Pallet dimension : 1420 x 1120 mm
HPA-N-F-AL-1470-1170-B
SKU: TPFA141156
The lightweight magnetic palletizers have an aluminium housing. This makes them suitable for palletizing or depalletizing on a robot arm.For picking up large filled tins, aerosols, cans and glass jars with steel screw lids.

For robot End-of-arm tooling
Aluminium enclosure
With neodymium or ferrite magnets

Operation

Palletization magnet operation

Goudsmit magnetic palletizers use permanent magnetic force to lift and hold steel products in one go. They do this without a power supply.
Palletization magnets hold a layer of products for as long as needed.


Design

Unique design

The unique parallel mechanism of the palletization magnet guarantees a trouble-free production process, even with non-uniform loads. For example, when picking up a half layer with products.
The special Goudsmit design has a long service life, requires little maintenance and consumes little air.

Application

Applications per magnetic system
With Neoflux® (neodymium) medium pole magnet system.
For palletizing large filled tins.
Product dimensions:
tins: min. Ø65 mm (up to 0.6 kg) - max. Ø230 mm (up to 5 kg).
 
With Neodymium - Neoflux® - fine pole magnet system.
For palletizing extra-large filled tins and filled jars with screw lids.
Product dimensions:
screw lids: Ø34 mm (up to 0.45 kg)
screw lids: Ø42 mm (up to 0.85 kg)
screw lids: Ø56 mm (up to 1.1 kg)
screw lids: Ø82 mm (up to 2.2 kg)
screw lids: Ø110 mm (up to 4.0 kg)

Pallet dimension : 1200 x 1000 mm
HPA-N-F-AL-1250-1050-B
SKU: TPFA121056
The lightweight magnetic palletizers have an aluminium housing. This makes them suitable for palletizing or depalletizing on a robot arm.For picking up large filled tins, aerosols, cans and glass jars with steel screw lids.

For robot End-of-arm tooling
Aluminium enclosure
With neodymium or ferrite magnets

Operation

Palletization magnet operation

Goudsmit magnetic palletizers use permanent magnetic force to lift and hold steel products in one go. They do this without a power supply.
Palletization magnets hold a layer of products for as long as needed.


Design

Unique design

The unique parallel mechanism of the palletization magnet guarantees a trouble-free production process, even with non-uniform loads. For example, when picking up a half layer with products.
The special Goudsmit design has a long service life, requires little maintenance and consumes little air.

Application

Applications per magnetic system
With Neoflux® (neodymium) medium pole magnet system.
For palletizing large filled tins.
Product dimensions:
tins: min. Ø65 mm (up to 0.6 kg) - max. Ø230 mm (up to 5 kg).
 
With Neodymium - Neoflux® - fine pole magnet system.
For palletizing extra-large filled tins and filled jars with screw lids.
Product dimensions:
screw lids: Ø34 mm (up to 0.45 kg)
screw lids: Ø42 mm (up to 0.85 kg)
screw lids: Ø56 mm (up to 1.1 kg)
screw lids: Ø82 mm (up to 2.2 kg)
screw lids: Ø110 mm (up to 4.0 kg)

Pallet dimension : 1200 x 800 mm
HPA-N-F-AL-1250-0850-B
SKU: TPFA120856
The lightweight magnetic palletizers have an aluminium housing. This makes them suitable for palletizing or depalletizing on a robot arm.For picking up large filled tins, aerosols, cans and glass jars with steel screw lids.

For robot End-of-arm tooling
Aluminium enclosure
With neodymium or ferrite magnets

Operation

Palletization magnet operation

Goudsmit magnetic palletizers use permanent magnetic force to lift and hold steel products in one go. They do this without a power supply.
Palletization magnets hold a layer of products for as long as needed.


Design

Unique design

The unique parallel mechanism of the palletization magnet guarantees a trouble-free production process, even with non-uniform loads. For example, when picking up a half layer with products.
The special Goudsmit design has a long service life, requires little maintenance and consumes little air.

Application

Applications per magnetic system
With Neoflux® (neodymium) medium pole magnet system.
For palletizing large filled tins.
Product dimensions:
tins: min. Ø65 mm (up to 0.6 kg) - max. Ø230 mm (up to 5 kg).
 
With Neodymium - Neoflux® - fine pole magnet system.
For palletizing extra-large filled tins and filled jars with screw lids.
Product dimensions:
screw lids: Ø34 mm (up to 0.45 kg)
screw lids: Ø42 mm (up to 0.85 kg)
screw lids: Ø56 mm (up to 1.1 kg)
screw lids: Ø82 mm (up to 2.2 kg)
screw lids: Ø110 mm (up to 4.0 kg)

Pallet dimension : 1420 x 1120 mm
HPA-N-M-AL-1470-1170-B
SKU: TPMA141156
The lightweight magnetic palletizers have an aluminium housing. This makes them suitable for palletizing or depalletizing on a robot arm.For picking up large filled tins, aerosols, cans and glass jars with steel screw lids.

For robot End-of-arm tooling
Aluminium enclosure
With neodymium or ferrite magnets

Operation

Palletization magnet operation

Goudsmit magnetic palletizers use permanent magnetic force to lift and hold steel products in one go. They do this without a power supply.
Palletization magnets hold a layer of products for as long as needed.


Design

Unique design

The unique parallel mechanism of the palletization magnet guarantees a trouble-free production process, even with non-uniform loads. For example, when picking up a half layer with products.
The special Goudsmit design has a long service life, requires little maintenance and consumes little air.

Application

Applications per magnetic system
With Neoflux® (neodymium) medium pole magnet system.
For palletizing large filled tins.
Product dimensions:
tins: min. Ø65 mm (up to 0.6 kg) - max. Ø230 mm (up to 5 kg).
 
With Neodymium - Neoflux® - fine pole magnet system.
For palletizing extra-large filled tins and filled jars with screw lids.
Product dimensions:
screw lids: Ø34 mm (up to 0.45 kg)
screw lids: Ø42 mm (up to 0.85 kg)
screw lids: Ø56 mm (up to 1.1 kg)
screw lids: Ø82 mm (up to 2.2 kg)
screw lids: Ø110 mm (up to 4.0 kg)

Pallet dimension : 1200 x 1000 mm
HPA-N-M-AL-1250-1050-B
SKU: TPMA121056
The lightweight magnetic palletizers have an aluminium housing. This makes them suitable for palletizing or depalletizing on a robot arm.For picking up large filled tins, aerosols, cans and glass jars with steel screw lids.

For robot End-of-arm tooling
Aluminium enclosure
With neodymium or ferrite magnets

Operation

Palletization magnet operation

Goudsmit magnetic palletizers use permanent magnetic force to lift and hold steel products in one go. They do this without a power supply.
Palletization magnets hold a layer of products for as long as needed.


Design

Unique design

The unique parallel mechanism of the palletization magnet guarantees a trouble-free production process, even with non-uniform loads. For example, when picking up a half layer with products.
The special Goudsmit design has a long service life, requires little maintenance and consumes little air.

Application

Applications per magnetic system
With Neoflux® (neodymium) medium pole magnet system.
For palletizing large filled tins.
Product dimensions:
tins: min. Ø65 mm (up to 0.6 kg) - max. Ø230 mm (up to 5 kg).
 
With Neodymium - Neoflux® - fine pole magnet system.
For palletizing extra-large filled tins and filled jars with screw lids.
Product dimensions:
screw lids: Ø34 mm (up to 0.45 kg)
screw lids: Ø42 mm (up to 0.85 kg)
screw lids: Ø56 mm (up to 1.1 kg)
screw lids: Ø82 mm (up to 2.2 kg)
screw lids: Ø110 mm (up to 4.0 kg)

Pallet dimension : 1200 x 800 mm
HPA-N-M-AL-1250-0850-B
SKU: TPMA120856
The lightweight magnetic palletizers have an aluminium housing. This makes them suitable for palletizing or depalletizing on a robot arm.For picking up large filled tins, aerosols, cans and glass jars with steel screw lids.

For robot End-of-arm tooling
Aluminium enclosure
With neodymium or ferrite magnets

Operation

Palletization magnet operation

Goudsmit magnetic palletizers use permanent magnetic force to lift and hold steel products in one go. They do this without a power supply.
Palletization magnets hold a layer of products for as long as needed.


Design

Unique design

The unique parallel mechanism of the palletization magnet guarantees a trouble-free production process, even with non-uniform loads. For example, when picking up a half layer with products.
The special Goudsmit design has a long service life, requires little maintenance and consumes little air.

