specifications

Magnet quality: ferrite GSFD-33
Material cap: stainless steel
Material contact plate: Steel
Finish: painted


Options

Available versions, options & accessories

Click on a product variant to find the online available accessories & spare parts.

Cleaning

Cleaning

Cleaning of the plate magnet is performed manually by wiping, or through use of a hinged extractor plate for quick-cleaning. You can swing the hinged extractor plate away from the magnet. The ferrous particles fall off of the extractor plate as soon as they are moved far enough away from the magnet.
 
For plate magnets including mounting plate and hinged cleaning construction: see also 'chute magnets'.

Length : 210 mm
SVM-F-154x47-0210-B-F0E
SKU: SVMF020210
Stock *: 0
Advised max. installation height: 60-75 mm
Height: 47 mm
Cost-effective. Overbelt placement or installation against a free-fall line. Often used in the recycling industry or for protection of downstream equipment.

Max. installation height 140 mm
Low overall height
With neodymium or ferrite magnets
For recycling or metal separation

Application

Application

Ferrite magnetic plates (plate magnets) remove ferromagnetic (Fe) particles as small as 0.5 mm. An advantage is that they are suitable for use at higher temperatures (250°C), but they are not suitable for capturing stainless steel scrapings.
 
The dimensions are selected based on the desired holding field depth: the deeper the field, the heavier and larger the magnet becomes. For this reason one often opts for the more compact and equally strong neodymium (Neoflux®) plate magnets.

Placement

Placement

Overbelt placement or installation in/against a free-fall line. For placement in a free-fall line Goudsmit also supplies mounting plates (see also chute magnets). This makes dust-proof mounting possible and makes them easy to clean.
 
For a width in excess of 300 mm a neodymium magnet is recommended for installation in a free-fall line. In such applications ferrite plate magnets are too heavy for manual cleaning. If you are considering overbelt placement, keep in mind that the construction directly beneath the magnet must be made of non-magnetic material.

Design

Design

Goudsmit builds plate magnets for mounting above production lines that feature 'flux control' to create a deeper holding field. These have extra magnets between the poles that cause the lines of flux to penetrate deeper into the product flow. A ridge prevents captured iron particles from being carried away again by the product flow.


Cleaning

Cleaning

Cleaning of the plate magnet is performed manually (by wiping) or through use of an extractor plate (quick cleaning). Hereby you swing the extractor plate away from the magnet. The Fe particles fall off of the extractor plate as soon as they are moved far enough away from the magnetic field. For quick cleaning, see also chute magnets.

Length : 600 mm
SVM-F-114x47-0600-B-F0E
SKU: SVMF010600
Stock *: 0
Advised max. installation height: 50-65 mm
Height: 47 mm
Cost-effective. Overbelt placement or installation against a free-fall line. Often used in the recycling industry or for protection of downstream equipment.

Max. installation height 140 mm
Low overall height
With neodymium or ferrite magnets
For recycling or metal separation

Application

Application

Ferrite magnetic plates (plate magnets) remove ferromagnetic (Fe) particles as small as 0.5 mm. An advantage is that they are suitable for use at higher temperatures (250°C), but they are not suitable for capturing stainless steel scrapings.
 
The dimensions are selected based on the desired holding field depth: the deeper the field, the heavier and larger the magnet becomes. For this reason one often opts for the more compact and equally strong neodymium (Neoflux®) plate magnets.

Placement

Placement

Overbelt placement or installation in/against a free-fall line. For placement in a free-fall line Goudsmit also supplies mounting plates (see also chute magnets). This makes dust-proof mounting possible and makes them easy to clean.
 
For a width in excess of 300 mm a neodymium magnet is recommended for installation in a free-fall line. In such applications ferrite plate magnets are too heavy for manual cleaning. If you are considering overbelt placement, keep in mind that the construction directly beneath the magnet must be made of non-magnetic material.

Design

Design

Goudsmit builds plate magnets for mounting above production lines that feature 'flux control' to create a deeper holding field. These have extra magnets between the poles that cause the lines of flux to penetrate deeper into the product flow. A ridge prevents captured iron particles from being carried away again by the product flow.


Cleaning

Cleaning

Cleaning of the plate magnet is performed manually (by wiping) or through use of an extractor plate (quick cleaning). Hereby you swing the extractor plate away from the magnet. The Fe particles fall off of the extractor plate as soon as they are moved far enough away from the magnetic field. For quick cleaning, see also chute magnets.

Length : 530 mm
SVM-F-114x47-0530-B-F0E
SKU: SVMF010530
Stock *: 0
Advised max. installation height: 50-65 mm
Height: 47 mm
Cost-effective. Overbelt placement or installation against a free-fall line. Often used in the recycling industry or for protection of downstream equipment.

Max. installation height 140 mm
Low overall height
With neodymium or ferrite magnets
For recycling or metal separation

Application

Application

Ferrite magnetic plates (plate magnets) remove ferromagnetic (Fe) particles as small as 0.5 mm. An advantage is that they are suitable for use at higher temperatures (250°C), but they are not suitable for capturing stainless steel scrapings.
 
The dimensions are selected based on the desired holding field depth: the deeper the field, the heavier and larger the magnet becomes. For this reason one often opts for the more compact and equally strong neodymium (Neoflux®) plate magnets.

Placement

Placement

Overbelt placement or installation in/against a free-fall line. For placement in a free-fall line Goudsmit also supplies mounting plates (see also chute magnets). This makes dust-proof mounting possible and makes them easy to clean.
 
For a width in excess of 300 mm a neodymium magnet is recommended for installation in a free-fall line. In such applications ferrite plate magnets are too heavy for manual cleaning. If you are considering overbelt placement, keep in mind that the construction directly beneath the magnet must be made of non-magnetic material.

Design

Design

Goudsmit builds plate magnets for mounting above production lines that feature 'flux control' to create a deeper holding field. These have extra magnets between the poles that cause the lines of flux to penetrate deeper into the product flow. A ridge prevents captured iron particles from being carried away again by the product flow.


Cleaning

Cleaning

Cleaning of the plate magnet is performed manually (by wiping) or through use of an extractor plate (quick cleaning). Hereby you swing the extractor plate away from the magnet. The Fe particles fall off of the extractor plate as soon as they are moved far enough away from the magnetic field. For quick cleaning, see also chute magnets.

Length : 400 mm
SVM-F-114x47-0400-B-F0E
SKU: SVMF010400
Stock *: 0
Advised max. installation height: 50-65 mm
Height: 47 mm
Cost-effective. Overbelt placement or installation against a free-fall line. Often used in the recycling industry or for protection of downstream equipment.

Max. installation height 140 mm
Low overall height
With neodymium or ferrite magnets
For recycling or metal separation

Application

Application

Ferrite magnetic plates (plate magnets) remove ferromagnetic (Fe) particles as small as 0.5 mm. An advantage is that they are suitable for use at higher temperatures (250°C), but they are not suitable for capturing stainless steel scrapings.
 
The dimensions are selected based on the desired holding field depth: the deeper the field, the heavier and larger the magnet becomes. For this reason one often opts for the more compact and equally strong neodymium (Neoflux®) plate magnets.

Placement

Placement

Overbelt placement or installation in/against a free-fall line. For placement in a free-fall line Goudsmit also supplies mounting plates (see also chute magnets). This makes dust-proof mounting possible and makes them easy to clean.
 
For a width in excess of 300 mm a neodymium magnet is recommended for installation in a free-fall line. In such applications ferrite plate magnets are too heavy for manual cleaning. If you are considering overbelt placement, keep in mind that the construction directly beneath the magnet must be made of non-magnetic material.

Design

Design

Goudsmit builds plate magnets for mounting above production lines that feature 'flux control' to create a deeper holding field. These have extra magnets between the poles that cause the lines of flux to penetrate deeper into the product flow. A ridge prevents captured iron particles from being carried away again by the product flow.


Cleaning

Cleaning

Cleaning of the plate magnet is performed manually (by wiping) or through use of an extractor plate (quick cleaning). Hereby you swing the extractor plate away from the magnet. The Fe particles fall off of the extractor plate as soon as they are moved far enough away from the magnetic field. For quick cleaning, see also chute magnets.

Length : 340 mm
SVM-F-114x47-0340-B-F0E
SKU: SVMF010340
Stock *: 0
Type: VMF1
Advised max. installation height: 50-65 mm
Interface/connection dim's: Threaded hole M8 (2x)
Ferrite plate magnets are cost-effective, yet less powerfull and larger than neodymium plate magnets. They have the advantage that they can be used up to 100 °C.They remove ferrous contaminants from 0.5 mm. Not suitable for weakly magnetic stainless steel contamination.

Magnet quality ferrite GSFD-33 (Br 4100 gauss)
Capture Fe particles from 0.5 mm
Manual cleaning (wipe off)
Max. temp. 100 °C
Max. holding field 140 mm

Application

Ferrous contaminants > 0.5 mm / heavy / non-food

Ferrite plate magnets are cost-effective, yet less powerfull and larger than neodymium plate magnets. They have the advantage that they can be used up to 100 °C. They remove ferrous contaminants from 0.5 mm. Not suitable for weakly magnetic stainless steel contamination.
 
Select your magnet size on the desired holding field depth. The deeper the field should reach, the heavier and larger magnet you have to select. For this reason it can be wise to select the more compact and strong neodymium (Neoflux®) plate magnets.
 
Placement
You can easily hang them suspended over a conveyor belt, attach them to the wall of a product channel, or mount them under a passing product stream. For dust-tight installation against the wall of a free-fall pipeline, we supply neodymium plate magnets including a mounting plate and quick-cleaning mechanism (see chute magnets).
 
* When placing above a belt, make sure that the construction directly below the magnet consists of non-magnetic material.

Design

Construction & materials data

Click on a product variant to find the data sheet, drawings and other downloadable product information.
 
Summary of important specifications

Magnet quality: ferrite GSFD-33
Material cap: stainless steel
Material contact plate: Steel
Finish: painted


Options

Available versions, options & accessories

Click on a product variant to find the online available accessories & spare parts.

Cleaning

Cleaning

Cleaning of the plate magnet is performed manually by wiping, or through use of a hinged extractor plate for quick-cleaning. You can swing the hinged extractor plate away from the magnet. The ferrous particles fall off of the extractor plate as soon as they are moved far enough away from the magnet.
 
For plate magnets including mounting plate and hinged cleaning construction: see also 'chute magnets'.

Length : 300 mm
SVM-F-114x47-0300-B-F0E
SKU: SVMF010300
Stock *: 0
Advised max. installation height: 50-65 mm
Height: 47 mm
Cost-effective. Overbelt placement or installation against a free-fall line. Often used in the recycling industry or for protection of downstream equipment.

Max. installation height 140 mm
Low overall height
With neodymium or ferrite magnets
For recycling or metal separation

Application

Application

Ferrite magnetic plates (plate magnets) remove ferromagnetic (Fe) particles as small as 0.5 mm. An advantage is that they are suitable for use at higher temperatures (250°C), but they are not suitable for capturing stainless steel scrapings.
 
The dimensions are selected based on the desired holding field depth: the deeper the field, the heavier and larger the magnet becomes. For this reason one often opts for the more compact and equally strong neodymium (Neoflux®) plate magnets.

Placement

Placement

Overbelt placement or installation in/against a free-fall line. For placement in a free-fall line Goudsmit also supplies mounting plates (see also chute magnets). This makes dust-proof mounting possible and makes them easy to clean.
 
For a width in excess of 300 mm a neodymium magnet is recommended for installation in a free-fall line. In such applications ferrite plate magnets are too heavy for manual cleaning. If you are considering overbelt placement, keep in mind that the construction directly beneath the magnet must be made of non-magnetic material.

Design

Design

Goudsmit builds plate magnets for mounting above production lines that feature 'flux control' to create a deeper holding field. These have extra magnets between the poles that cause the lines of flux to penetrate deeper into the product flow. A ridge prevents captured iron particles from being carried away again by the product flow.


Cleaning

Cleaning

Cleaning of the plate magnet is performed manually (by wiping) or through use of an extractor plate (quick cleaning). Hereby you swing the extractor plate away from the magnet. The Fe particles fall off of the extractor plate as soon as they are moved far enough away from the magnetic field. For quick cleaning, see also chute magnets.

Length : 270 mm
SVM-F-114x47-0270-B-F0E
SKU: SVMF010270
Stock *: 0
Type: VMF1
Advised max. installation height: 50-65 mm
Interface/connection dim's: Threaded hole M8 (2x)
Ferrite plate magnets are cost-effective, yet less powerfull and larger than neodymium plate magnets. They have the advantage that they can be used up to 100 °C.They remove ferrous contaminants from 0.5 mm. Not suitable for weakly magnetic stainless steel contamination.