Application

Applications per magnetic system
With Neoflux® (neodymium) medium pole magnet system.
For palletizing large filled tins.
Product dimensions:
tins: min. Ø65 mm (up to 0.6 kg) - max. Ø230 mm (up to 5 kg).
 
With Neodymium - Neoflux® - fine pole magnet system.
For palletizing extra-large filled tins and filled jars with screw lids.
Product dimensions:
screw lids: Ø34 mm (up to 0.45 kg)
screw lids: Ø42 mm (up to 0.85 kg)
screw lids: Ø56 mm (up to 1.1 kg)
screw lids: Ø82 mm (up to 2.2 kg)
screw lids: Ø110 mm (up to 4.0 kg)

Pallet dimension : 1420 x 1120 mm
HPA-N-F-ST-1470-1170-B
SKU: TPFC141152
Magnetic palletizers with steel housing are suitable for palletizing and depalletizing with a gantry crane.They are available in various versions - for picking up empty or filled tins, aerosols, cans and glass jars with steel lids.

For use with a gantry crane
Steel enclosure
With neodymium or ferrite magnets

Operation

Palletization magnet operation

Goudsmit magnetic palletizers use permanent magnetic force to lift and hold steel products in one go. They do this without a power supply.
Palletization magnets hold a layer of products for as long as needed.

Design

Unique design

The unique parallel mechanism of the palletization magnet guarantees a trouble-free production process, even with non-uniform loads. For example, when picking up a half layer with products.
The special Goudsmit design has a long service life, requires little maintenance and consumes little air.

Application

Applications per magnetic system
With ferrite fine pole magnet system.
For palletizing empty aerosol cans and empty tins.
Product dimensions:
aerosols: Ø45-65 mm; max. height 229 mm tins: Ø44-87 mm; max. height 116 mm.
 
With neodymium - Neoflux® - medium pole magnet system.
For palletizing large filled tins.
Product dimensions:
tins: min. Ø65 mm (up to 0.6 kg) - max. Ø230 mm (up to 5 kg).
With neodymium - Neoflux® - fine pole magnet system.
For palletizing/depalletizing extra-large filled tins and filled jars with screw lids.
Product dimensions:
screw lids: Ø34 mm (up to 0.45 kg)
screw lids: Ø42 mm (up to 0.85 kg)
screw lids: Ø56 mm (up to 1.1 kg)
screw lids: Ø82 mm (up to 2.2 kg)
screw lids: Ø110 mm (up to 4.0 kg)

Pallet dimension : 1200 x 1000 mm
HPA-N-F-ST-1250-1050-B
SKU: TPFC121052
Magnetic palletizers with steel housing are suitable for palletizing and depalletizing with a gantry crane.They are available in various versions - for picking up empty or filled tins, aerosols, cans and glass jars with steel lids.

For use with a gantry crane
Steel enclosure
With neodymium or ferrite magnets

Operation

Palletization magnet operation

Goudsmit magnetic palletizers use permanent magnetic force to lift and hold steel products in one go. They do this without a power supply.
Palletization magnets hold a layer of products for as long as needed.

Design

Unique design

The unique parallel mechanism of the palletization magnet guarantees a trouble-free production process, even with non-uniform loads. For example, when picking up a half layer with products.
The special Goudsmit design has a long service life, requires little maintenance and consumes little air.

Application

Applications per magnetic system
With ferrite fine pole magnet system.
For palletizing empty aerosol cans and empty tins.
Product dimensions:
aerosols: Ø45-65 mm; max. height 229 mm tins: Ø44-87 mm; max. height 116 mm.
 
With neodymium - Neoflux® - medium pole magnet system.
For palletizing large filled tins.
Product dimensions:
tins: min. Ø65 mm (up to 0.6 kg) - max. Ø230 mm (up to 5 kg).
With neodymium - Neoflux® - fine pole magnet system.
For palletizing/depalletizing extra-large filled tins and filled jars with screw lids.
Product dimensions:
screw lids: Ø34 mm (up to 0.45 kg)
screw lids: Ø42 mm (up to 0.85 kg)
screw lids: Ø56 mm (up to 1.1 kg)
screw lids: Ø82 mm (up to 2.2 kg)
screw lids: Ø110 mm (up to 4.0 kg)

Pallet dimension : 1200 x 800 mm
HPA-N-F-ST-1250-0850-B
SKU: TPFC120852
Magnetic palletizers with steel housing are suitable for palletizing and depalletizing with a gantry crane.They are available in various versions - for picking up empty or filled tins, aerosols, cans and glass jars with steel lids.

For use with a gantry crane
Steel enclosure
With neodymium or ferrite magnets

Operation

Palletization magnet operation

Goudsmit magnetic palletizers use permanent magnetic force to lift and hold steel products in one go. They do this without a power supply.
Palletization magnets hold a layer of products for as long as needed.

Design

Unique design

The unique parallel mechanism of the palletization magnet guarantees a trouble-free production process, even with non-uniform loads. For example, when picking up a half layer with products.
The special Goudsmit design has a long service life, requires little maintenance and consumes little air.

Application

Applications per magnetic system
With ferrite fine pole magnet system.
For palletizing empty aerosol cans and empty tins.
Product dimensions:
aerosols: Ø45-65 mm; max. height 229 mm tins: Ø44-87 mm; max. height 116 mm.
 
With neodymium - Neoflux® - medium pole magnet system.
For palletizing large filled tins.
Product dimensions:
tins: min. Ø65 mm (up to 0.6 kg) - max. Ø230 mm (up to 5 kg).
With neodymium - Neoflux® - fine pole magnet system.
For palletizing/depalletizing extra-large filled tins and filled jars with screw lids.
Product dimensions:
screw lids: Ø34 mm (up to 0.45 kg)
screw lids: Ø42 mm (up to 0.85 kg)
screw lids: Ø56 mm (up to 1.1 kg)
screw lids: Ø82 mm (up to 2.2 kg)
screw lids: Ø110 mm (up to 4.0 kg)

Pallet dimension : 1420 x 1120 mm
HPA-N-M-ST-1470-1170-B
SKU: TPMC141152
Magnetic palletizers with steel housing are suitable for palletizing and depalletizing with a gantry crane.They are available in various versions - for picking up empty or filled tins, aerosols, cans and glass jars with steel lids.

For use with a gantry crane
Steel enclosure
With neodymium or ferrite magnets

Operation

Palletization magnet operation

Goudsmit magnetic palletizers use permanent magnetic force to lift and hold steel products in one go. They do this without a power supply.
Palletization magnets hold a layer of products for as long as needed.

Design

Unique design

The unique parallel mechanism of the palletization magnet guarantees a trouble-free production process, even with non-uniform loads. For example, when picking up a half layer with products.
The special Goudsmit design has a long service life, requires little maintenance and consumes little air.

Application

Applications per magnetic system
With ferrite fine pole magnet system.
For palletizing empty aerosol cans and empty tins.
Product dimensions:
aerosols: Ø45-65 mm; max. height 229 mm tins: Ø44-87 mm; max. height 116 mm.
 
With neodymium - Neoflux® - medium pole magnet system.
For palletizing large filled tins.
Product dimensions:
tins: min. Ø65 mm (up to 0.6 kg) - max. Ø230 mm (up to 5 kg).
With neodymium - Neoflux® - fine pole magnet system.
For palletizing/depalletizing extra-large filled tins and filled jars with screw lids.
Product dimensions:
screw lids: Ø34 mm (up to 0.45 kg)
screw lids: Ø42 mm (up to 0.85 kg)
screw lids: Ø56 mm (up to 1.1 kg)
screw lids: Ø82 mm (up to 2.2 kg)
screw lids: Ø110 mm (up to 4.0 kg)

Pallet dimension : 1200 x 1000 mm
HPA-N-M-ST-1250-1050-B
SKU: TPMC121052
Magnetic palletizers with steel housing are suitable for palletizing and depalletizing with a gantry crane.They are available in various versions - for picking up empty or filled tins, aerosols, cans and glass jars with steel lids.

For use with a gantry crane
Steel enclosure
With neodymium or ferrite magnets

Operation

Palletization magnet operation

Goudsmit magnetic palletizers use permanent magnetic force to lift and hold steel products in one go. They do this without a power supply.
Palletization magnets hold a layer of products for as long as needed.

Design

Unique design

The unique parallel mechanism of the palletization magnet guarantees a trouble-free production process, even with non-uniform loads. For example, when picking up a half layer with products.
The special Goudsmit design has a long service life, requires little maintenance and consumes little air.

Application

Applications per magnetic system
With ferrite fine pole magnet system.
For palletizing empty aerosol cans and empty tins.
Product dimensions:
aerosols: Ø45-65 mm; max. height 229 mm tins: Ø44-87 mm; max. height 116 mm.
 