Magnet quality ferrite GSFD-33 (Br 4100 gauss)
Capture Fe particles from 0.5 mm
Manual cleaning (wipe off)
Max. temp. 100 °C
Max. holding field 140 mm

Application

Ferrous contaminants > 0.5 mm / heavy / non-food

Ferrite plate magnets are cost-effective, yet less powerfull and larger than neodymium plate magnets. They have the advantage that they can be used up to 100 °C. They remove ferrous contaminants from 0.5 mm. Not suitable for weakly magnetic stainless steel contamination.
 
Select your magnet size on the desired holding field depth. The deeper the field should reach, the heavier and larger magnet you have to select. For this reason it can be wise to select the more compact and strong neodymium (Neoflux®) plate magnets.
 
Placement
You can easily hang them suspended over a conveyor belt, attach them to the wall of a product channel, or mount them under a passing product stream. For dust-tight installation against the wall of a free-fall pipeline, we supply neodymium plate magnets including a mounting plate and quick-cleaning mechanism (see chute magnets).
 
* When placing above a belt, make sure that the construction directly below the magnet consists of non-magnetic material.

Design

Construction & materials data

Click on a product variant to find the data sheet, drawings and other downloadable product information.
 
Summary of important specifications

Magnet quality: ferrite GSFD-33
Material cap: stainless steel
Material contact plate: Steel
Finish: painted


Options

Available versions, options & accessories

Click on a product variant to find the online available accessories & spare parts.

Cleaning

Cleaning

Cleaning of the plate magnet is performed manually by wiping, or through use of a hinged extractor plate for quick-cleaning. You can swing the hinged extractor plate away from the magnet. The ferrous particles fall off of the extractor plate as soon as they are moved far enough away from the magnet.
 
For plate magnets including mounting plate and hinged cleaning construction: see also 'chute magnets'.

Length : 210 mm
SVM-F-114x47-0210-B-F0E
SKU: SVMF010210
Stock *: 0
Advised max. installation height: 50-65 mm
Height: 47 mm
Cost-effective. Overbelt placement or installation against a free-fall line. Often used in the recycling industry or for protection of downstream equipment.

Max. installation height 140 mm
Low overall height
With neodymium or ferrite magnets
For recycling or metal separation

Application

Application

Ferrite magnetic plates (plate magnets) remove ferromagnetic (Fe) particles as small as 0.5 mm. An advantage is that they are suitable for use at higher temperatures (250°C), but they are not suitable for capturing stainless steel scrapings.
 
The dimensions are selected based on the desired holding field depth: the deeper the field, the heavier and larger the magnet becomes. For this reason one often opts for the more compact and equally strong neodymium (Neoflux®) plate magnets.

Placement

Placement

Overbelt placement or installation in/against a free-fall line. For placement in a free-fall line Goudsmit also supplies mounting plates (see also chute magnets). This makes dust-proof mounting possible and makes them easy to clean.
 
For a width in excess of 300 mm a neodymium magnet is recommended for installation in a free-fall line. In such applications ferrite plate magnets are too heavy for manual cleaning. If you are considering overbelt placement, keep in mind that the construction directly beneath the magnet must be made of non-magnetic material.

Design

Design

Goudsmit builds plate magnets for mounting above production lines that feature 'flux control' to create a deeper holding field. These have extra magnets between the poles that cause the lines of flux to penetrate deeper into the product flow. A ridge prevents captured iron particles from being carried away again by the product flow.


Cleaning

Cleaning

Cleaning of the plate magnet is performed manually (by wiping) or through use of an extractor plate (quick cleaning). Hereby you swing the extractor plate away from the magnet. The Fe particles fall off of the extractor plate as soon as they are moved far enough away from the magnetic field. For quick cleaning, see also chute magnets.

Length : 140 mm
SVM-F-114x47-0140-B-F0E
SKU: SVMF010140
Stock *: 0
Type: VMF1
Advised max. installation height: 50-65 mm
Interface/connection dim's: Threaded hole M8 (2x)
Ferrite plate magnets are cost-effective, yet less powerfull and larger than neodymium plate magnets. They have the advantage that they can be used up to 100 °C.They remove ferrous contaminants from 0.5 mm. Not suitable for weakly magnetic stainless steel contamination.

Magnet quality ferrite GSFD-33 (Br 4100 gauss)
Capture Fe particles from 0.5 mm
Manual cleaning (wipe off)
Max. temp. 100 °C
Max. holding field 140 mm

Application

Ferrous contaminants > 0.5 mm / heavy / non-food

Ferrite plate magnets are cost-effective, yet less powerfull and larger than neodymium plate magnets. They have the advantage that they can be used up to 100 °C. They remove ferrous contaminants from 0.5 mm. Not suitable for weakly magnetic stainless steel contamination.
 
Select your magnet size on the desired holding field depth. The deeper the field should reach, the heavier and larger magnet you have to select. For this reason it can be wise to select the more compact and strong neodymium (Neoflux®) plate magnets.
 
Placement
You can easily hang them suspended over a conveyor belt, attach them to the wall of a product channel, or mount them under a passing product stream. For dust-tight installation against the wall of a free-fall pipeline, we supply neodymium plate magnets including a mounting plate and quick-cleaning mechanism (see chute magnets).
 
* When placing above a belt, make sure that the construction directly below the magnet consists of non-magnetic material.

Design

Construction & materials data

Click on a product variant to find the data sheet, drawings and other downloadable product information.
 
Summary of important specifications

Magnet quality: ferrite GSFD-33
Material cap: stainless steel
Material contact plate: Steel
Finish: painted


Options

Available versions, options & accessories

Click on a product variant to find the online available accessories & spare parts.

Cleaning

Cleaning

Cleaning of the plate magnet is performed manually by wiping, or through use of a hinged extractor plate for quick-cleaning. You can swing the hinged extractor plate away from the magnet. The ferrous particles fall off of the extractor plate as soon as they are moved far enough away from the magnet.
 
For plate magnets including mounting plate and hinged cleaning construction: see also 'chute magnets'.

Door safety switch 1 NC/1 NO contact - Ex 2D
STEUTE Ex 1NC+1NO ACTUATOR
SKU: EIHG432039
Stock *: 0
Power supply: 24 V DC
Sensors and switches are designed for the control, safety and automation of our magnet systems. They are easy to build into our systems. To ensure the safety of our products, the most important sensors are often already built in. This is to guard against, for example, vibration or overheating. Some sensors are optional, for example, for detecting different switching positions (on/off).

Quality and reliability
ATEX II 1/2 D possible
Easily integrated

Product inlet/-outlet diameter : 600 mm
SPP-7-FI-FO-ST-B-BB
SKU: SPPE000067
Stock *: 0
Type: PM7
Max. capacity: 550 m³/h
Build-in length: 1300 mm
Permanent bullet magnets have a powerful bullet-shaped ferrite magnet core. They are suitable for filtering medium to large ferrous contaminants from high capacity coarse free-fall bulk flows.Often used in eg. the bulk, animal feed, plastics, ceramics and recycling industries. Permanent bullet magnets have a lower installation height compared to electro bullet magnets. Yet, you have to clean them manually, where this is done automatically with the electro bullet magnets.

Ferrite magnet
Capture Fe particles from 50 µm
Manual cleaning (wipe off)
Overall height 420 to 1300 mm
ATEX II 1/2 D

Application

Filtering iron contamination out of high capacity coarse product streams

For filtering ferrous contaminants – such as iron and steel – out of granulates, fibres and coarser materials in high capacity non-pressurized pipelines.
 
Bullet magnets are used in the bulk, animal feed, plastics, ceramics and recycling industries, among others.

Design

Construction & materials data

Click on a product variant to find the data sheet, drawings and other downloadable product information.
 
Short description
Permanent bullet/pipe magnets are built with a large, cylindrical permanent magnet core, with a powerful, deeply penetrating magnetic field. The magnet core filters the metal particles out of the product flow and retains them on three magnetic poles until they are cleaned.
 
Summary of important specifications

1 bullet-shaped magnet with 60° top cone
Magnet quality: ferrite GSFD-33, 7000 gauss on magnet surface
Robust steel / stainless steel housing
Incl./excl. welded tapered in-/outlet
Flanges acc. DIN24154, or Jacob connections (only for tapered in-/outlet types)
Finish: painted
Dust explosion-proof Ex II 1/2D


Options

Available accessories & options

Online accessories & spare parts
Click on a product variant to find the online available accessories & spare parts.
 
Options

Housing made of AISI316 stainless steel instead of 304
Door sensor (open/closed safety)
Upside-down versions for upwards ventilated product flows
Magnet iron saturation signaller 'Met-alert Watch dog'
Kobaflex PU protective coating


Working principle

Filtering & discharging of ferrous contaminants

How does the magnetic filtering work?
Because the magnetic core is located in the middle of the product stream, the bullet magnet has a very high separation yield. The round shape of the housing and the magnetic core (with a 60° top cone) ensures continuous flow and good distribution of the product stream. The product then passes three powerful magnetic fields, where guide strips redirect any product near the outer walls back toward the magnetic core.
 
The magnets attract passing ferrous particles. The captured particles stick to 1 of the 3 magnet poles, while the purified product flows further.
 
How does the cleaning / iron discharging work?
You have to remove the captured ferrous particles manually. After having stopped the product flow, you can open the door. Then turn the magnet around its own axis, while wiping the magnet clean.
 
Cleaning / iron discharging sequence

Stop the product flow
Loosen the fastener clamps
Put on sturdy work gloves
Open the door as far as possible
Wipe clean the magnet core while turning it around its axle
Catch the removed ferrous particles and dicharge them
Re-tighten the fastener clamps
Restart the product flow

Product inlet/-outlet diameter : 1002 mm
SPP-7-FC-FO-ST-B-BB
SKU: SPPF000067
Stock *: 0
Type: PM7 - Without tapered in-/outlet
Max. capacity: 550 m³/h
Build-in length: 970 mm
Permanent bullet magnets have a powerful bullet-shaped ferrite magnet core. They are suitable for filtering medium to large ferrous contaminants from high capacity coarse free-fall bulk flows.Often used in eg. the bulk, animal feed, plastics, ceramics and recycling industries. Permanent bullet magnets have a lower installation height compared to electro bullet magnets. Yet, you have to clean them manually, where this is done automatically with the electro bullet magnets.

Ferrite magnet
Capture Fe particles from 50 µm
Manual cleaning (wipe off)
Overall height 420 to 1300 mm
ATEX II 1/2 D

Application

Filtering iron contamination out of high capacity coarse product streams

For filtering ferrous contaminants – such as iron and steel – out of granulates, fibres and coarser materials in high capacity non-pressurized pipelines.
 
Bullet magnets are used in the bulk, animal feed, plastics, ceramics and recycling industries, among others.

Design

Construction & materials data

Click on a product variant to find the data sheet, drawings and other downloadable product information.
 
Short description
Permanent bullet/pipe magnets are built with a large, cylindrical permanent magnet core, with a powerful, deeply penetrating magnetic field. The magnet core filters the metal particles out of the product flow and retains them on three magnetic poles until they are cleaned.
 
Summary of important specifications

1 bullet-shaped magnet with 60° top cone
Magnet quality: ferrite GSFD-33, 7000 gauss on magnet surface
Robust steel / stainless steel housing
Incl./excl. welded tapered in-/outlet
Flanges acc. DIN24154, or Jacob connections (only for tapered in-/outlet types)
Finish: painted
Dust explosion-proof Ex II 1/2D


Options

Available accessories & options

Online accessories & spare parts
Click on a product variant to find the online available accessories & spare parts.
 
Options

Housing made of AISI316 stainless steel instead of 304
Door sensor (open/closed safety)
Upside-down versions for upwards ventilated product flows
Magnet iron saturation signaller 'Met-alert Watch dog'
Kobaflex PU protective coating


Working principle

Filtering & discharging of ferrous contaminants

How does the magnetic filtering work?
Because the magnetic core is located in the middle of the product stream, the bullet magnet has a very high separation yield. The round shape of the housing and the magnetic core (with a 60° top cone) ensures continuous flow and good distribution of the product stream. The product then passes three powerful magnetic fields, where guide strips redirect any product near the outer walls back toward the magnetic core.
 
The magnets attract passing ferrous particles. The captured particles stick to 1 of the 3 magnet poles, while the purified product flows further.
 
How does the cleaning / iron discharging work?
You have to remove the captured ferrous particles manually. After having stopped the product flow, you can open the door. Then turn the magnet around its own axis, while wiping the magnet clean.
 
Cleaning / iron discharging sequence

Stop the product flow
Loosen the fastener clamps
Put on sturdy work gloves
Open the door as far as possible
Wipe clean the magnet core while turning it around its axle
Catch the removed ferrous particles and dicharge them
Re-tighten the fastener clamps
Restart the product flow

Product inlet/-outlet diameter : 500 mm
SPP-6-FI-FO-ST-B-BB
SKU: SPPE000066
Stock *: 0
Type: PM6
Max. capacity: 380 m³/h
Build-in length: 1200 mm
Permanent bullet magnets have a powerful bullet-shaped ferrite magnet core. They are suitable for filtering medium to large ferrous contaminants from high capacity coarse free-fall bulk flows.Often used in eg. the bulk, animal feed, plastics, ceramics and recycling industries. Permanent bullet magnets have a lower installation height compared to electro bullet magnets. Yet, you have to clean them manually, where this is done automatically with the electro bullet magnets.

Ferrite magnet
Capture Fe particles from 50 µm
Manual cleaning (wipe off)
Overall height 420 to 1300 mm
ATEX II 1/2 D

Application

Filtering iron contamination out of high capacity coarse product streams

For filtering ferrous contaminants – such as iron and steel – out of granulates, fibres and coarser materials in high capacity non-pressurized pipelines.
 
Bullet magnets are used in the bulk, animal feed, plastics, ceramics and recycling industries, among others.

Design

Construction & materials data

Click on a product variant to find the data sheet, drawings and other downloadable product information.
 
Short description
Permanent bullet/pipe magnets are built with a large, cylindrical permanent magnet core, with a powerful, deeply penetrating magnetic field. The magnet core filters the metal particles out of the product flow and retains them on three magnetic poles until they are cleaned.
 
Summary of important specifications

1 bullet-shaped magnet with 60° top cone
Magnet quality: ferrite GSFD-33, 7000 gauss on magnet surface
Robust steel / stainless steel housing
Incl./excl. welded tapered in-/outlet
Flanges acc. DIN24154, or Jacob connections (only for tapered in-/outlet types)
Finish: painted
Dust explosion-proof Ex II 1/2D


Options

Available accessories & options

Online accessories & spare parts
Click on a product variant to find the online available accessories & spare parts.
 
Options

Housing made of AISI316 stainless steel instead of 304
Door sensor (open/closed safety)
Upside-down versions for upwards ventilated product flows
Magnet iron saturation signaller 'Met-alert Watch dog'
Kobaflex PU protective coating


Working principle

Filtering & discharging of ferrous contaminants

How does the magnetic filtering work?
Because the magnetic core is located in the middle of the product stream, the bullet magnet has a very high separation yield. The round shape of the housing and the magnetic core (with a 60° top cone) ensures continuous flow and good distribution of the product stream. The product then passes three powerful magnetic fields, where guide strips redirect any product near the outer walls back toward the magnetic core.
 
The magnets attract passing ferrous particles. The captured particles stick to 1 of the 3 magnet poles, while the purified product flows further.
 
How does the cleaning / iron discharging work?
You have to remove the captured ferrous particles manually. After having stopped the product flow, you can open the door. Then turn the magnet around its own axis, while wiping the magnet clean.
 
Cleaning / iron discharging sequence

Stop the product flow
Loosen the fastener clamps
Put on sturdy work gloves
Open the door as far as possible
Wipe clean the magnet core while turning it around its axle
Catch the removed ferrous particles and dicharge them
Re-tighten the fastener clamps
Restart the product flow

Product inlet/-outlet diameter : 842 mm
SPP-6-FC-FO-ST-B-BB
SKU: SPPF000066
Stock *: 0
Type: PM6 - Without tapered in-/outlet
Max. capacity: 380 m³/h
Build-in length: 900 mm
Permanent bullet magnets have a powerful bullet-shaped ferrite magnet core. They are suitable for filtering medium to large ferrous contaminants from high capacity coarse free-fall bulk flows.Often used in eg. the bulk, animal feed, plastics, ceramics and recycling industries. Permanent bullet magnets have a lower installation height compared to electro bullet magnets. Yet, you have to clean them manually, where this is done automatically with the electro bullet magnets.

Ferrite magnet
Capture Fe particles from 50 µm
Manual cleaning (wipe off)
Overall height 420 to 1300 mm
ATEX II 1/2 D

Application

Filtering iron contamination out of high capacity coarse product streams

For filtering ferrous contaminants – such as iron and steel – out of granulates, fibres and coarser materials in high capacity non-pressurized pipelines.
 
Bullet magnets are used in the bulk, animal feed, plastics, ceramics and recycling industries, among others.

Design

Construction & materials data

Click on a product variant to find the data sheet, drawings and other downloadable product information.
 
Short description
Permanent bullet/pipe magnets are built with a large, cylindrical permanent magnet core, with a powerful, deeply penetrating magnetic field. The magnet core filters the metal particles out of the product flow and retains them on three magnetic poles until they are cleaned.
 
Summary of important specifications

1 bullet-shaped magnet with 60° top cone
Magnet quality: ferrite GSFD-33, 7000 gauss on magnet surface
Robust steel / stainless steel housing
Incl./excl. welded tapered in-/outlet
Flanges acc. DIN24154, or Jacob connections (only for tapered in-/outlet types)
Finish: painted
Dust explosion-proof Ex II 1/2D


Options

Available accessories & options

Online accessories & spare parts
Click on a product variant to find the online available accessories & spare parts.
 
Options

Housing made of AISI316 stainless steel instead of 304
Door sensor (open/closed safety)
Upside-down versions for upwards ventilated product flows
Magnet iron saturation signaller 'Met-alert Watch dog'
Kobaflex PU protective coating


Working principle

Filtering & discharging of ferrous contaminants

How does the magnetic filtering work?
Because the magnetic core is located in the middle of the product stream, the bullet magnet has a very high separation yield. The round shape of the housing and the magnetic core (with a 60° top cone) ensures continuous flow and good distribution of the product stream. The product then passes three powerful magnetic fields, where guide strips redirect any product near the outer walls back toward the magnetic core.
 
The magnets attract passing ferrous particles. The captured particles stick to 1 of the 3 magnet poles, while the purified product flows further.
 
How does the cleaning / iron discharging work?
You have to remove the captured ferrous particles manually. After having stopped the product flow, you can open the door. Then turn the magnet around its own axis, while wiping the magnet clean.
 
Cleaning / iron discharging sequence

Stop the product flow
Loosen the fastener clamps
Put on sturdy work gloves
Open the door as far as possible
Wipe clean the magnet core while turning it around its axle
Catch the removed ferrous particles and dicharge them
Re-tighten the fastener clamps
Restart the product flow

Product inlet/-outlet diameter : 400 mm
SPP-5-FI-FO-ST-B-BB
SKU: SPPE000065
Stock: 2
Type: PM5
Max. capacity: 250 m³/h
Build-in length: 1100 mm
Permanent bullet magnets have a powerful bullet-shaped ferrite magnet core. They are suitable for filtering medium to large ferrous contaminants from high capacity coarse free-fall bulk flows.Often used in eg. the bulk, animal feed, plastics, ceramics and recycling industries. Permanent bullet magnets have a lower installation height compared to electro bullet magnets. Yet, you have to clean them manually, where this is done automatically with the electro bullet magnets.

Ferrite magnet
Capture Fe particles from 50 µm
Manual cleaning (wipe off)
Overall height 420 to 1300 mm
ATEX II 1/2 D

Application

Filtering iron contamination out of high capacity coarse product streams

For filtering ferrous contaminants – such as iron and steel – out of granulates, fibres and coarser materials in high capacity non-pressurized pipelines.
 
Bullet magnets are used in the bulk, animal feed, plastics, ceramics and recycling industries, among others.

Design

Construction & materials data

Click on a product variant to find the data sheet, drawings and other downloadable product information.
 
Short description
Permanent bullet/pipe magnets are built with a large, cylindrical permanent magnet core, with a powerful, deeply penetrating magnetic field. The magnet core filters the metal particles out of the product flow and retains them on three magnetic poles until they are cleaned.
 
Summary of important specifications

1 bullet-shaped magnet with 60° top cone
Magnet quality: ferrite GSFD-33, 7000 gauss on magnet surface
Robust steel / stainless steel housing
Incl./excl. welded tapered in-/outlet
Flanges acc. DIN24154, or Jacob connections (only for tapered in-/outlet types)
Finish: painted
Dust explosion-proof Ex II 1/2D


Options

Available accessories & options

Online accessories & spare parts
Click on a product variant to find the online available accessories & spare parts.
 
Options

Housing made of AISI316 stainless steel instead of 304
Door sensor (open/closed safety)
Upside-down versions for upwards ventilated product flows
Magnet iron saturation signaller 'Met-alert Watch dog'
Kobaflex PU protective coating


Working principle

Filtering & discharging of ferrous contaminants

How does the magnetic filtering work?
Because the magnetic core is located in the middle of the product stream, the bullet magnet has a very high separation yield. The round shape of the housing and the magnetic core (with a 60° top cone) ensures continuous flow and good distribution of the product stream. The product then passes three powerful magnetic fields, where guide strips redirect any product near the outer walls back toward the magnetic core.
 
The magnets attract passing ferrous particles. The captured particles stick to 1 of the 3 magnet poles, while the purified product flows further.
 
How does the cleaning / iron discharging work?
You have to remove the captured ferrous particles manually. After having stopped the product flow, you can open the door. Then turn the magnet around its own axis, while wiping the magnet clean.
 
Cleaning / iron discharging sequence

Stop the product flow
Loosen the fastener clamps
Put on sturdy work gloves
Open the door as far as possible
Wipe clean the magnet core while turning it around its axle
Catch the removed ferrous particles and dicharge them
Re-tighten the fastener clamps
Restart the product flow

Product inlet/-outlet diameter : 667 mm
SPP-5-FC-FO-ST-B-BB
SKU: SPPF000065
Stock *: 0
Type: PM5 - Without tapered in-/outlet
Max. capacity: 250 m³/h
Build-in length: 850 mm
Permanent bullet magnets have a powerful bullet-shaped ferrite magnet core. They are suitable for filtering medium to large ferrous contaminants from high capacity coarse free-fall bulk flows.Often used in eg. the bulk, animal feed, plastics, ceramics and recycling industries. Permanent bullet magnets have a lower installation height compared to electro bullet magnets. Yet, you have to clean them manually, where this is done automatically with the electro bullet magnets.

Ferrite magnet
Capture Fe particles from 50 µm
Manual cleaning (wipe off)
Overall height 420 to 1300 mm
ATEX II 1/2 D

Application

Filtering iron contamination out of high capacity coarse product streams

For filtering ferrous contaminants – such as iron and steel – out of granulates, fibres and coarser materials in high capacity non-pressurized pipelines.
 
Bullet magnets are used in the bulk, animal feed, plastics, ceramics and recycling industries, among others.

Design

Construction & materials data

Click on a product variant to find the data sheet, drawings and other downloadable product information.
 
Short description
Permanent bullet/pipe magnets are built with a large, cylindrical permanent magnet core, with a powerful, deeply penetrating magnetic field. The magnet core filters the metal particles out of the product flow and retains them on three magnetic poles until they are cleaned.
 
Summary of important specifications

1 bullet-shaped magnet with 60° top cone
Magnet quality: ferrite GSFD-33, 7000 gauss on magnet surface
Robust steel / stainless steel housing
Incl./excl. welded tapered in-/outlet
Flanges acc. DIN24154, or Jacob connections (only for tapered in-/outlet types)
Finish: painted
Dust explosion-proof Ex II 1/2D


Options

Available accessories & options

Online accessories & spare parts
Click on a product variant to find the online available accessories & spare parts.
 
Options

Housing made of AISI316 stainless steel instead of 304
Door sensor (open/closed safety)
Upside-down versions for upwards ventilated product flows
Magnet iron saturation signaller 'Met-alert Watch dog'
Kobaflex PU protective coating


Working principle

Filtering & discharging of ferrous contaminants

How does the magnetic filtering work?
Because the magnetic core is located in the middle of the product stream, the bullet magnet has a very high separation yield. The round shape of the housing and the magnetic core (with a 60° top cone) ensures continuous flow and good distribution of the product stream. The product then passes three powerful magnetic fields, where guide strips redirect any product near the outer walls back toward the magnetic core.
 
The magnets attract passing ferrous particles. The captured particles stick to 1 of the 3 magnet poles, while the purified product flows further.
 
How does the cleaning / iron discharging work?
You have to remove the captured ferrous particles manually. After having stopped the product flow, you can open the door. Then turn the magnet around its own axis, while wiping the magnet clean.
 
Cleaning / iron discharging sequence

Stop the product flow
Loosen the fastener clamps
Put on sturdy work gloves
Open the door as far as possible
Wipe clean the magnet core while turning it around its axle
Catch the removed ferrous particles and dicharge them
Re-tighten the fastener clamps
Restart the product flow

Product inlet/-outlet diameter : 300 mm
SPP-4-FI-FJ-ST-B-BB
SKU: SPPE010064
Type: PM4
Max. capacity: 140 m³/h
Build-in length: 1000 mm
Permanent bullet magnets have a powerful bullet-shaped ferrite magnet core. They are suitable for filtering medium to large ferrous contaminants from high capacity coarse free-fall bulk flows.Often used in eg. the bulk, animal feed, plastics, ceramics and recycling industries. Permanent bullet magnets have a lower installation height compared to electro bullet magnets. Yet, you have to clean them manually, where this is done automatically with the electro bullet magnets.