With neodymium - Neoflux® - medium pole magnet system.
For palletizing large filled tins.
Product dimensions:
tins: min. Ø65 mm (up to 0.6 kg) - max. Ø230 mm (up to 5 kg).
With neodymium - Neoflux® - fine pole magnet system.
For palletizing/depalletizing extra-large filled tins and filled jars with screw lids.
Product dimensions:
screw lids: Ø34 mm (up to 0.45 kg)
screw lids: Ø42 mm (up to 0.85 kg)
screw lids: Ø56 mm (up to 1.1 kg)
screw lids: Ø82 mm (up to 2.2 kg)
screw lids: Ø110 mm (up to 4.0 kg)

Pallet dimension : 1200 x 800 mm
HPA-N-M-ST-1250-0850-B
SKU: TPMC120852
Magnetic palletizers with steel housing are suitable for palletizing and depalletizing with a gantry crane.They are available in various versions - for picking up empty or filled tins, aerosols, cans and glass jars with steel lids.

For use with a gantry crane
Steel enclosure
With neodymium or ferrite magnets

Operation

Palletization magnet operation

Goudsmit magnetic palletizers use permanent magnetic force to lift and hold steel products in one go. They do this without a power supply.
Palletization magnets hold a layer of products for as long as needed.

Design

Unique design

The unique parallel mechanism of the palletization magnet guarantees a trouble-free production process, even with non-uniform loads. For example, when picking up a half layer with products.
The special Goudsmit design has a long service life, requires little maintenance and consumes little air.

Application

Applications per magnetic system
With ferrite fine pole magnet system.
For palletizing empty aerosol cans and empty tins.
Product dimensions:
aerosols: Ø45-65 mm; max. height 229 mm tins: Ø44-87 mm; max. height 116 mm.
 
With neodymium - Neoflux® - medium pole magnet system.
For palletizing large filled tins.
Product dimensions:
tins: min. Ø65 mm (up to 0.6 kg) - max. Ø230 mm (up to 5 kg).
With neodymium - Neoflux® - fine pole magnet system.
For palletizing/depalletizing extra-large filled tins and filled jars with screw lids.
Product dimensions:
screw lids: Ø34 mm (up to 0.45 kg)
screw lids: Ø42 mm (up to 0.85 kg)
screw lids: Ø56 mm (up to 1.1 kg)
screw lids: Ø82 mm (up to 2.2 kg)
screw lids: Ø110 mm (up to 4.0 kg)

Pallet dimension : 1420 x 1120 mm
HPA-F-F-ST-1470-1170-B
SKU: TPBC141152
Magnetic palletizers with steel housing are suitable for palletizing and depalletizing with a gantry crane.They are available in various versions - for picking up empty or filled tins, aerosols, cans and glass jars with steel lids.

For use with a gantry crane
Steel enclosure
With neodymium or ferrite magnets

Operation

Palletization magnet operation

Goudsmit magnetic palletizers use permanent magnetic force to lift and hold steel products in one go. They do this without a power supply.
Palletization magnets hold a layer of products for as long as needed.

Design

Unique design

The unique parallel mechanism of the palletization magnet guarantees a trouble-free production process, even with non-uniform loads. For example, when picking up a half layer with products.
The special Goudsmit design has a long service life, requires little maintenance and consumes little air.

Application

Applications per magnetic system
With ferrite fine pole magnet system.
For palletizing empty aerosol cans and empty tins.
Product dimensions:
aerosols: Ø45-65 mm; max. height 229 mm tins: Ø44-87 mm; max. height 116 mm.
 
With neodymium - Neoflux® - medium pole magnet system.
For palletizing large filled tins.
Product dimensions:
tins: min. Ø65 mm (up to 0.6 kg) - max. Ø230 mm (up to 5 kg).
With neodymium - Neoflux® - fine pole magnet system.
For palletizing/depalletizing extra-large filled tins and filled jars with screw lids.
Product dimensions:
screw lids: Ø34 mm (up to 0.45 kg)
screw lids: Ø42 mm (up to 0.85 kg)
screw lids: Ø56 mm (up to 1.1 kg)
screw lids: Ø82 mm (up to 2.2 kg)
screw lids: Ø110 mm (up to 4.0 kg)

Pallet dimension : 1200 x 1000 mm
HPA-F-F-ST-1250-1050-B
SKU: TPBC121052
Magnetic palletizers with steel housing are suitable for palletizing and depalletizing with a gantry crane.They are available in various versions - for picking up empty or filled tins, aerosols, cans and glass jars with steel lids.

For use with a gantry crane
Steel enclosure
With neodymium or ferrite magnets

Operation

Palletization magnet operation

Goudsmit magnetic palletizers use permanent magnetic force to lift and hold steel products in one go. They do this without a power supply.
Palletization magnets hold a layer of products for as long as needed.

Design

Unique design

The unique parallel mechanism of the palletization magnet guarantees a trouble-free production process, even with non-uniform loads. For example, when picking up a half layer with products.
The special Goudsmit design has a long service life, requires little maintenance and consumes little air.

Application

Applications per magnetic system
With ferrite fine pole magnet system.
For palletizing empty aerosol cans and empty tins.
Product dimensions:
aerosols: Ø45-65 mm; max. height 229 mm tins: Ø44-87 mm; max. height 116 mm.
 
With neodymium - Neoflux® - medium pole magnet system.
For palletizing large filled tins.
Product dimensions:
tins: min. Ø65 mm (up to 0.6 kg) - max. Ø230 mm (up to 5 kg).
With neodymium - Neoflux® - fine pole magnet system.
For palletizing/depalletizing extra-large filled tins and filled jars with screw lids.
Product dimensions:
screw lids: Ø34 mm (up to 0.45 kg)
screw lids: Ø42 mm (up to 0.85 kg)
screw lids: Ø56 mm (up to 1.1 kg)
screw lids: Ø82 mm (up to 2.2 kg)
screw lids: Ø110 mm (up to 4.0 kg)

Pallet dimension : 1200 x 800 mm
HPA-F-F-ST-1250-0850-B
SKU: TPBC120852
Magnetic palletizers with steel housing are suitable for palletizing and depalletizing with a gantry crane.They are available in various versions - for picking up empty or filled tins, aerosols, cans and glass jars with steel lids.

For use with a gantry crane
Steel enclosure
With neodymium or ferrite magnets

Operation

Palletization magnet operation

Goudsmit magnetic palletizers use permanent magnetic force to lift and hold steel products in one go. They do this without a power supply.
Palletization magnets hold a layer of products for as long as needed.

Design

Unique design

The unique parallel mechanism of the palletization magnet guarantees a trouble-free production process, even with non-uniform loads. For example, when picking up a half layer with products.
The special Goudsmit design has a long service life, requires little maintenance and consumes little air.

Application

Applications per magnetic system
With ferrite fine pole magnet system.
For palletizing empty aerosol cans and empty tins.
Product dimensions:
aerosols: Ø45-65 mm; max. height 229 mm tins: Ø44-87 mm; max. height 116 mm.
 
With neodymium - Neoflux® - medium pole magnet system.
For palletizing large filled tins.
Product dimensions:
tins: min. Ø65 mm (up to 0.6 kg) - max. Ø230 mm (up to 5 kg).
With neodymium - Neoflux® - fine pole magnet system.
For palletizing/depalletizing extra-large filled tins and filled jars with screw lids.
Product dimensions:
screw lids: Ø34 mm (up to 0.45 kg)
screw lids: Ø42 mm (up to 0.85 kg)
screw lids: Ø56 mm (up to 1.1 kg)
screw lids: Ø82 mm (up to 2.2 kg)
screw lids: Ø110 mm (up to 4.0 kg)

Max. stack height : 100 mm
HSS-N-RD-D34-0160-B
SKU: TRSP341600
Stock *: 0
Max. sheet thickness: 3 mm
For specific applications, we have also developed a suitable sheet separator in the form of a rod.This type is very compact and easy to place into an opening in the sheet. Its round shape also makes it suitable for special contours.

Permanent magnetic
For sheets up to 3 mm thick
Max. stacking height 100 mm
Stainless steel enclosure

Operation

Sheet separator operation

The magnetic field automatically forces the sheets apart and separates them. When the upper sheet is removed, the next one rises immediately.

Max. stack height : 560 mm
HSS-N-PF-140x175-0600-B
SKU: TPSP126001
Stock: 12
Max. sheet thickness: 4 mm
Connections: Pneumatic: G1/8" (2x)
Spread stacked steel sheets in automated processes one by one. These pneumatically switchable sheet separators have a neodymium magnet system.So you can easily add to or swap a stack of sheets.

Pneumatically switchable
Max. stacking height 560 mm
Stainless steel enclosure
With neodymium magnets

Operation

Operation of pneumatically switchable sheet separator

A powerful magnetic field automatically forces the sheets apart and separates them. When the upper sheet is removed, the next one rises immediately.
 
The separator contains very powerful neodymium magnets that are moved forward by compressed air in the sheet separator. This switches the sheet separator on.
The new, patented fail-safe system ensures that the sheet separator always shuts itself off once the compressed air drops. This makes this sheet separator unique in terms of safety.
 
To prevent malfunctions in fully automated production processes we recommend the use of a number of extra sheet separators.


Installation example 1

Corner installation

For optimum results, it is best to place two sheet separators at the corner(s) of stacks of large steel sheets.
The arrows in the photo indicate the recommended direction of transport in which the sheets can best be carried off after separation.

Installation example 2

Installation across from each other

Sheet separators placed across from each other ensure that the sheets begin to ‘float’.
The arrows in the photo indicate the recommended direction of transport in which the sheets can best be carried off after separation.

Installation example 3

Single-piece installation

For small sheets, it is best to place the sheet separator in the middle of the shortest side.
The arrows in the photo indicate the recommended direction of transport in which the sheets can best be carried off after separation.

Max. stack height : 490 mm
HSS-N-PF-140x175-0530-B
SKU: TPSP125301
Stock: 4
Max. sheet thickness: 4 mm
Connections: Pneumatic: G1/8" (2x)
Spread stacked steel sheets in automated processes one by one. These pneumatically switchable sheet separators have a neodymium magnet system.So you can easily add to or swap a stack of sheets.

Pneumatically switchable
Max. stacking height 560 mm
Stainless steel enclosure
With neodymium magnets

Operation

Operation of pneumatically switchable sheet separator

A powerful magnetic field automatically forces the sheets apart and separates them. When the upper sheet is removed, the next one rises immediately.
 
The separator contains very powerful neodymium magnets that are moved forward by compressed air in the sheet separator. This switches the sheet separator on.
The new, patented fail-safe system ensures that the sheet separator always shuts itself off once the compressed air drops. This makes this sheet separator unique in terms of safety.
 
To prevent malfunctions in fully automated production processes we recommend the use of a number of extra sheet separators.


Installation example 1

Corner installation

For optimum results, it is best to place two sheet separators at the corner(s) of stacks of large steel sheets.
The arrows in the photo indicate the recommended direction of transport in which the sheets can best be carried off after separation.

Installation example 2

Installation across from each other

Sheet separators placed across from each other ensure that the sheets begin to ‘float’.
The arrows in the photo indicate the recommended direction of transport in which the sheets can best be carried off after separation.

Installation example 3

Single-piece installation

For small sheets, it is best to place the sheet separator in the middle of the shortest side.
The arrows in the photo indicate the recommended direction of transport in which the sheets can best be carried off after separation.

Max. stack height : 410 mm
HSS-N-PF-140x176-0450-B
SKU: TPSP124501
Stock: 15
Max. sheet thickness: 4 mm
Connections: Pneumatic: G1/8" (2x)
Spread stacked steel sheets in automated processes one by one. These pneumatically switchable sheet separators have a neodymium magnet system.So you can easily add to or swap a stack of sheets.

Pneumatically switchable
Max. stacking height 560 mm
Stainless steel enclosure
With neodymium magnets

Operation

Operation of pneumatically switchable sheet separator

A powerful magnetic field automatically forces the sheets apart and separates them. When the upper sheet is removed, the next one rises immediately.
 
The separator contains very powerful neodymium magnets that are moved forward by compressed air in the sheet separator. This switches the sheet separator on.
The new, patented fail-safe system ensures that the sheet separator always shuts itself off once the compressed air drops. This makes this sheet separator unique in terms of safety.
 
To prevent malfunctions in fully automated production processes we recommend the use of a number of extra sheet separators.


Installation example 1

Corner installation

For optimum results, it is best to place two sheet separators at the corner(s) of stacks of large steel sheets.
The arrows in the photo indicate the recommended direction of transport in which the sheets can best be carried off after separation.

Installation example 2

Installation across from each other

Sheet separators placed across from each other ensure that the sheets begin to ‘float’.
The arrows in the photo indicate the recommended direction of transport in which the sheets can best be carried off after separation.

Installation example 3

Single-piece installation

For small sheets, it is best to place the sheet separator in the middle of the shortest side.
The arrows in the photo indicate the recommended direction of transport in which the sheets can best be carried off after separation.

Max. stack height : 300 mm
HSS-N-PF-140x176-0337-B
SKU: TPSP123301
Stock: 1
Max. sheet thickness: 4 mm
Connections: Pneumatic: G1/8" (2x)
Spread stacked steel sheets in automated processes one by one. These pneumatically switchable sheet separators have a neodymium magnet system.So you can easily add to or swap a stack of sheets.

Pneumatically switchable
Max. stacking height 560 mm
Stainless steel enclosure
With neodymium magnets

Operation

Operation of pneumatically switchable sheet separator

A powerful magnetic field automatically forces the sheets apart and separates them. When the upper sheet is removed, the next one rises immediately.
 
The separator contains very powerful neodymium magnets that are moved forward by compressed air in the sheet separator. This switches the sheet separator on.
The new, patented fail-safe system ensures that the sheet separator always shuts itself off once the compressed air drops. This makes this sheet separator unique in terms of safety.
 
To prevent malfunctions in fully automated production processes we recommend the use of a number of extra sheet separators.


Installation example 1

Corner installation

For optimum results, it is best to place two sheet separators at the corner(s) of stacks of large steel sheets.
The arrows in the photo indicate the recommended direction of transport in which the sheets can best be carried off after separation.

Installation example 2

Installation across from each other

Sheet separators placed across from each other ensure that the sheets begin to ‘float’.
The arrows in the photo indicate the recommended direction of transport in which the sheets can best be carried off after separation.

Installation example 3

Single-piece installation

For small sheets, it is best to place the sheet separator in the middle of the shortest side.
The arrows in the photo indicate the recommended direction of transport in which the sheets can best be carried off after separation.

Max. stack height : 110 mm
HSS-N-PA-150x158-0150-C
SKU: TPSP000017
Stock *: 0
Max. sheet thickness: 3 mm
Connections: Pneumatic: G¼" (2x)
Spread stacked steel sheets in automated processes one by one. These pneumatically switchable sheet separators have a neodymium magnet system.So you can easily add to or swap a stack of sheets.

Pneumatically switchable
Max. stacking height 560 mm
Stainless steel enclosure
With neodymium magnets

Operation

Operation of pneumatically switchable sheet separator

A powerful magnetic field automatically forces the sheets apart and separates them. When the upper sheet is removed, the next one rises immediately.
 
The separator contains very powerful neodymium magnets that are moved forward by compressed air in the sheet separator. This switches the sheet separator on.
The new, patented fail-safe system ensures that the sheet separator always shuts itself off once the compressed air drops. This makes this sheet separator unique in terms of safety.
 
To prevent malfunctions in fully automated production processes we recommend the use of a number of extra sheet separators.


Installation example 1

Corner installation

For optimum results, it is best to place two sheet separators at the corner(s) of stacks of large steel sheets.
The arrows in the photo indicate the recommended direction of transport in which the sheets can best be carried off after separation.

Installation example 2

Installation across from each other

Sheet separators placed across from each other ensure that the sheets begin to ‘float’.
The arrows in the photo indicate the recommended direction of transport in which the sheets can best be carried off after separation.

Installation example 3

Single-piece installation

For small sheets, it is best to place the sheet separator in the middle of the shortest side.
The arrows in the photo indicate the recommended direction of transport in which the sheets can best be carried off after separation.

Belt width : 1600 mm
ROEZ-09-C-160-W-G-L-B-B-B-B-NA
SKU: SZEB160004
Stock *: 0
Advised max. installation height: 600 mm
Magnet power cold/warm: 16 200 / 11 900 W
Heavy, robust and very powerful. Electromagnetic overband magnets have a deeply penetrating magnetic field and are therefore suitable for very thick layers. A control box is required. The magnet can be turned off for service or cleaning purposes.

Electrical power supply required
Max. installation height 600 mm
For belt width 800-1600 mm
Switchable (electromagnet)
Max. layer thickness 450 mm

Application

Application

An overbelt magnet is suitable for removal or separation of high volumes of iron or steel and hangs above a flat- or trough-shaped conveyor. This type of magnet is self-cleaning and continuously separates Ferrous parts from material streams. The iron removal efficiency of overband magnets ranges from 70 to 90%. This depends on magnet design, product flow and placement. Automatic self-cleaning overbelt magnetic separators are suitable for both the recovery of ferrous parts and the removal of iron impurities.
 