Ferrite magnet
Capture Fe particles from 50 µm
Manual cleaning (wipe off)
Overall height 420 to 1300 mm
ATEX II 1/2 D

Application

Filtering iron contamination out of high capacity coarse product streams

For filtering ferrous contaminants – such as iron and steel – out of granulates, fibres and coarser materials in high capacity non-pressurized pipelines.
 
Bullet magnets are used in the bulk, animal feed, plastics, ceramics and recycling industries, among others.

Design

Construction & materials data

Click on a product variant to find the data sheet, drawings and other downloadable product information.
 
Short description
Permanent bullet/pipe magnets are built with a large, cylindrical permanent magnet core, with a powerful, deeply penetrating magnetic field. The magnet core filters the metal particles out of the product flow and retains them on three magnetic poles until they are cleaned.
 
Summary of important specifications

1 bullet-shaped magnet with 60° top cone
Magnet quality: ferrite GSFD-33, 7000 gauss on magnet surface
Robust steel / stainless steel housing
Incl./excl. welded tapered in-/outlet
Flanges acc. DIN24154, or Jacob connections (only for tapered in-/outlet types)
Finish: painted
Dust explosion-proof Ex II 1/2D


Options

Available accessories & options

Online accessories & spare parts
Click on a product variant to find the online available accessories & spare parts.
 
Options

Housing made of AISI316 stainless steel instead of 304
Door sensor (open/closed safety)
Upside-down versions for upwards ventilated product flows
Magnet iron saturation signaller 'Met-alert Watch dog'
Kobaflex PU protective coating


Working principle

Filtering & discharging of ferrous contaminants

How does the magnetic filtering work?
Because the magnetic core is located in the middle of the product stream, the bullet magnet has a very high separation yield. The round shape of the housing and the magnetic core (with a 60° top cone) ensures continuous flow and good distribution of the product stream. The product then passes three powerful magnetic fields, where guide strips redirect any product near the outer walls back toward the magnetic core.
 
The magnets attract passing ferrous particles. The captured particles stick to 1 of the 3 magnet poles, while the purified product flows further.
 
How does the cleaning / iron discharging work?
You have to remove the captured ferrous particles manually. After having stopped the product flow, you can open the door. Then turn the magnet around its own axis, while wiping the magnet clean.
 
Cleaning / iron discharging sequence

Stop the product flow
Loosen the fastener clamps
Put on sturdy work gloves
Open the door as far as possible
Wipe clean the magnet core while turning it around its axle
Catch the removed ferrous particles and dicharge them
Re-tighten the fastener clamps
Restart the product flow

Product inlet/-outlet diameter : 509 mm
SPP-4-FC-FO-ST-B-BB
SKU: SPPF000064
Stock *: 0
Type: PM4 - Without tapered in-/outlet
Max. capacity: 140 m³/h
Build-in length: 800 mm
Permanent bullet magnets have a powerful bullet-shaped ferrite magnet core. They are suitable for filtering medium to large ferrous contaminants from high capacity coarse free-fall bulk flows.Often used in eg. the bulk, animal feed, plastics, ceramics and recycling industries. Permanent bullet magnets have a lower installation height compared to electro bullet magnets. Yet, you have to clean them manually, where this is done automatically with the electro bullet magnets.

Ferrite magnet
Capture Fe particles from 50 µm
Manual cleaning (wipe off)
Overall height 420 to 1300 mm
ATEX II 1/2 D

Application

Filtering iron contamination out of high capacity coarse product streams

For filtering ferrous contaminants – such as iron and steel – out of granulates, fibres and coarser materials in high capacity non-pressurized pipelines.
 
Bullet magnets are used in the bulk, animal feed, plastics, ceramics and recycling industries, among others.

Design

Construction & materials data

Click on a product variant to find the data sheet, drawings and other downloadable product information.
 
Short description
Permanent bullet/pipe magnets are built with a large, cylindrical permanent magnet core, with a powerful, deeply penetrating magnetic field. The magnet core filters the metal particles out of the product flow and retains them on three magnetic poles until they are cleaned.
 
Summary of important specifications

1 bullet-shaped magnet with 60° top cone
Magnet quality: ferrite GSFD-33, 7000 gauss on magnet surface
Robust steel / stainless steel housing
Incl./excl. welded tapered in-/outlet
Flanges acc. DIN24154, or Jacob connections (only for tapered in-/outlet types)
Finish: painted
Dust explosion-proof Ex II 1/2D


Options

Available accessories & options

Online accessories & spare parts
Click on a product variant to find the online available accessories & spare parts.
 
Options

Housing made of AISI316 stainless steel instead of 304
Door sensor (open/closed safety)
Upside-down versions for upwards ventilated product flows
Magnet iron saturation signaller 'Met-alert Watch dog'
Kobaflex PU protective coating


Working principle

Filtering & discharging of ferrous contaminants

How does the magnetic filtering work?
Because the magnetic core is located in the middle of the product stream, the bullet magnet has a very high separation yield. The round shape of the housing and the magnetic core (with a 60° top cone) ensures continuous flow and good distribution of the product stream. The product then passes three powerful magnetic fields, where guide strips redirect any product near the outer walls back toward the magnetic core.
 
The magnets attract passing ferrous particles. The captured particles stick to 1 of the 3 magnet poles, while the purified product flows further.
 
How does the cleaning / iron discharging work?
You have to remove the captured ferrous particles manually. After having stopped the product flow, you can open the door. Then turn the magnet around its own axis, while wiping the magnet clean.
 
Cleaning / iron discharging sequence

Stop the product flow
Loosen the fastener clamps
Put on sturdy work gloves
Open the door as far as possible
Wipe clean the magnet core while turning it around its axle
Catch the removed ferrous particles and dicharge them
Re-tighten the fastener clamps
Restart the product flow

Product inlet/-outlet diameter : 250 mm
SPP-3-TC-FO-ST-B-BB
SKU: SPPE000063
Stock: 4
Type: PM3
Max. capacity: 100 m³/h
Build-in length: 950 mm
Permanent bullet magnets have a powerful bullet-shaped ferrite magnet core. They are suitable for filtering medium to large ferrous contaminants from high capacity coarse free-fall bulk flows.Often used in eg. the bulk, animal feed, plastics, ceramics and recycling industries. Permanent bullet magnets have a lower installation height compared to electro bullet magnets. Yet, you have to clean them manually, where this is done automatically with the electro bullet magnets.

Ferrite magnet
Capture Fe particles from 50 µm
Manual cleaning (wipe off)
Overall height 420 to 1300 mm
ATEX II 1/2 D

Application

Filtering iron contamination out of high capacity coarse product streams

For filtering ferrous contaminants – such as iron and steel – out of granulates, fibres and coarser materials in high capacity non-pressurized pipelines.
 
Bullet magnets are used in the bulk, animal feed, plastics, ceramics and recycling industries, among others.

Design

Construction & materials data

Click on a product variant to find the data sheet, drawings and other downloadable product information.
 
Short description
Permanent bullet/pipe magnets are built with a large, cylindrical permanent magnet core, with a powerful, deeply penetrating magnetic field. The magnet core filters the metal particles out of the product flow and retains them on three magnetic poles until they are cleaned.
 
Summary of important specifications

1 bullet-shaped magnet with 60° top cone
Magnet quality: ferrite GSFD-33, 7000 gauss on magnet surface
Robust steel / stainless steel housing
Incl./excl. welded tapered in-/outlet
Flanges acc. DIN24154, or Jacob connections (only for tapered in-/outlet types)
Finish: painted
Dust explosion-proof Ex II 1/2D


Options

Available accessories & options

Online accessories & spare parts
Click on a product variant to find the online available accessories & spare parts.
 
Options

Housing made of AISI316 stainless steel instead of 304
Door sensor (open/closed safety)
Upside-down versions for upwards ventilated product flows
Magnet iron saturation signaller 'Met-alert Watch dog'
Kobaflex PU protective coating


Working principle

Filtering & discharging of ferrous contaminants

How does the magnetic filtering work?
Because the magnetic core is located in the middle of the product stream, the bullet magnet has a very high separation yield. The round shape of the housing and the magnetic core (with a 60° top cone) ensures continuous flow and good distribution of the product stream. The product then passes three powerful magnetic fields, where guide strips redirect any product near the outer walls back toward the magnetic core.
 
The magnets attract passing ferrous particles. The captured particles stick to 1 of the 3 magnet poles, while the purified product flows further.
 
How does the cleaning / iron discharging work?
You have to remove the captured ferrous particles manually. After having stopped the product flow, you can open the door. Then turn the magnet around its own axis, while wiping the magnet clean.
 
Cleaning / iron discharging sequence

Stop the product flow
Loosen the fastener clamps
Put on sturdy work gloves
Open the door as far as possible
Wipe clean the magnet core while turning it around its axle
Catch the removed ferrous particles and dicharge them
Re-tighten the fastener clamps
Restart the product flow

Product inlet/-outlet diameter : 250 mm
SPP-3-TC-FJ-ST-B-BB
SKU: SPPE010063
Type: PM3
Max. capacity: 100 m³/h
Build-in length: 950 mm
Permanent bullet magnets have a powerful bullet-shaped ferrite magnet core. They are suitable for filtering medium to large ferrous contaminants from high capacity coarse free-fall bulk flows.Often used in eg. the bulk, animal feed, plastics, ceramics and recycling industries. Permanent bullet magnets have a lower installation height compared to electro bullet magnets. Yet, you have to clean them manually, where this is done automatically with the electro bullet magnets.

Ferrite magnet
Capture Fe particles from 50 µm
Manual cleaning (wipe off)
Overall height 420 to 1300 mm
ATEX II 1/2 D

Application

Filtering iron contamination out of high capacity coarse product streams

For filtering ferrous contaminants – such as iron and steel – out of granulates, fibres and coarser materials in high capacity non-pressurized pipelines.
 
Bullet magnets are used in the bulk, animal feed, plastics, ceramics and recycling industries, among others.

Design

Construction & materials data

Click on a product variant to find the data sheet, drawings and other downloadable product information.
 
Short description
Permanent bullet/pipe magnets are built with a large, cylindrical permanent magnet core, with a powerful, deeply penetrating magnetic field. The magnet core filters the metal particles out of the product flow and retains them on three magnetic poles until they are cleaned.
 
Summary of important specifications

1 bullet-shaped magnet with 60° top cone
Magnet quality: ferrite GSFD-33, 7000 gauss on magnet surface
Robust steel / stainless steel housing
Incl./excl. welded tapered in-/outlet
Flanges acc. DIN24154, or Jacob connections (only for tapered in-/outlet types)
Finish: painted
Dust explosion-proof Ex II 1/2D


Options

Available accessories & options

Online accessories & spare parts
Click on a product variant to find the online available accessories & spare parts.
 
Options

Housing made of AISI316 stainless steel instead of 304
Door sensor (open/closed safety)
Upside-down versions for upwards ventilated product flows
Magnet iron saturation signaller 'Met-alert Watch dog'
Kobaflex PU protective coating


Working principle

Filtering & discharging of ferrous contaminants

How does the magnetic filtering work?
Because the magnetic core is located in the middle of the product stream, the bullet magnet has a very high separation yield. The round shape of the housing and the magnetic core (with a 60° top cone) ensures continuous flow and good distribution of the product stream. The product then passes three powerful magnetic fields, where guide strips redirect any product near the outer walls back toward the magnetic core.
 
The magnets attract passing ferrous particles. The captured particles stick to 1 of the 3 magnet poles, while the purified product flows further.
 
How does the cleaning / iron discharging work?
You have to remove the captured ferrous particles manually. After having stopped the product flow, you can open the door. Then turn the magnet around its own axis, while wiping the magnet clean.
 
Cleaning / iron discharging sequence

Stop the product flow
Loosen the fastener clamps
Put on sturdy work gloves
Open the door as far as possible
Wipe clean the magnet core while turning it around its axle
Catch the removed ferrous particles and dicharge them
Re-tighten the fastener clamps
Restart the product flow

Product inlet/-outlet diameter : 429 mm
SPP-3-FC-FO-ST-B-BB
SKU: SPPF000063
Stock *: 0
Type: PM3 - Without tapered in-/outlet
Max. capacity: 100 m³/h
Build-in length: 700 mm
Permanent bullet magnets have a powerful bullet-shaped ferrite magnet core. They are suitable for filtering medium to large ferrous contaminants from high capacity coarse free-fall bulk flows.Often used in eg. the bulk, animal feed, plastics, ceramics and recycling industries. Permanent bullet magnets have a lower installation height compared to electro bullet magnets. Yet, you have to clean them manually, where this is done automatically with the electro bullet magnets.