The electro overband magnet has the deepest holding field and is therefore the most suitable of all the overband magnets for the removal of steel particles from material streams with thick layers. Disadvantages are the higher power consumption and higher weight relative to the permanent overband magnets.

Operation

Operation

Conveyor belt speed:
to remove ferrous or iron parts from a material flow, they must remain in a magnetic field for between approximately 0.3 and 0.5 seconds, where they are magnetized. To achieve maximum separation, it is important to optimally match the size of the magnet block (main pole) and the belt speed. This means that with a narrow overband magnet the conveyor belt beneath it must run at lower capacity (m/s) than with a wider magnet at the same suspension height. The following formula provides an indication of the maximum conveyor belt speed:
 
Maximum conveyor belt speed (b) = block magnet width (a) / 0.3 (sec.)
 
Recommended conveyor belt speed (b) = block magnet width (a) / 0.3 (sec.)

Placement

Overband placement

The distance between a magnet and the conveyor belt must be as small as possible. The magnetic force decreases exponentially with increasing distance. There is, however, a minimum distance required so the rubber cleats safely remove all the ferrous parts from the material flow. There are two methods for use/placement of overband magnets: transverse and in-line. Goudsmit has a specific, optimum magnet configuration for both mounting options.
 
Transverse ('Cross')
In practice, transverse placement is most common, because it is easier to install in an existing line. An additional advantage is a ferrous discharge to the side, which from the logistical perspective is easier to process.
 
'In-line'
If you have the option to place your overband magnet in line with the conveyor belt, this is always preferred. The advantage of this is that the transported material ‘breaks open’ at the end of the belt (head roller) and is therefore suspended in mid air for several milliseconds. As a result, the magnet can easily pull the ferrous metal out of the product flow.

Non magnetic zone

Non magnetic zone

When positioning the magnet, the construction below the magnet such as the frame, bearing rollers and end rollers must be made of non-magnetic material. This is because steel parts will become magnetized, which will adversely affect the separation performance of the overband magnet.
 
For more information and the rule of thumb, see: Non-magnetic-zone

Belt width : 1400 mm
ROE-08-C-140-W-G-R-B-R-B-B-NA
SKU: SEEB140023
Stock *: 0
Advised max. installation height: 520 mm
Magnet power cold/warm: 10 400 / 7600 W
Heavy, robust and very powerful. Electromagnetic overband magnets have a deeply penetrating magnetic field and are therefore suitable for very thick layers. A control box is required. The magnet can be turned off for service or cleaning purposes.

Electrical power supply required
Max. installation height 600 mm
For belt width 800-1600 mm
Switchable (electromagnet)
Max. layer thickness 450 mm

Application

Application

An overbelt magnet is suitable for removal or separation of high volumes of iron or steel and hangs above a flat- or trough-shaped conveyor. This type of magnet is self-cleaning and continuously separates Ferrous parts from material streams. The iron removal efficiency of overband magnets ranges from 70 to 90%. This depends on magnet design, product flow and placement. Automatic self-cleaning overbelt magnetic separators are suitable for both the recovery of ferrous parts and the removal of iron impurities.
 
The electro overband magnet has the deepest holding field and is therefore the most suitable of all the overband magnets for the removal of steel particles from material streams with thick layers. Disadvantages are the higher power consumption and higher weight relative to the permanent overband magnets.

Operation

Operation

Conveyor belt speed:
to remove ferrous or iron parts from a material flow, they must remain in a magnetic field for between approximately 0.3 and 0.5 seconds, where they are magnetized. To achieve maximum separation, it is important to optimally match the size of the magnet block (main pole) and the belt speed. This means that with a narrow overband magnet the conveyor belt beneath it must run at lower capacity (m/s) than with a wider magnet at the same suspension height. The following formula provides an indication of the maximum conveyor belt speed:
 
Maximum conveyor belt speed (b) = block magnet width (a) / 0.3 (sec.)
 
Recommended conveyor belt speed (b) = block magnet width (a) / 0.3 (sec.)

Placement

Overband placement

The distance between a magnet and the conveyor belt must be as small as possible. The magnetic force decreases exponentially with increasing distance. There is, however, a minimum distance required so the rubber cleats safely remove all the ferrous parts from the material flow. There are two methods for use/placement of overband magnets: transverse and in-line. Goudsmit has a specific, optimum magnet configuration for both mounting options.
 
Transverse ('Cross')
In practice, transverse placement is most common, because it is easier to install in an existing line. An additional advantage is a ferrous discharge to the side, which from the logistical perspective is easier to process.
 
'In-line'
If you have the option to place your overband magnet in line with the conveyor belt, this is always preferred. The advantage of this is that the transported material ‘breaks open’ at the end of the belt (head roller) and is therefore suspended in mid air for several milliseconds. As a result, the magnet can easily pull the ferrous metal out of the product flow.

Non magnetic zone

Non magnetic zone

When positioning the magnet, the construction below the magnet such as the frame, bearing rollers and end rollers must be made of non-magnetic material. This is because steel parts will become magnetized, which will adversely affect the separation performance of the overband magnet.
 
For more information and the rule of thumb, see: Non-magnetic-zone

Belt width : 1200 mm
ROE-06-C-120-W-G-R-B-R-B-B-NA
SKU: SEEB120023
Stock *: 0
Advised max. installation height: 450 mm
Magnet power cold/warm: 7600 / 5600 W
Heavy, robust and very powerful. Electromagnetic overband magnets have a deeply penetrating magnetic field and are therefore suitable for very thick layers. A control box is required. The magnet can be turned off for service or cleaning purposes.

Electrical power supply required
Max. installation height 600 mm
For belt width 800-1600 mm
Switchable (electromagnet)
Max. layer thickness 450 mm

Application

Application

An overbelt magnet is suitable for removal or separation of high volumes of iron or steel and hangs above a flat- or trough-shaped conveyor. This type of magnet is self-cleaning and continuously separates Ferrous parts from material streams. The iron removal efficiency of overband magnets ranges from 70 to 90%. This depends on magnet design, product flow and placement. Automatic self-cleaning overbelt magnetic separators are suitable for both the recovery of ferrous parts and the removal of iron impurities.
 
The electro overband magnet has the deepest holding field and is therefore the most suitable of all the overband magnets for the removal of steel particles from material streams with thick layers. Disadvantages are the higher power consumption and higher weight relative to the permanent overband magnets.

Operation

Operation

Conveyor belt speed:
to remove ferrous or iron parts from a material flow, they must remain in a magnetic field for between approximately 0.3 and 0.5 seconds, where they are magnetized. To achieve maximum separation, it is important to optimally match the size of the magnet block (main pole) and the belt speed. This means that with a narrow overband magnet the conveyor belt beneath it must run at lower capacity (m/s) than with a wider magnet at the same suspension height. The following formula provides an indication of the maximum conveyor belt speed:
 
Maximum conveyor belt speed (b) = block magnet width (a) / 0.3 (sec.)
 
Recommended conveyor belt speed (b) = block magnet width (a) / 0.3 (sec.)

Placement

Overband placement

The distance between a magnet and the conveyor belt must be as small as possible. The magnetic force decreases exponentially with increasing distance. There is, however, a minimum distance required so the rubber cleats safely remove all the ferrous parts from the material flow. There are two methods for use/placement of overband magnets: transverse and in-line. Goudsmit has a specific, optimum magnet configuration for both mounting options.
 
Transverse ('Cross')
In practice, transverse placement is most common, because it is easier to install in an existing line. An additional advantage is a ferrous discharge to the side, which from the logistical perspective is easier to process.
 
'In-line'
If you have the option to place your overband magnet in line with the conveyor belt, this is always preferred. The advantage of this is that the transported material ‘breaks open’ at the end of the belt (head roller) and is therefore suspended in mid air for several milliseconds. As a result, the magnet can easily pull the ferrous metal out of the product flow.

Non magnetic zone

Non magnetic zone

When positioning the magnet, the construction below the magnet such as the frame, bearing rollers and end rollers must be made of non-magnetic material. This is because steel parts will become magnetized, which will adversely affect the separation performance of the overband magnet.
 
For more information and the rule of thumb, see: Non-magnetic-zone

Belt width : 800 - 1000 mm
ROE-05-C-100-W-G-R-B-R-B-B-NA
SKU: SEEB100023
Stock *: 0
Advised max. installation height: 360 mm
Magnet power cold/warm: 5800 / 4300 W
Heavy, robust and very powerful. Electromagnetic overband magnets have a deeply penetrating magnetic field and are therefore suitable for very thick layers. A control box is required. The magnet can be turned off for service or cleaning purposes.

Electrical power supply required
Max. installation height 600 mm
For belt width 800-1600 mm
Switchable (electromagnet)
Max. layer thickness 450 mm

Application

Application

An overbelt magnet is suitable for removal or separation of high volumes of iron or steel and hangs above a flat- or trough-shaped conveyor. This type of magnet is self-cleaning and continuously separates Ferrous parts from material streams. The iron removal efficiency of overband magnets ranges from 70 to 90%. This depends on magnet design, product flow and placement. Automatic self-cleaning overbelt magnetic separators are suitable for both the recovery of ferrous parts and the removal of iron impurities.
 
The electro overband magnet has the deepest holding field and is therefore the most suitable of all the overband magnets for the removal of steel particles from material streams with thick layers. Disadvantages are the higher power consumption and higher weight relative to the permanent overband magnets.

Operation

Operation

Conveyor belt speed:
to remove ferrous or iron parts from a material flow, they must remain in a magnetic field for between approximately 0.3 and 0.5 seconds, where they are magnetized. To achieve maximum separation, it is important to optimally match the size of the magnet block (main pole) and the belt speed. This means that with a narrow overband magnet the conveyor belt beneath it must run at lower capacity (m/s) than with a wider magnet at the same suspension height. The following formula provides an indication of the maximum conveyor belt speed:
 
Maximum conveyor belt speed (b) = block magnet width (a) / 0.3 (sec.)
 
Recommended conveyor belt speed (b) = block magnet width (a) / 0.3 (sec.)

Placement

Overband placement

The distance between a magnet and the conveyor belt must be as small as possible. The magnetic force decreases exponentially with increasing distance. There is, however, a minimum distance required so the rubber cleats safely remove all the ferrous parts from the material flow. There are two methods for use/placement of overband magnets: transverse and in-line. Goudsmit has a specific, optimum magnet configuration for both mounting options.
 
Transverse ('Cross')
In practice, transverse placement is most common, because it is easier to install in an existing line. An additional advantage is a ferrous discharge to the side, which from the logistical perspective is easier to process.
 
'In-line'
If you have the option to place your overband magnet in line with the conveyor belt, this is always preferred. The advantage of this is that the transported material ‘breaks open’ at the end of the belt (head roller) and is therefore suspended in mid air for several milliseconds. As a result, the magnet can easily pull the ferrous metal out of the product flow.

Non magnetic zone

Non magnetic zone

When positioning the magnet, the construction below the magnet such as the frame, bearing rollers and end rollers must be made of non-magnetic material. This is because steel parts will become magnetized, which will adversely affect the separation performance of the overband magnet.
 
For more information and the rule of thumb, see: Non-magnetic-zone

Suitable for belt width : 1000 mm
ROP-N3-C-100-W-G-L-B-B-B-NA
SKU: RONC100330
Stock *: 0
Weight: 605 kg
Lightweight, compact and powerful. Suitable for fine fractions in small layer thickness, can also separate weakly magnetic parts. No control box required and available with hydro-motor. Often used in mobile installations.

Lightweight and compact
Stainless steel body
Electro or Hydro drive
Non-switchable (permanent magnet)
Capture Fe particles from 1 mm

Application

Application

These magnets are often used on mobile shredders or sieves because they are compact and lightweight. The magnetic separators are made of stainless steel so that they do not rust due to weather influences, such as rain. You can choose between electric or hydro motor for the drive roller. The magnet with hydro drive can be integrated to the existing hydraulic system of the mobile installation. So that no additional power supply is required.

Operation

Operation

Conveyor belt speed:
to remove ferrous or iron parts from a material flow, they must remain in a magnetic field for between approximately 0.3 and 0.5 seconds, where they are magnetized. To achieve maximum separation, it is important to optimally match the size of the magnet block (main pole) and the belt speed. This means that with a narrow overband magnet the conveyor belt beneath it must run at lower capacity (m/s) than with a wider magnet at the same suspension height. The following formula provides an indication of the maximum conveyor belt speed:
 
Maximum conveyor belt speed (b) = block magnet width (a) / 0.3 (sec.)
 
Recommended conveyor belt speed (b) = block magnet width (a) / 0.3 (sec.)

Placement

Placement

The distance between a magnet and the conveyor belt must be as small as possible. The magnetic force decreases exponentially with increasing distance. There is, however, a minimum distance required so the rubber cleats safely remove all the ferrous parts from the material flow. There are two methods for use/placement of overband magnets: transverse and in-line. Goudsmit has a specific, optimum magnet configuration for both mounting options.
 
Transverse ('Cross')
In practice, transverse placement is most common, because it is easier to install in an existing line. An additional advantage is a ferrous discharge to the side, which from the logistical perspective is easier to process.
 
'In-line'
If you have the option to place your overband magnet in line with the conveyor belt, this is always preferred. The advantage of this is that the transported material ‘breaks open’ at the end of the belt (head roller) and is therefore suspended in mid-air for several milliseconds. As a result, the magnet can easily pull the ferrous metal out of the product flow.

Non magnetic zone

Non magnetic zone

When positioning the magnet, the construction below the magnet such as the frame, bearing rollers and end rollers must be made of non-magnetic material. This is because steel parts will become magnetized, which will adversely affect the separation performance of the overband magnet.
 
For more information and the rule of thumb, see: Non-magnetic-zone

Suitable for belt width : 800 mm
ROP-N3-C-080-W-G-L-B-B-B-NA
SKU: RONC080330
Stock *: 0
Weight: 520 kg
Lightweight, compact and powerful. Suitable for fine fractions in small layer thickness, can also separate weakly magnetic parts. No control box required and available with hydro-motor. Often used in mobile installations.

Lightweight and compact
Stainless steel body
Electro or Hydro drive
Non-switchable (permanent magnet)
Capture Fe particles from 1 mm

Application

Application

These magnets are often used on mobile shredders or sieves because they are compact and lightweight. The magnetic separators are made of stainless steel so that they do not rust due to weather influences, such as rain. You can choose between electric or hydro motor for the drive roller. The magnet with hydro drive can be integrated to the existing hydraulic system of the mobile installation. So that no additional power supply is required.

Operation

Operation

Conveyor belt speed:
to remove ferrous or iron parts from a material flow, they must remain in a magnetic field for between approximately 0.3 and 0.5 seconds, where they are magnetized. To achieve maximum separation, it is important to optimally match the size of the magnet block (main pole) and the belt speed. This means that with a narrow overband magnet the conveyor belt beneath it must run at lower capacity (m/s) than with a wider magnet at the same suspension height. The following formula provides an indication of the maximum conveyor belt speed:
 
Maximum conveyor belt speed (b) = block magnet width (a) / 0.3 (sec.)
 
Recommended conveyor belt speed (b) = block magnet width (a) / 0.3 (sec.)

Placement

Placement

The distance between a magnet and the conveyor belt must be as small as possible. The magnetic force decreases exponentially with increasing distance. There is, however, a minimum distance required so the rubber cleats safely remove all the ferrous parts from the material flow. There are two methods for use/placement of overband magnets: transverse and in-line. Goudsmit has a specific, optimum magnet configuration for both mounting options.
 
Transverse ('Cross')
In practice, transverse placement is most common, because it is easier to install in an existing line. An additional advantage is a ferrous discharge to the side, which from the logistical perspective is easier to process.
 
'In-line'
If you have the option to place your overband magnet in line with the conveyor belt, this is always preferred. The advantage of this is that the transported material ‘breaks open’ at the end of the belt (head roller) and is therefore suspended in mid-air for several milliseconds. As a result, the magnet can easily pull the ferrous metal out of the product flow.

Non magnetic zone

Non magnetic zone

When positioning the magnet, the construction below the magnet such as the frame, bearing rollers and end rollers must be made of non-magnetic material. This is because steel parts will become magnetized, which will adversely affect the separation performance of the overband magnet.
 
For more information and the rule of thumb, see: Non-magnetic-zone

Suitable for belt width : 650 mm
ROP-N3-C-065-W-G-L-B-B-B-NA
SKU: RONC065330
Stock *: 0
Weight: 465 kg
Lightweight, compact and powerful. Suitable for fine fractions in small layer thickness, can also separate weakly magnetic parts. No control box required and available with hydro-motor. Often used in mobile installations.

Lightweight and compact
Stainless steel body
Electro or Hydro drive
Non-switchable (permanent magnet)
Capture Fe particles from 1 mm

Application

Application

These magnets are often used on mobile shredders or sieves because they are compact and lightweight. The magnetic separators are made of stainless steel so that they do not rust due to weather influences, such as rain. You can choose between electric or hydro motor for the drive roller. The magnet with hydro drive can be integrated to the existing hydraulic system of the mobile installation. So that no additional power supply is required.