Ferrite magnet
Capture Fe particles from 50 µm
Manual cleaning (wipe off)
Overall height 420 to 1300 mm
ATEX II 1/2 D

Application

Filtering iron contamination out of high capacity coarse product streams

For filtering ferrous contaminants – such as iron and steel – out of granulates, fibres and coarser materials in high capacity non-pressurized pipelines.
 
Bullet magnets are used in the bulk, animal feed, plastics, ceramics and recycling industries, among others.

Design

Construction & materials data

Click on a product variant to find the data sheet, drawings and other downloadable product information.
 
Short description
Permanent bullet/pipe magnets are built with a large, cylindrical permanent magnet core, with a powerful, deeply penetrating magnetic field. The magnet core filters the metal particles out of the product flow and retains them on three magnetic poles until they are cleaned.
 
Summary of important specifications

1 bullet-shaped magnet with 60° top cone
Magnet quality: ferrite GSFD-33, 7000 gauss on magnet surface
Robust steel / stainless steel housing
Incl./excl. welded tapered in-/outlet
Flanges acc. DIN24154, or Jacob connections (only for tapered in-/outlet types)
Finish: painted
Dust explosion-proof Ex II 1/2D


Options

Available accessories & options

Online accessories & spare parts
Click on a product variant to find the online available accessories & spare parts.
 
Options

Housing made of AISI316 stainless steel instead of 304
Door sensor (open/closed safety)
Upside-down versions for upwards ventilated product flows
Magnet iron saturation signaller 'Met-alert Watch dog'
Kobaflex PU protective coating


Working principle

Filtering & discharging of ferrous contaminants

How does the magnetic filtering work?
Because the magnetic core is located in the middle of the product stream, the bullet magnet has a very high separation yield. The round shape of the housing and the magnetic core (with a 60° top cone) ensures continuous flow and good distribution of the product stream. The product then passes three powerful magnetic fields, where guide strips redirect any product near the outer walls back toward the magnetic core.
 
The magnets attract passing ferrous particles. The captured particles stick to 1 of the 3 magnet poles, while the purified product flows further.
 
How does the cleaning / iron discharging work?
You have to remove the captured ferrous particles manually. After having stopped the product flow, you can open the door. Then turn the magnet around its own axis, while wiping the magnet clean.
 
Cleaning / iron discharging sequence

Stop the product flow
Loosen the fastener clamps
Put on sturdy work gloves
Open the door as far as possible
Wipe clean the magnet core while turning it around its axle
Catch the removed ferrous particles and dicharge them
Re-tighten the fastener clamps
Restart the product flow

Product inlet/-outlet diameter : 200 mm
SPP-2-TC-FO-S4-B-BB
SKU: SPPE000162
Stock: 1
Type: PM2
Max. capacity: 60 m³/h
Build-in length: 792 mm
Permanent bullet magnets have a powerful bullet-shaped ferrite magnet core. They are suitable for filtering medium to large ferrous contaminants from high capacity coarse free-fall bulk flows.Often used in eg. the bulk, animal feed, plastics, ceramics and recycling industries. Permanent bullet magnets have a lower installation height compared to electro bullet magnets. Yet, you have to clean them manually, where this is done automatically with the electro bullet magnets.

Ferrite magnet
Capture Fe particles from 50 µm
Manual cleaning (wipe off)
Overall height 420 to 1300 mm
ATEX II 1/2 D

Application

Filtering iron contamination out of high capacity coarse product streams

For filtering ferrous contaminants – such as iron and steel – out of granulates, fibres and coarser materials in high capacity non-pressurized pipelines.
 
Bullet magnets are used in the bulk, animal feed, plastics, ceramics and recycling industries, among others.

Design

Construction & materials data

Click on a product variant to find the data sheet, drawings and other downloadable product information.
 
Short description
Permanent bullet/pipe magnets are built with a large, cylindrical permanent magnet core, with a powerful, deeply penetrating magnetic field. The magnet core filters the metal particles out of the product flow and retains them on three magnetic poles until they are cleaned.
 
Summary of important specifications

1 bullet-shaped magnet with 60° top cone
Magnet quality: ferrite GSFD-33, 7000 gauss on magnet surface
Robust steel / stainless steel housing
Incl./excl. welded tapered in-/outlet
Flanges acc. DIN24154, or Jacob connections (only for tapered in-/outlet types)
Finish: painted
Dust explosion-proof Ex II 1/2D


Options

Available accessories & options

Online accessories & spare parts
Click on a product variant to find the online available accessories & spare parts.
 
Options

Housing made of AISI316 stainless steel instead of 304
Door sensor (open/closed safety)
Upside-down versions for upwards ventilated product flows
Magnet iron saturation signaller 'Met-alert Watch dog'
Kobaflex PU protective coating


Working principle

Filtering & discharging of ferrous contaminants

How does the magnetic filtering work?
Because the magnetic core is located in the middle of the product stream, the bullet magnet has a very high separation yield. The round shape of the housing and the magnetic core (with a 60° top cone) ensures continuous flow and good distribution of the product stream. The product then passes three powerful magnetic fields, where guide strips redirect any product near the outer walls back toward the magnetic core.
 
The magnets attract passing ferrous particles. The captured particles stick to 1 of the 3 magnet poles, while the purified product flows further.
 
How does the cleaning / iron discharging work?
You have to remove the captured ferrous particles manually. After having stopped the product flow, you can open the door. Then turn the magnet around its own axis, while wiping the magnet clean.
 
Cleaning / iron discharging sequence

Stop the product flow
Loosen the fastener clamps
Put on sturdy work gloves
Open the door as far as possible
Wipe clean the magnet core while turning it around its axle
Catch the removed ferrous particles and dicharge them
Re-tighten the fastener clamps
Restart the product flow

Product inlet/-outlet diameter : 200 mm
SPP-2-TC-FJ-S4-B-BB
SKU: SPPE010162
Type: PM2
Max. capacity: 60 m³/h
Build-in length: 790 mm
Permanent bullet magnets have a powerful bullet-shaped ferrite magnet core. They are suitable for filtering medium to large ferrous contaminants from high capacity coarse free-fall bulk flows.Often used in eg. the bulk, animal feed, plastics, ceramics and recycling industries. Permanent bullet magnets have a lower installation height compared to electro bullet magnets. Yet, you have to clean them manually, where this is done automatically with the electro bullet magnets.

Ferrite magnet
Capture Fe particles from 50 µm
Manual cleaning (wipe off)
Overall height 420 to 1300 mm
ATEX II 1/2 D

Application

Filtering iron contamination out of high capacity coarse product streams

For filtering ferrous contaminants – such as iron and steel – out of granulates, fibres and coarser materials in high capacity non-pressurized pipelines.
 
Bullet magnets are used in the bulk, animal feed, plastics, ceramics and recycling industries, among others.

Design

Construction & materials data

Click on a product variant to find the data sheet, drawings and other downloadable product information.
 
Short description
Permanent bullet/pipe magnets are built with a large, cylindrical permanent magnet core, with a powerful, deeply penetrating magnetic field. The magnet core filters the metal particles out of the product flow and retains them on three magnetic poles until they are cleaned.
 
Summary of important specifications

1 bullet-shaped magnet with 60° top cone
Magnet quality: ferrite GSFD-33, 7000 gauss on magnet surface
Robust steel / stainless steel housing
Incl./excl. welded tapered in-/outlet
Flanges acc. DIN24154, or Jacob connections (only for tapered in-/outlet types)
Finish: painted
Dust explosion-proof Ex II 1/2D


Options

Available accessories & options

Online accessories & spare parts
Click on a product variant to find the online available accessories & spare parts.
 
Options

Housing made of AISI316 stainless steel instead of 304
Door sensor (open/closed safety)
Upside-down versions for upwards ventilated product flows
Magnet iron saturation signaller 'Met-alert Watch dog'
Kobaflex PU protective coating


Working principle

Filtering & discharging of ferrous contaminants

How does the magnetic filtering work?
Because the magnetic core is located in the middle of the product stream, the bullet magnet has a very high separation yield. The round shape of the housing and the magnetic core (with a 60° top cone) ensures continuous flow and good distribution of the product stream. The product then passes three powerful magnetic fields, where guide strips redirect any product near the outer walls back toward the magnetic core.
 
The magnets attract passing ferrous particles. The captured particles stick to 1 of the 3 magnet poles, while the purified product flows further.
 
How does the cleaning / iron discharging work?
You have to remove the captured ferrous particles manually. After having stopped the product flow, you can open the door. Then turn the magnet around its own axis, while wiping the magnet clean.
 
Cleaning / iron discharging sequence

Stop the product flow
Loosen the fastener clamps
Put on sturdy work gloves
Open the door as far as possible
Wipe clean the magnet core while turning it around its axle
Catch the removed ferrous particles and dicharge them
Re-tighten the fastener clamps
Restart the product flow

Product inlet/-outlet diameter : 340 mm
SPP-2-FC-FO-S4-B-BB
SKU: SPPF000162
Stock *: 0
Type: PM2 - Without tapered in-/outlet
Max. capacity: 60 m³/h
Build-in length: 600 mm
Permanent bullet magnets have a powerful bullet-shaped ferrite magnet core. They are suitable for filtering medium to large ferrous contaminants from high capacity coarse free-fall bulk flows.Often used in eg. the bulk, animal feed, plastics, ceramics and recycling industries. Permanent bullet magnets have a lower installation height compared to electro bullet magnets. Yet, you have to clean them manually, where this is done automatically with the electro bullet magnets.

Ferrite magnet
Capture Fe particles from 50 µm
Manual cleaning (wipe off)
Overall height 420 to 1300 mm
ATEX II 1/2 D

Application

Filtering iron contamination out of high capacity coarse product streams

For filtering ferrous contaminants – such as iron and steel – out of granulates, fibres and coarser materials in high capacity non-pressurized pipelines.
 
Bullet magnets are used in the bulk, animal feed, plastics, ceramics and recycling industries, among others.

Design

Construction & materials data

Click on a product variant to find the data sheet, drawings and other downloadable product information.
 
Short description
Permanent bullet/pipe magnets are built with a large, cylindrical permanent magnet core, with a powerful, deeply penetrating magnetic field. The magnet core filters the metal particles out of the product flow and retains them on three magnetic poles until they are cleaned.
 
Summary of important specifications

1 bullet-shaped magnet with 60° top cone
Magnet quality: ferrite GSFD-33, 7000 gauss on magnet surface
Robust steel / stainless steel housing
Incl./excl. welded tapered in-/outlet
Flanges acc. DIN24154, or Jacob connections (only for tapered in-/outlet types)
Finish: painted
Dust explosion-proof Ex II 1/2D


Options

Available accessories & options

Online accessories & spare parts
Click on a product variant to find the online available accessories & spare parts.
 
Options

Housing made of AISI316 stainless steel instead of 304
Door sensor (open/closed safety)
Upside-down versions for upwards ventilated product flows
Magnet iron saturation signaller 'Met-alert Watch dog'
Kobaflex PU protective coating


Working principle

Filtering & discharging of ferrous contaminants

How does the magnetic filtering work?
Because the magnetic core is located in the middle of the product stream, the bullet magnet has a very high separation yield. The round shape of the housing and the magnetic core (with a 60° top cone) ensures continuous flow and good distribution of the product stream. The product then passes three powerful magnetic fields, where guide strips redirect any product near the outer walls back toward the magnetic core.
 
The magnets attract passing ferrous particles. The captured particles stick to 1 of the 3 magnet poles, while the purified product flows further.
 
How does the cleaning / iron discharging work?
You have to remove the captured ferrous particles manually. After having stopped the product flow, you can open the door. Then turn the magnet around its own axis, while wiping the magnet clean.
 
Cleaning / iron discharging sequence

Stop the product flow
Loosen the fastener clamps
Put on sturdy work gloves
Open the door as far as possible
Wipe clean the magnet core while turning it around its axle
Catch the removed ferrous particles and dicharge them
Re-tighten the fastener clamps
Restart the product flow

Product inlet/-outlet diameter : 150 mm
SPP-1-TC-FO-S4-B-BB
SKU: SPPE000161
Stock: 3
Type: PM1
Max. capacity: 28 m³/h
Build-in length: 680 mm
Permanent bullet magnets have a powerful bullet-shaped ferrite magnet core. They are suitable for filtering medium to large ferrous contaminants from high capacity coarse free-fall bulk flows.Often used in eg. the bulk, animal feed, plastics, ceramics and recycling industries. Permanent bullet magnets have a lower installation height compared to electro bullet magnets. Yet, you have to clean them manually, where this is done automatically with the electro bullet magnets.