Operation

Operation

Conveyor belt speed:
to remove ferrous or iron parts from a material flow, they must remain in a magnetic field for between approximately 0.3 and 0.5 seconds, where they are magnetized. To achieve maximum separation, it is important to optimally match the size of the magnet block (main pole) and the belt speed. This means that with a narrow overband magnet the conveyor belt beneath it must run at lower capacity (m/s) than with a wider magnet at the same suspension height. The following formula provides an indication of the maximum conveyor belt speed:
 
Maximum conveyor belt speed (b) = block magnet width (a) / 0.3 (sec.)
 
Recommended conveyor belt speed (b) = block magnet width (a) / 0.3 (sec.)

Placement

Placement

The distance between a magnet and the conveyor belt must be as small as possible. The magnetic force decreases exponentially with increasing distance. There is, however, a minimum distance required so the rubber cleats safely remove all the ferrous parts from the material flow. There are two methods for use/placement of overband magnets: transverse and in-line. Goudsmit has a specific, optimum magnet configuration for both mounting options.
 
Transverse ('Cross')
In practice, transverse placement is most common, because it is easier to install in an existing line. An additional advantage is a ferrous discharge to the side, which from the logistical perspective is easier to process.
 
'In-line'
If you have the option to place your overband magnet in line with the conveyor belt, this is always preferred. The advantage of this is that the transported material ‘breaks open’ at the end of the belt (head roller) and is therefore suspended in mid-air for several milliseconds. As a result, the magnet can easily pull the ferrous metal out of the product flow.

Non magnetic zone

Non magnetic zone

When positioning the magnet, the construction below the magnet such as the frame, bearing rollers and end rollers must be made of non-magnetic material. This is because steel parts will become magnetized, which will adversely affect the separation performance of the overband magnet.
 
For more information and the rule of thumb, see: Non-magnetic-zone

Suitable for belt width : 1200 mm
ROP-N3-C-120-W-H-L-B-B-B-NA
SKU: RONC120530
Stock *: 0
Weight: 680 kg
Lightweight, compact and powerful. Suitable for fine fractions in small layer thickness, can also separate weakly magnetic parts. No control box required and available with hydro-motor. Often used in mobile installations.

Lightweight and compact
Stainless steel body
Electro or Hydro drive
Non-switchable (permanent magnet)
Capture Fe particles from 1 mm

Application

Application

These magnets are often used on mobile shredders or sieves because they are compact and lightweight. The magnetic separators are made of stainless steel so that they do not rust due to weather influences, such as rain. You can choose between electric or hydro motor for the drive roller. The magnet with hydro drive can be integrated to the existing hydraulic system of the mobile installation. So that no additional power supply is required.

Operation

Operation

Conveyor belt speed:
to remove ferrous or iron parts from a material flow, they must remain in a magnetic field for between approximately 0.3 and 0.5 seconds, where they are magnetized. To achieve maximum separation, it is important to optimally match the size of the magnet block (main pole) and the belt speed. This means that with a narrow overband magnet the conveyor belt beneath it must run at lower capacity (m/s) than with a wider magnet at the same suspension height. The following formula provides an indication of the maximum conveyor belt speed:
 
Maximum conveyor belt speed (b) = block magnet width (a) / 0.3 (sec.)
 
Recommended conveyor belt speed (b) = block magnet width (a) / 0.3 (sec.)

Placement

Placement

The distance between a magnet and the conveyor belt must be as small as possible. The magnetic force decreases exponentially with increasing distance. There is, however, a minimum distance required so the rubber cleats safely remove all the ferrous parts from the material flow. There are two methods for use/placement of overband magnets: transverse and in-line. Goudsmit has a specific, optimum magnet configuration for both mounting options.
 
Transverse ('Cross')
In practice, transverse placement is most common, because it is easier to install in an existing line. An additional advantage is a ferrous discharge to the side, which from the logistical perspective is easier to process.
 
'In-line'
If you have the option to place your overband magnet in line with the conveyor belt, this is always preferred. The advantage of this is that the transported material ‘breaks open’ at the end of the belt (head roller) and is therefore suspended in mid-air for several milliseconds. As a result, the magnet can easily pull the ferrous metal out of the product flow.

Non magnetic zone

Non magnetic zone

When positioning the magnet, the construction below the magnet such as the frame, bearing rollers and end rollers must be made of non-magnetic material. This is because steel parts will become magnetized, which will adversely affect the separation performance of the overband magnet.
 
For more information and the rule of thumb, see: Non-magnetic-zone

Suitable for belt width : 1000 mm
ROP-N3-C-100-W-H-L-B-B-B-NA
SKU: RONC100530
Stock *: 0
Weight: 595 kg
Lightweight, compact and powerful. Suitable for fine fractions in small layer thickness, can also separate weakly magnetic parts. No control box required and available with hydro-motor. Often used in mobile installations.

Lightweight and compact
Stainless steel body
Electro or Hydro drive
Non-switchable (permanent magnet)
Capture Fe particles from 1 mm

Application

Application

These magnets are often used on mobile shredders or sieves because they are compact and lightweight. The magnetic separators are made of stainless steel so that they do not rust due to weather influences, such as rain. You can choose between electric or hydro motor for the drive roller. The magnet with hydro drive can be integrated to the existing hydraulic system of the mobile installation. So that no additional power supply is required.

Operation

Operation

Conveyor belt speed:
to remove ferrous or iron parts from a material flow, they must remain in a magnetic field for between approximately 0.3 and 0.5 seconds, where they are magnetized. To achieve maximum separation, it is important to optimally match the size of the magnet block (main pole) and the belt speed. This means that with a narrow overband magnet the conveyor belt beneath it must run at lower capacity (m/s) than with a wider magnet at the same suspension height. The following formula provides an indication of the maximum conveyor belt speed:
 
Maximum conveyor belt speed (b) = block magnet width (a) / 0.3 (sec.)
 
Recommended conveyor belt speed (b) = block magnet width (a) / 0.3 (sec.)

Placement

Placement

The distance between a magnet and the conveyor belt must be as small as possible. The magnetic force decreases exponentially with increasing distance. There is, however, a minimum distance required so the rubber cleats safely remove all the ferrous parts from the material flow. There are two methods for use/placement of overband magnets: transverse and in-line. Goudsmit has a specific, optimum magnet configuration for both mounting options.
 
Transverse ('Cross')
In practice, transverse placement is most common, because it is easier to install in an existing line. An additional advantage is a ferrous discharge to the side, which from the logistical perspective is easier to process.
 
'In-line'
If you have the option to place your overband magnet in line with the conveyor belt, this is always preferred. The advantage of this is that the transported material ‘breaks open’ at the end of the belt (head roller) and is therefore suspended in mid-air for several milliseconds. As a result, the magnet can easily pull the ferrous metal out of the product flow.

Non magnetic zone

Non magnetic zone

When positioning the magnet, the construction below the magnet such as the frame, bearing rollers and end rollers must be made of non-magnetic material. This is because steel parts will become magnetized, which will adversely affect the separation performance of the overband magnet.
 
For more information and the rule of thumb, see: Non-magnetic-zone

Suitable for belt width : 650 mm
ROP-N3-C-065-W-H-L-B-B-B-NA
SKU: RONC065530
Stock *: 0
Weight: 455 kg
Lightweight, compact and powerful. Suitable for fine fractions in small layer thickness, can also separate weakly magnetic parts. No control box required and available with hydro-motor. Often used in mobile installations.

Lightweight and compact
Stainless steel body
Electro or Hydro drive
Non-switchable (permanent magnet)
Capture Fe particles from 1 mm

Application

Application

These magnets are often used on mobile shredders or sieves because they are compact and lightweight. The magnetic separators are made of stainless steel so that they do not rust due to weather influences, such as rain. You can choose between electric or hydro motor for the drive roller. The magnet with hydro drive can be integrated to the existing hydraulic system of the mobile installation. So that no additional power supply is required.

Operation

Operation

Conveyor belt speed:
to remove ferrous or iron parts from a material flow, they must remain in a magnetic field for between approximately 0.3 and 0.5 seconds, where they are magnetized. To achieve maximum separation, it is important to optimally match the size of the magnet block (main pole) and the belt speed. This means that with a narrow overband magnet the conveyor belt beneath it must run at lower capacity (m/s) than with a wider magnet at the same suspension height. The following formula provides an indication of the maximum conveyor belt speed:
 
Maximum conveyor belt speed (b) = block magnet width (a) / 0.3 (sec.)
 