Ferrite magnet
Capture Fe particles from 50 µm
Manual cleaning (wipe off)
Overall height 420 to 1300 mm
ATEX II 1/2 D

Application

Filtering iron contamination out of high capacity coarse product streams

For filtering ferrous contaminants – such as iron and steel – out of granulates, fibres and coarser materials in high capacity non-pressurized pipelines.
 
Bullet magnets are used in the bulk, animal feed, plastics, ceramics and recycling industries, among others.

Design

Construction & materials data

Click on a product variant to find the data sheet, drawings and other downloadable product information.
 
Short description
Permanent bullet/pipe magnets are built with a large, cylindrical permanent magnet core, with a powerful, deeply penetrating magnetic field. The magnet core filters the metal particles out of the product flow and retains them on three magnetic poles until they are cleaned.
 
Summary of important specifications

1 bullet-shaped magnet with 60° top cone
Magnet quality: ferrite GSFD-33, 7000 gauss on magnet surface
Robust steel / stainless steel housing
Incl./excl. welded tapered in-/outlet
Flanges acc. DIN24154, or Jacob connections (only for tapered in-/outlet types)
Finish: painted
Dust explosion-proof Ex II 1/2D


Options

Available accessories & options

Online accessories & spare parts
Click on a product variant to find the online available accessories & spare parts.
 
Options

Housing made of AISI316 stainless steel instead of 304
Door sensor (open/closed safety)
Upside-down versions for upwards ventilated product flows
Magnet iron saturation signaller 'Met-alert Watch dog'
Kobaflex PU protective coating


Working principle

Filtering & discharging of ferrous contaminants

How does the magnetic filtering work?
Because the magnetic core is located in the middle of the product stream, the bullet magnet has a very high separation yield. The round shape of the housing and the magnetic core (with a 60° top cone) ensures continuous flow and good distribution of the product stream. The product then passes three powerful magnetic fields, where guide strips redirect any product near the outer walls back toward the magnetic core.
 
The magnets attract passing ferrous particles. The captured particles stick to 1 of the 3 magnet poles, while the purified product flows further.
 
How does the cleaning / iron discharging work?
You have to remove the captured ferrous particles manually. After having stopped the product flow, you can open the door. Then turn the magnet around its own axis, while wiping the magnet clean.
 
Cleaning / iron discharging sequence

Stop the product flow
Loosen the fastener clamps
Put on sturdy work gloves
Open the door as far as possible
Wipe clean the magnet core while turning it around its axle
Catch the removed ferrous particles and dicharge them
Re-tighten the fastener clamps
Restart the product flow

Product inlet/-outlet diameter : 150 mm
SPP-1-TC-FJ-S4-B-BB
SKU: SPPE010161
Type: PM1
Max. capacity: 28 m³/h
Build-in length: 680 mm
Permanent bullet magnets have a powerful bullet-shaped ferrite magnet core. They are suitable for filtering medium to large ferrous contaminants from high capacity coarse free-fall bulk flows.Often used in eg. the bulk, animal feed, plastics, ceramics and recycling industries. Permanent bullet magnets have a lower installation height compared to electro bullet magnets. Yet, you have to clean them manually, where this is done automatically with the electro bullet magnets.

Ferrite magnet
Capture Fe particles from 50 µm
Manual cleaning (wipe off)
Overall height 420 to 1300 mm
ATEX II 1/2 D

Application

Filtering iron contamination out of high capacity coarse product streams

For filtering ferrous contaminants – such as iron and steel – out of granulates, fibres and coarser materials in high capacity non-pressurized pipelines.
 
Bullet magnets are used in the bulk, animal feed, plastics, ceramics and recycling industries, among others.

Design

Construction & materials data

Click on a product variant to find the data sheet, drawings and other downloadable product information.
 
Short description
Permanent bullet/pipe magnets are built with a large, cylindrical permanent magnet core, with a powerful, deeply penetrating magnetic field. The magnet core filters the metal particles out of the product flow and retains them on three magnetic poles until they are cleaned.
 
Summary of important specifications

1 bullet-shaped magnet with 60° top cone
Magnet quality: ferrite GSFD-33, 7000 gauss on magnet surface
Robust steel / stainless steel housing
Incl./excl. welded tapered in-/outlet
Flanges acc. DIN24154, or Jacob connections (only for tapered in-/outlet types)
Finish: painted
Dust explosion-proof Ex II 1/2D


Options

Available accessories & options

Online accessories & spare parts
Click on a product variant to find the online available accessories & spare parts.
 
Options

Housing made of AISI316 stainless steel instead of 304
Door sensor (open/closed safety)
Upside-down versions for upwards ventilated product flows
Magnet iron saturation signaller 'Met-alert Watch dog'
Kobaflex PU protective coating


Working principle

Filtering & discharging of ferrous contaminants

How does the magnetic filtering work?
Because the magnetic core is located in the middle of the product stream, the bullet magnet has a very high separation yield. The round shape of the housing and the magnetic core (with a 60° top cone) ensures continuous flow and good distribution of the product stream. The product then passes three powerful magnetic fields, where guide strips redirect any product near the outer walls back toward the magnetic core.
 
The magnets attract passing ferrous particles. The captured particles stick to 1 of the 3 magnet poles, while the purified product flows further.
 
How does the cleaning / iron discharging work?
You have to remove the captured ferrous particles manually. After having stopped the product flow, you can open the door. Then turn the magnet around its own axis, while wiping the magnet clean.
 
Cleaning / iron discharging sequence

Stop the product flow
Loosen the fastener clamps
Put on sturdy work gloves
Open the door as far as possible
Wipe clean the magnet core while turning it around its axle
Catch the removed ferrous particles and dicharge them
Re-tighten the fastener clamps
Restart the product flow

Product inlet/-outlet diameter : 275 mm
SPP-1-FC-FO-S4-B-BB
SKU: SPPF000161
Stock *: 0
Type: PM1 - Without tapered in-/outlet
Max. capacity: 28 m³/h
Build-in length: 480 mm
Permanent bullet magnets have a powerful bullet-shaped ferrite magnet core. They are suitable for filtering medium to large ferrous contaminants from high capacity coarse free-fall bulk flows.Often used in eg. the bulk, animal feed, plastics, ceramics and recycling industries. Permanent bullet magnets have a lower installation height compared to electro bullet magnets. Yet, you have to clean them manually, where this is done automatically with the electro bullet magnets.

Ferrite magnet
Capture Fe particles from 50 µm
Manual cleaning (wipe off)
Overall height 420 to 1300 mm
ATEX II 1/2 D

Application

Filtering iron contamination out of high capacity coarse product streams

For filtering ferrous contaminants – such as iron and steel – out of granulates, fibres and coarser materials in high capacity non-pressurized pipelines.
 
Bullet magnets are used in the bulk, animal feed, plastics, ceramics and recycling industries, among others.

Design

Construction & materials data

Click on a product variant to find the data sheet, drawings and other downloadable product information.
 
Short description
Permanent bullet/pipe magnets are built with a large, cylindrical permanent magnet core, with a powerful, deeply penetrating magnetic field. The magnet core filters the metal particles out of the product flow and retains them on three magnetic poles until they are cleaned.
 
Summary of important specifications

1 bullet-shaped magnet with 60° top cone
Magnet quality: ferrite GSFD-33, 7000 gauss on magnet surface
Robust steel / stainless steel housing
Incl./excl. welded tapered in-/outlet
Flanges acc. DIN24154, or Jacob connections (only for tapered in-/outlet types)
Finish: painted
Dust explosion-proof Ex II 1/2D


Options

Available accessories & options

Online accessories & spare parts
Click on a product variant to find the online available accessories & spare parts.
 
Options

Housing made of AISI316 stainless steel instead of 304
Door sensor (open/closed safety)
Upside-down versions for upwards ventilated product flows
Magnet iron saturation signaller 'Met-alert Watch dog'
Kobaflex PU protective coating


Working principle

Filtering & discharging of ferrous contaminants

How does the magnetic filtering work?
Because the magnetic core is located in the middle of the product stream, the bullet magnet has a very high separation yield. The round shape of the housing and the magnetic core (with a 60° top cone) ensures continuous flow and good distribution of the product stream. The product then passes three powerful magnetic fields, where guide strips redirect any product near the outer walls back toward the magnetic core.
 
The magnets attract passing ferrous particles. The captured particles stick to 1 of the 3 magnet poles, while the purified product flows further.
 
How does the cleaning / iron discharging work?
You have to remove the captured ferrous particles manually. After having stopped the product flow, you can open the door. Then turn the magnet around its own axis, while wiping the magnet clean.
 
Cleaning / iron discharging sequence

Stop the product flow
Loosen the fastener clamps
Put on sturdy work gloves
Open the door as far as possible
Wipe clean the magnet core while turning it around its axle
Catch the removed ferrous particles and dicharge them
Re-tighten the fastener clamps
Restart the product flow

Product inlet/-outlet diameter : 100 mm
SPP-0-TC-FO-S4-B-BB
SKU: SPPE000160
Stock: 8
Type: PM0
Max. capacity: 10 m³/h
Build-in length: 570 mm
Permanent bullet magnets have a powerful bullet-shaped ferrite magnet core. They are suitable for filtering medium to large ferrous contaminants from high capacity coarse free-fall bulk flows.Often used in eg. the bulk, animal feed, plastics, ceramics and recycling industries. Permanent bullet magnets have a lower installation height compared to electro bullet magnets. Yet, you have to clean them manually, where this is done automatically with the electro bullet magnets.

Ferrite magnet
Capture Fe particles from 50 µm
Manual cleaning (wipe off)
Overall height 420 to 1300 mm
ATEX II 1/2 D

Application

Filtering iron contamination out of high capacity coarse product streams

For filtering ferrous contaminants – such as iron and steel – out of granulates, fibres and coarser materials in high capacity non-pressurized pipelines.
 
Bullet magnets are used in the bulk, animal feed, plastics, ceramics and recycling industries, among others.

Design

Construction & materials data

Click on a product variant to find the data sheet, drawings and other downloadable product information.
 
Short description
Permanent bullet/pipe magnets are built with a large, cylindrical permanent magnet core, with a powerful, deeply penetrating magnetic field. The magnet core filters the metal particles out of the product flow and retains them on three magnetic poles until they are cleaned.
 
Summary of important specifications

1 bullet-shaped magnet with 60° top cone
Magnet quality: ferrite GSFD-33, 7000 gauss on magnet surface
Robust steel / stainless steel housing
Incl./excl. welded tapered in-/outlet
Flanges acc. DIN24154, or Jacob connections (only for tapered in-/outlet types)
Finish: painted
Dust explosion-proof Ex II 1/2D


Options

Available accessories & options

Online accessories & spare parts
Click on a product variant to find the online available accessories & spare parts.
 
Options

Housing made of AISI316 stainless steel instead of 304
Door sensor (open/closed safety)
Upside-down versions for upwards ventilated product flows
Magnet iron saturation signaller 'Met-alert Watch dog'
Kobaflex PU protective coating


Working principle

Filtering & discharging of ferrous contaminants

How does the magnetic filtering work?
Because the magnetic core is located in the middle of the product stream, the bullet magnet has a very high separation yield. The round shape of the housing and the magnetic core (with a 60° top cone) ensures continuous flow and good distribution of the product stream. The product then passes three powerful magnetic fields, where guide strips redirect any product near the outer walls back toward the magnetic core.
 
The magnets attract passing ferrous particles. The captured particles stick to 1 of the 3 magnet poles, while the purified product flows further.
 
How does the cleaning / iron discharging work?
You have to remove the captured ferrous particles manually. After having stopped the product flow, you can open the door. Then turn the magnet around its own axis, while wiping the magnet clean.
 
Cleaning / iron discharging sequence

Stop the product flow
Loosen the fastener clamps
Put on sturdy work gloves
Open the door as far as possible
Wipe clean the magnet core while turning it around its axle
Catch the removed ferrous particles and dicharge them
Re-tighten the fastener clamps
Restart the product flow

Product inlet/-outlet diameter : 100 mm
SPP-0-TC-FJ-S4-B-BB
SKU: SPPE010160
Type: PM0
Max. capacity: 10 m³/h
Build-in length: 570 mm
Permanent bullet magnets have a powerful bullet-shaped ferrite magnet core. They are suitable for filtering medium to large ferrous contaminants from high capacity coarse free-fall bulk flows.Often used in eg. the bulk, animal feed, plastics, ceramics and recycling industries. Permanent bullet magnets have a lower installation height compared to electro bullet magnets. Yet, you have to clean them manually, where this is done automatically with the electro bullet magnets.

Ferrite magnet
Capture Fe particles from 50 µm
Manual cleaning (wipe off)
Overall height 420 to 1300 mm
ATEX II 1/2 D

Application

Filtering iron contamination out of high capacity coarse product streams

For filtering ferrous contaminants – such as iron and steel – out of granulates, fibres and coarser materials in high capacity non-pressurized pipelines.
 
Bullet magnets are used in the bulk, animal feed, plastics, ceramics and recycling industries, among others.

Design

Construction & materials data

Click on a product variant to find the data sheet, drawings and other downloadable product information.
 
Short description
Permanent bullet/pipe magnets are built with a large, cylindrical permanent magnet core, with a powerful, deeply penetrating magnetic field. The magnet core filters the metal particles out of the product flow and retains them on three magnetic poles until they are cleaned.
 
Summary of important specifications

1 bullet-shaped magnet with 60° top cone
Magnet quality: ferrite GSFD-33, 7000 gauss on magnet surface
Robust steel / stainless steel housing
Incl./excl. welded tapered in-/outlet
Flanges acc. DIN24154, or Jacob connections (only for tapered in-/outlet types)
Finish: painted
Dust explosion-proof Ex II 1/2D


Options

Available accessories & options

Online accessories & spare parts
Click on a product variant to find the online available accessories & spare parts.
 
Options

Housing made of AISI316 stainless steel instead of 304
Door sensor (open/closed safety)
Upside-down versions for upwards ventilated product flows
Magnet iron saturation signaller 'Met-alert Watch dog'
Kobaflex PU protective coating


Working principle

Filtering & discharging of ferrous contaminants

How does the magnetic filtering work?
Because the magnetic core is located in the middle of the product stream, the bullet magnet has a very high separation yield. The round shape of the housing and the magnetic core (with a 60° top cone) ensures continuous flow and good distribution of the product stream. The product then passes three powerful magnetic fields, where guide strips redirect any product near the outer walls back toward the magnetic core.
 
The magnets attract passing ferrous particles. The captured particles stick to 1 of the 3 magnet poles, while the purified product flows further.
 
How does the cleaning / iron discharging work?
You have to remove the captured ferrous particles manually. After having stopped the product flow, you can open the door. Then turn the magnet around its own axis, while wiping the magnet clean.
 
Cleaning / iron discharging sequence

Stop the product flow
Loosen the fastener clamps
Put on sturdy work gloves
Open the door as far as possible
Wipe clean the magnet core while turning it around its axle
Catch the removed ferrous particles and dicharge them
Re-tighten the fastener clamps
Restart the product flow

Product inlet/-outlet diameter : 216 mm
SPP-0-FC-FO-S4-B-BB
SKU: SPPF000160
Stock *: 0
Type: PM0 - Without tapered in-/outlet
Max. capacity: 10 m³/h
Build-in length: 420 mm
Permanent bullet magnets have a powerful bullet-shaped ferrite magnet core. They are suitable for filtering medium to large ferrous contaminants from high capacity coarse free-fall bulk flows.Often used in eg. the bulk, animal feed, plastics, ceramics and recycling industries. Permanent bullet magnets have a lower installation height compared to electro bullet magnets. Yet, you have to clean them manually, where this is done automatically with the electro bullet magnets.

Ferrite magnet
Capture Fe particles from 50 µm
Manual cleaning (wipe off)
Overall height 420 to 1300 mm
ATEX II 1/2 D

Application

Filtering iron contamination out of high capacity coarse product streams

For filtering ferrous contaminants – such as iron and steel – out of granulates, fibres and coarser materials in high capacity non-pressurized pipelines.
 
Bullet magnets are used in the bulk, animal feed, plastics, ceramics and recycling industries, among others.

Design

Construction & materials data

Click on a product variant to find the data sheet, drawings and other downloadable product information.
 
Short description
Permanent bullet/pipe magnets are built with a large, cylindrical permanent magnet core, with a powerful, deeply penetrating magnetic field. The magnet core filters the metal particles out of the product flow and retains them on three magnetic poles until they are cleaned.
 
Summary of important specifications

1 bullet-shaped magnet with 60° top cone
Magnet quality: ferrite GSFD-33, 7000 gauss on magnet surface
Robust steel / stainless steel housing
Incl./excl. welded tapered in-/outlet
Flanges acc. DIN24154, or Jacob connections (only for tapered in-/outlet types)
Finish: painted
Dust explosion-proof Ex II 1/2D


Options

Available accessories & options

Online accessories & spare parts
Click on a product variant to find the online available accessories & spare parts.
 
Options

Housing made of AISI316 stainless steel instead of 304
Door sensor (open/closed safety)
Upside-down versions for upwards ventilated product flows
Magnet iron saturation signaller 'Met-alert Watch dog'
Kobaflex PU protective coating


Working principle

Filtering & discharging of ferrous contaminants

How does the magnetic filtering work?
Because the magnetic core is located in the middle of the product stream, the bullet magnet has a very high separation yield. The round shape of the housing and the magnetic core (with a 60° top cone) ensures continuous flow and good distribution of the product stream. The product then passes three powerful magnetic fields, where guide strips redirect any product near the outer walls back toward the magnetic core.
 
The magnets attract passing ferrous particles. The captured particles stick to 1 of the 3 magnet poles, while the purified product flows further.
 
How does the cleaning / iron discharging work?
You have to remove the captured ferrous particles manually. After having stopped the product flow, you can open the door. Then turn the magnet around its own axis, while wiping the magnet clean.
 
Cleaning / iron discharging sequence

Stop the product flow
Loosen the fastener clamps
Put on sturdy work gloves
Open the door as far as possible
Wipe clean the magnet core while turning it around its axle
Catch the removed ferrous particles and dicharge them
Re-tighten the fastener clamps
Restart the product flow

Product inlet/outlet size : Ø600 mm
SPA-7-V-FI-FO-ST-NA-D-B
SKU: SPEA001067
Stock *: 0
Max. capacity: 500 m³/h
Including: Integrated valve box for Fe-parts disposal
Electro bullet magnets have a powerful bullet-shaped electromagnetic magnet core. They are suitable for filtering medium to large ferrous contaminants from high capacity coarse free-fall bulk flows.Often used in eg. the bulk, animal feed, plastics, ceramics and recycling industries.Electro bullet magnets are automatic cleaning, which makes them suitable for automatic production processes. Because they need a valve box, their installation height is much larger than that of the permanent bullet magnets.

Electromagnet
Capture Fe particles from 0.1 mm
Automatic cleaning (discontinuous)
Overall height 950 to 2433 mm
ATEX II 1/2 D possible

Application

Filtering iron contamination out of high capacity coarse product streams

For filtering ferrous contaminants – such as iron and steel – out of granulates, fibres and coarser materials in high capacity non-pressurized pipelines.
 
Bullet magnets are used in the bulk, animal feed, plastics, ceramics and recycling industries, among others.

Design

Construction & materials data

Click on a product variant to find the data sheet, drawings and other downloadable product information.
 
Short description
Electro bullet magnets have a large, cylindrical electromagnet core, with a powerful, deeply penetrating magnetic field. The magnetic core has 3 magnetic poles on which trapped ferrous particles are held. The magnetic core can be switched on / off electrically. A valve box is mounted under the pipe magnet in order to be able to automatically discharge the falling ferrous particles.
 
Summary of important specifications

1 bullet-shaped magnet with 60° top cone
Magnet quality: 2000 gauss on magnet surface
Robust steel / stainless steel housing
Finish: painted
Incl. door sensor (open/close safety switch)
Incl. control box
Incl./excl. ATEX II 1/2D certificate (dust-explosion safe)
Incl./excl. valve box for iron disposal
Round or square outlet flange (for types excl. valve box)


Options

Available accessories & options

Online accessories & spare parts
Click on a product variant to find the online available accessories & spare parts.
 
Default versions

Incl./excl. ATEX II 1/2D certificate (dust-explosion safe)
Incl./excl. valve box for iron disposal
Round or square outlet flange (for types excl. valve box)

Options

Magnet iron saturation signaller 'Met-alert Watch dog'
Kobaflex PU protective coating


Working principle

Cleaning / disposal of caught metal contaminations

How does the magnetic filtering work?
Because the magnetic core is located in the middle of the product stream, the bullet magnet has a very high separation yield. The round shape of the housing and the magnetic core (with a 60° top cone) ensures continuous flow and good distribution of the product stream. The product then passes three powerful magnetic fields, where guide strips redirect any product near the outer walls back toward the magnetic core.
 
The magnets attract passing ferrous particles. The captured particles stick to 1 of the 3 magnet poles, while the purified product flows further.
 
How does the cleaning / iron discharging work?
Fully automatic cleaning. After you have stopped the product flow, give the start signal for the cleaning. The magnetic core is switched off electrically during cleaning. The valve box automatically discharges the falling ferrous particles.
 
Cleaning / iron discharging sequence

Stop the product flow
Give the start signal for a cleaning cycle locally, or from your central control
a. The valve box is switched to iron discharging position
b. The magnet is switched off
c. The captured ferrous particles fall off and are discharged via the valve box
d. The valve box is switched back to production position
e. The magnet is switched on again
Restart the product flow

Product inlet/outlet size : Ø600 mm
SPA-7-V-FI-FO-ST-Ex-D-B
SKU: SPAA001067
Stock *: 0
Max. capacity: 500 m³/h
Including: Integrated valve box for Fe-parts disposal
Electro bullet magnets have a powerful bullet-shaped electromagnetic magnet core. They are suitable for filtering medium to large ferrous contaminants from high capacity coarse free-fall bulk flows.Often used in eg. the bulk, animal feed, plastics, ceramics and recycling industries.Electro bullet magnets are automatic cleaning, which makes them suitable for automatic production processes. Because they need a valve box, their installation height is much larger than that of the permanent bullet magnets.

Electromagnet
Capture Fe particles from 0.1 mm
Automatic cleaning (discontinuous)
Overall height 950 to 2433 mm
ATEX II 1/2 D possible

Application

Filtering iron contamination out of high capacity coarse product streams

For filtering ferrous contaminants – such as iron and steel – out of granulates, fibres and coarser materials in high capacity non-pressurized pipelines.
 
Bullet magnets are used in the bulk, animal feed, plastics, ceramics and recycling industries, among others.

Design

Construction & materials data

Click on a product variant to find the data sheet, drawings and other downloadable product information.
 
Short description
Electro bullet magnets have a large, cylindrical electromagnet core, with a powerful, deeply penetrating magnetic field. The magnetic core has 3 magnetic poles on which trapped ferrous particles are held. The magnetic core can be switched on / off electrically. A valve box is mounted under the pipe magnet in order to be able to automatically discharge the falling ferrous particles.
 
Summary of important specifications

1 bullet-shaped magnet with 60° top cone
Magnet quality: 2000 gauss on magnet surface
Robust steel / stainless steel housing
Finish: painted
Incl. door sensor (open/close safety switch)
Incl. control box
Incl./excl. ATEX II 1/2D certificate (dust-explosion safe)
Incl./excl. valve box for iron disposal
Round or square outlet flange (for types excl. valve box)


Options

Available accessories & options

Online accessories & spare parts
Click on a product variant to find the online available accessories & spare parts.
 
Default versions

Incl./excl. ATEX II 1/2D certificate (dust-explosion safe)
Incl./excl. valve box for iron disposal
Round or square outlet flange (for types excl. valve box)

Options

Magnet iron saturation signaller 'Met-alert Watch dog'
Kobaflex PU protective coating


Working principle

Cleaning / disposal of caught metal contaminations

How does the magnetic filtering work?
Because the magnetic core is located in the middle of the product stream, the bullet magnet has a very high separation yield. The round shape of the housing and the magnetic core (with a 60° top cone) ensures continuous flow and good distribution of the product stream. The product then passes three powerful magnetic fields, where guide strips redirect any product near the outer walls back toward the magnetic core.
 
The magnets attract passing ferrous particles. The captured particles stick to 1 of the 3 magnet poles, while the purified product flows further.
 
How does the cleaning / iron discharging work?
Fully automatic cleaning. After you have stopped the product flow, give the start signal for the cleaning. The magnetic core is switched off electrically during cleaning. The valve box automatically discharges the falling ferrous particles.
 
Cleaning / iron discharging sequence

Stop the product flow
Give the start signal for a cleaning cycle locally, or from your central control
a. The valve box is switched to iron discharging position
b. The magnet is switched off
c. The captured ferrous particles fall off and are discharged via the valve box
d. The valve box is switched back to production position
e. The magnet is switched on again
Restart the product flow

Product inlet/outlet size : Ø600 / #550 mm
SPA-7-B-FI-OS-ST-NA-D-B
SKU: SPEE000067
Stock *: 0
Max. capacity: 500 m³/h
Electro bullet magnets have a powerful bullet-shaped electromagnetic magnet core. They are suitable for filtering medium to large ferrous contaminants from high capacity coarse free-fall bulk flows.Often used in eg. the bulk, animal feed, plastics, ceramics and recycling industries.Electro bullet magnets are automatic cleaning, which makes them suitable for automatic production processes. Because they need a valve box, their installation height is much larger than that of the permanent bullet magnets.

Electromagnet
Capture Fe particles from 0.1 mm
Automatic cleaning (discontinuous)
Overall height 950 to 2433 mm
ATEX II 1/2 D possible

Application

Filtering iron contamination out of high capacity coarse product streams

For filtering ferrous contaminants – such as iron and steel – out of granulates, fibres and coarser materials in high capacity non-pressurized pipelines.
 
Bullet magnets are used in the bulk, animal feed, plastics, ceramics and recycling industries, among others.

Design

Construction & materials data

Click on a product variant to find the data sheet, drawings and other downloadable product information.
 
Short description
Electro bullet magnets have a large, cylindrical electromagnet core, with a powerful, deeply penetrating magnetic field. The magnetic core has 3 magnetic poles on which trapped ferrous particles are held. The magnetic core can be switched on / off electrically. A valve box is mounted under the pipe magnet in order to be able to automatically discharge the falling ferrous particles.
 
Summary of important specifications

1 bullet-shaped magnet with 60° top cone
Magnet quality: 2000 gauss on magnet surface
Robust steel / stainless steel housing
Finish: painted
Incl. door sensor (open/close safety switch)
Incl. control box
Incl./excl. ATEX II 1/2D certificate (dust-explosion safe)
Incl./excl. valve box for iron disposal
Round or square outlet flange (for types excl. valve box)


Options

Available accessories & options

Online accessories & spare parts
Click on a product variant to find the online available accessories & spare parts.
 
Default versions

Incl./excl. ATEX II 1/2D certificate (dust-explosion safe)
Incl./excl. valve box for iron disposal
Round or square outlet flange (for types excl. valve box)

Options

Magnet iron saturation signaller 'Met-alert Watch dog'
Kobaflex PU protective coating


Working principle

Cleaning / disposal of caught metal contaminations

How does the magnetic filtering work?
Because the magnetic core is located in the middle of the product stream, the bullet magnet has a very high separation yield. The round shape of the housing and the magnetic core (with a 60° top cone) ensures continuous flow and good distribution of the product stream. The product then passes three powerful magnetic fields, where guide strips redirect any product near the outer walls back toward the magnetic core.
 
The magnets attract passing ferrous particles. The captured particles stick to 1 of the 3 magnet poles, while the purified product flows further.
 
How does the cleaning / iron discharging work?
Fully automatic cleaning. After you have stopped the product flow, give the start signal for the cleaning. The magnetic core is switched off electrically during cleaning. The valve box automatically discharges the falling ferrous particles.
 
Cleaning / iron discharging sequence

Stop the product flow
Give the start signal for a cleaning cycle locally, or from your central control
a. The valve box is switched to iron discharging position
b. The magnet is switched off
c. The captured ferrous particles fall off and are discharged via the valve box
d. The valve box is switched back to production position
e. The magnet is switched on again
Restart the product flow

Product inlet/outlet size : Ø600 mm
SPA-7-B-FI-FO-ST-NA-D-B
SKU: SPEB000067
Stock *: 0
Max. capacity: 500 m³/h
Electro bullet magnets have a powerful bullet-shaped electromagnetic magnet core. They are suitable for filtering medium to large ferrous contaminants from high capacity coarse free-fall bulk flows.Often used in eg. the bulk, animal feed, plastics, ceramics and recycling industries.Electro bullet magnets are automatic cleaning, which makes them suitable for automatic production processes. Because they need a valve box, their installation height is much larger than that of the permanent bullet magnets.

Electromagnet
Capture Fe particles from 0.1 mm
Automatic cleaning (discontinuous)
Overall height 950 to 2433 mm
ATEX II 1/2 D possible

Application

Filtering iron contamination out of high capacity coarse product streams

For filtering ferrous contaminants – such as iron and steel – out of granulates, fibres and coarser materials in high capacity non-pressurized pipelines.
 
Bullet magnets are used in the bulk, animal feed, plastics, ceramics and recycling industries, among others.

Design

Construction & materials data

Click on a product variant to find the data sheet, drawings and other downloadable product information.
 
Short description
Electro bullet magnets have a large, cylindrical electromagnet core, with a powerful, deeply penetrating magnetic field. The magnetic core has 3 magnetic poles on which trapped ferrous particles are held. The magnetic core can be switched on / off electrically. A valve box is mounted under the pipe magnet in order to be able to automatically discharge the falling ferrous particles.
 
Summary of important specifications

1 bullet-shaped magnet with 60° top cone
Magnet quality: 2000 gauss on magnet surface
Robust steel / stainless steel housing
Finish: painted
Incl. door sensor (open/close safety switch)
Incl. control box
Incl./excl. ATEX II 1/2D certificate (dust-explosion safe)
Incl./excl. valve box for iron disposal
Round or square outlet flange (for types excl. valve box)


Options

Available accessories & options

Online accessories & spare parts
Click on a product variant to find the online available accessories & spare parts.
 
Default versions

Incl./excl. ATEX II 1/2D certificate (dust-explosion safe)
Incl./excl. valve box for iron disposal
Round or square outlet flange (for types excl. valve box)

Options

Magnet iron saturation signaller 'Met-alert Watch dog'
Kobaflex PU protective coating


Working principle

Cleaning / disposal of caught metal contaminations

How does the magnetic filtering work?
Because the magnetic core is located in the middle of the product stream, the bullet magnet has a very high separation yield. The round shape of the housing and the magnetic core (with a 60° top cone) ensures continuous flow and good distribution of the product stream. The product then passes three powerful magnetic fields, where guide strips redirect any product near the outer walls back toward the magnetic core.
 
The magnets attract passing ferrous particles. The captured particles stick to 1 of the 3 magnet poles, while the purified product flows further.
 
How does the cleaning / iron discharging work?
Fully automatic cleaning. After you have stopped the product flow, give the start signal for the cleaning. The magnetic core is switched off electrically during cleaning. The valve box automatically discharges the falling ferrous particles.
 
Cleaning / iron discharging sequence

Stop the product flow
Give the start signal for a cleaning cycle locally, or from your central control
a. The valve box is switched to iron discharging position
b. The magnet is switched off
c. The captured ferrous particles fall off and are discharged via the valve box
d. The valve box is switched back to production position
e. The magnet is switched on again
Restart the product flow

Product inlet/outlet size : Ø500 mm
SPA-6-V-FI-FO-ST-NA-D-B
SKU: SPEA001066
Stock *: 0
Max. capacity: 350 m³/h
Including: Integrated valve box for Fe-parts disposal
Electro bullet magnets have a powerful bullet-shaped electromagnetic magnet core. They are suitable for filtering medium to large ferrous contaminants from high capacity coarse free-fall bulk flows.Often used in eg. the bulk, animal feed, plastics, ceramics and recycling industries.Electro bullet magnets are automatic cleaning, which makes them suitable for automatic production processes. Because they need a valve box, their installation height is much larger than that of the permanent bullet magnets.

Electromagnet
Capture Fe particles from 0.1 mm
Automatic cleaning (discontinuous)
Overall height 950 to 2433 mm
ATEX II 1/2 D possible

Application

Filtering iron contamination out of high capacity coarse product streams

For filtering ferrous contaminants – such as iron and steel – out of granulates, fibres and coarser materials in high capacity non-pressurized pipelines.
 
Bullet magnets are used in the bulk, animal feed, plastics, ceramics and recycling industries, among others.

Design

Construction & materials data

Click on a product variant to find the data sheet, drawings and other downloadable product information.
 
Short description
Electro bullet magnets have a large, cylindrical electromagnet core, with a powerful, deeply penetrating magnetic field. The magnetic core has 3 magnetic poles on which trapped ferrous particles are held. The magnetic core can be switched on / off electrically. A valve box is mounted under the pipe magnet in order to be able to automatically discharge the falling ferrous particles.
 
Summary of important specifications

1 bullet-shaped magnet with 60° top cone
Magnet quality: 2000 gauss on magnet surface
Robust steel / stainless steel housing
Finish: painted
Incl. door sensor (open/close safety switch)
Incl. control box
Incl./excl. ATEX II 1/2D certificate (dust-explosion safe)
Incl./excl. valve box for iron disposal
Round or square outlet flange (for types excl. valve box)


Options

Available accessories & options

Online accessories & spare parts
Click on a product variant to find the online available accessories & spare parts.
 
Default versions

Incl./excl. ATEX II 1/2D certificate (dust-explosion safe)
Incl./excl. valve box for iron disposal
Round or square outlet flange (for types excl. valve box)

Options

Magnet iron saturation signaller 'Met-alert Watch dog'
Kobaflex PU protective coating


Working principle

Cleaning / disposal of caught metal contaminations

How does the magnetic filtering work?
Because the magnetic core is located in the middle of the product stream, the bullet magnet has a very high separation yield. The round shape of the housing and the magnetic core (with a 60° top cone) ensures continuous flow and good distribution of the product stream. The product then passes three powerful magnetic fields, where guide strips redirect any product near the outer walls back toward the magnetic core.
 
The magnets attract passing ferrous particles. The captured particles stick to 1 of the 3 magnet poles, while the purified product flows further.
 
How does the cleaning / iron discharging work?
Fully automatic cleaning. After you have stopped the product flow, give the start signal for the cleaning. The magnetic core is switched off electrically during cleaning. The valve box automatically discharges the falling ferrous particles.
 
Cleaning / iron discharging sequence

Stop the product flow
Give the start signal for a cleaning cycle locally, or from your central control
a. The valve box is switched to iron discharging position
b. The magnet is switched off
c. The captured ferrous particles fall off and are discharged via the valve box
d. The valve box is switched back to production position
e. The magnet is switched on again
Restart the product flow

Product inlet/outlet size : Ø500 / #500 mm
SPA-6-B-FI-OS-ST-NA-D-B
SKU: SPEE000066
Stock *: 0
Max. capacity: 350 m³/h
Electro bullet magnets have a powerful bullet-shaped electromagnetic magnet core. They are suitable for filtering medium to large ferrous contaminants from high capacity coarse free-fall bulk flows.Often used in eg. the bulk, animal feed, plastics, ceramics and recycling industries.Electro bullet magnets are automatic cleaning, which makes them suitable for automatic production processes. Because they need a valve box, their installation height is much larger than that of the permanent bullet magnets.

Electromagnet
Capture Fe particles from 0.1 mm
Automatic cleaning (discontinuous)
Overall height 950 to 2433 mm
ATEX II 1/2 D possible

Application

Filtering iron contamination out of high capacity coarse product streams

For filtering ferrous contaminants – such as iron and steel – out of granulates, fibres and coarser materials in high capacity non-pressurized pipelines.
 
Bullet magnets are used in the bulk, animal feed, plastics, ceramics and recycling industries, among others.

Design

Construction & materials data

Click on a product variant to find the data sheet, drawings and other downloadable product information.
 
Short description
Electro bullet magnets have a large, cylindrical electromagnet core, with a powerful, deeply penetrating magnetic field. The magnetic core has 3 magnetic poles on which trapped ferrous particles are held. The magnetic core can be switched on / off electrically. A valve box is mounted under the pipe magnet in order to be able to automatically discharge the falling ferrous particles.
 
Summary of important specifications

1 bullet-shaped magnet with 60° top cone
Magnet quality: 2000 gauss on magnet surface
Robust steel / stainless steel housing
Finish: painted
Incl. door sensor (open/close safety switch)
Incl. control box
Incl./excl. ATEX II 1/2D certificate (dust-explosion safe)
Incl./excl. valve box for iron disposal
Round or square outlet flange (for types excl. valve box)


Options

Available accessories & options

Online accessories & spare parts
Click on a product variant to find the online available accessories & spare parts.
 
Default versions

Incl./excl. ATEX II 1/2D certificate (dust-explosion safe)
Incl./excl. valve box for iron disposal
Round or square outlet flange (for types excl. valve box)

Options

Magnet iron saturation signaller 'Met-alert Watch dog'
Kobaflex PU protective coating


Working principle

Cleaning / disposal of caught metal contaminations

How does the magnetic filtering work?
Because the magnetic core is located in the middle of the product stream, the bullet magnet has a very high separation yield. The round shape of the housing and the magnetic core (with a 60° top cone) ensures continuous flow and good distribution of the product stream. The product then passes three powerful magnetic fields, where guide strips redirect any product near the outer walls back toward the magnetic core.
 
The magnets attract passing ferrous particles. The captured particles stick to 1 of the 3 magnet poles, while the purified product flows further.
 
How does the cleaning / iron discharging work?
Fully automatic cleaning. After you have stopped the product flow, give the start signal for the cleaning. The magnetic core is switched off electrically during cleaning. The valve box automatically discharges the falling ferrous particles.
 
Cleaning / iron discharging sequence

Stop the product flow
Give the start signal for a cleaning cycle locally, or from your central control
a. The valve box is switched to iron discharging position
b. The magnet is switched off
c. The captured ferrous particles fall off and are discharged via the valve box
d. The valve box is switched back to production position
e. The magnet is switched on again
Restart the product flow