Recommended conveyor belt speed (b) = block magnet width (a) / 0.3 (sec.)

Placement

Placement

The distance between a magnet and the conveyor belt must be as small as possible. The magnetic force decreases exponentially with increasing distance. There is, however, a minimum distance required so the rubber cleats safely remove all the ferrous parts from the material flow. There are two methods for use/placement of overband magnets: transverse and in-line. Goudsmit has a specific, optimum magnet configuration for both mounting options.
 
Transverse ('Cross')
In practice, transverse placement is most common, because it is easier to install in an existing line. An additional advantage is a ferrous discharge to the side, which from the logistical perspective is easier to process.
 
'In-line'
If you have the option to place your overband magnet in line with the conveyor belt, this is always preferred. The advantage of this is that the transported material ‘breaks open’ at the end of the belt (head roller) and is therefore suspended in mid-air for several milliseconds. As a result, the magnet can easily pull the ferrous metal out of the product flow.

Non magnetic zone

Non magnetic zone

When positioning the magnet, the construction below the magnet such as the frame, bearing rollers and end rollers must be made of non-magnetic material. This is because steel parts will become magnetized, which will adversely affect the separation performance of the overband magnet.
 
For more information and the rule of thumb, see: Non-magnetic-zone

Suitable for belt width : 1200 mm
ROP-N3-C-120-W-G-L-B-B-B-NA
SKU: RONC120330
Stock: 1
Weight: 690 kg
Lightweight, compact and powerful. Suitable for fine fractions in small layer thickness, can also separate weakly magnetic parts. No control box required and available with hydro-motor. Often used in mobile installations.

Lightweight and compact
Stainless steel body
Electro or Hydro drive
Non-switchable (permanent magnet)
Capture Fe particles from 1 mm

Application

Application

These magnets are often used on mobile shredders or sieves because they are compact and lightweight. The magnetic separators are made of stainless steel so that they do not rust due to weather influences, such as rain. You can choose between electric or hydro motor for the drive roller. The magnet with hydro drive can be integrated to the existing hydraulic system of the mobile installation. So that no additional power supply is required.

Operation

Operation

Conveyor belt speed:
to remove ferrous or iron parts from a material flow, they must remain in a magnetic field for between approximately 0.3 and 0.5 seconds, where they are magnetized. To achieve maximum separation, it is important to optimally match the size of the magnet block (main pole) and the belt speed. This means that with a narrow overband magnet the conveyor belt beneath it must run at lower capacity (m/s) than with a wider magnet at the same suspension height. The following formula provides an indication of the maximum conveyor belt speed:
 
Maximum conveyor belt speed (b) = block magnet width (a) / 0.3 (sec.)
 
Recommended conveyor belt speed (b) = block magnet width (a) / 0.3 (sec.)

Placement

Placement

The distance between a magnet and the conveyor belt must be as small as possible. The magnetic force decreases exponentially with increasing distance. There is, however, a minimum distance required so the rubber cleats safely remove all the ferrous parts from the material flow. There are two methods for use/placement of overband magnets: transverse and in-line. Goudsmit has a specific, optimum magnet configuration for both mounting options.
 
Transverse ('Cross')
In practice, transverse placement is most common, because it is easier to install in an existing line. An additional advantage is a ferrous discharge to the side, which from the logistical perspective is easier to process.
 
'In-line'
If you have the option to place your overband magnet in line with the conveyor belt, this is always preferred. The advantage of this is that the transported material ‘breaks open’ at the end of the belt (head roller) and is therefore suspended in mid-air for several milliseconds. As a result, the magnet can easily pull the ferrous metal out of the product flow.

Non magnetic zone

Non magnetic zone

When positioning the magnet, the construction below the magnet such as the frame, bearing rollers and end rollers must be made of non-magnetic material. This is because steel parts will become magnetized, which will adversely affect the separation performance of the overband magnet.
 
For more information and the rule of thumb, see: Non-magnetic-zone

Suitable for belt width : 800 mm
ROP-N3-C-080-W-H-L-B-B-B-NA
SKU: RONC080530
Stock *: 0
Weight: 510 kg
Lightweight, compact and powerful. Suitable for fine fractions in small layer thickness, can also separate weakly magnetic parts. No control box required and available with hydro-motor. Often used in mobile installations.

Lightweight and compact
Stainless steel body
Electro or Hydro drive
Non-switchable (permanent magnet)
Capture Fe particles from 1 mm

Application

Application

These magnets are often used on mobile shredders or sieves because they are compact and lightweight. The magnetic separators are made of stainless steel so that they do not rust due to weather influences, such as rain. You can choose between electric or hydro motor for the drive roller. The magnet with hydro drive can be integrated to the existing hydraulic system of the mobile installation. So that no additional power supply is required.

Operation

Operation

Conveyor belt speed:
to remove ferrous or iron parts from a material flow, they must remain in a magnetic field for between approximately 0.3 and 0.5 seconds, where they are magnetized. To achieve maximum separation, it is important to optimally match the size of the magnet block (main pole) and the belt speed. This means that with a narrow overband magnet the conveyor belt beneath it must run at lower capacity (m/s) than with a wider magnet at the same suspension height. The following formula provides an indication of the maximum conveyor belt speed:
 
Maximum conveyor belt speed (b) = block magnet width (a) / 0.3 (sec.)
 
Recommended conveyor belt speed (b) = block magnet width (a) / 0.3 (sec.)

Placement

Placement

The distance between a magnet and the conveyor belt must be as small as possible. The magnetic force decreases exponentially with increasing distance. There is, however, a minimum distance required so the rubber cleats safely remove all the ferrous parts from the material flow. There are two methods for use/placement of overband magnets: transverse and in-line. Goudsmit has a specific, optimum magnet configuration for both mounting options.
 
Transverse ('Cross')
In practice, transverse placement is most common, because it is easier to install in an existing line. An additional advantage is a ferrous discharge to the side, which from the logistical perspective is easier to process.
 
'In-line'
If you have the option to place your overband magnet in line with the conveyor belt, this is always preferred. The advantage of this is that the transported material ‘breaks open’ at the end of the belt (head roller) and is therefore suspended in mid-air for several milliseconds. As a result, the magnet can easily pull the ferrous metal out of the product flow.

Non magnetic zone

Non magnetic zone

When positioning the magnet, the construction below the magnet such as the frame, bearing rollers and end rollers must be made of non-magnetic material. This is because steel parts will become magnetized, which will adversely affect the separation performance of the overband magnet.
 
For more information and the rule of thumb, see: Non-magnetic-zone

Suitable for belt width : 1400 mm
ROP-F6-I-140-W-G-L-B-B-B-NA
SKU: ROFI140360
Stock *: 0
Advised max. installation height: 450 mm
Suitable for: Inline mounting
Cost effective solution. Suitable for thin to thick layers and do not require a control box. Very reliable and available in many belt widths. Available in transverse or in-line versions for installation above your conveyor belt or end pulley.

Cross or inline version
For belt width 400-1600 mm
Easy to install
Permanent magnet
Max. installation height 450 mm

Application

Application

An overbelt magnet is suitable for removal or separation of high volumes of iron or steel and hangs above a flat- or trough-shaped conveyor. This type of magnet is self-cleaning and continuously separates (ferromagnetic) Fe parts from material streams. The iron removal efficiency of overband magnets ranges from 70 to 90%. This depends on magnet design, product flow and placement. Automatic self-cleaning overband magnetic separators are suitable for both the recovery (recycling) of ferrous parts and the removal/elimination of impurities (iron contaminants).
These magnets are mainly suitable for coarser fractions with pieces larger than 10 mm. Thanks to the robust, reliable technology, these magnets have applications in many industries. Putting a permanent overbelt magnet in service requires nothing more than four suspension points, sufficient space and power to drive the conveyor belt.

Operation

Operation

Conveyor belt speed:
to remove ferrous or iron parts from a material flow, they must remain in a magnetic field for between approximately 0.3 and 0.5 seconds, where they are magnetized. To achieve maximum separation, it is important to optimally match the size of the magnet block (main pole) and the belt speed. This means that with a narrow overband magnet the conveyor belt beneath it must run at lower capacity (m/s) than with a wider magnet at the same suspension height. The following formula provides an indication of the maximum conveyor belt speed:
 
Maximum conveyor belt speed (b) = block magnet width (a) / 0.3 (sec.)
 
Recommended conveyor belt speed (b) = block magnet width (a) / 0.3 (sec.)

Placement

Placement

The distance between a magnet and the conveyor belt must be as small as possible. The magnetic force decreases exponentially with increasing distance. There is, however, a minimum distance required so the rubber cleats safely remove all the ferrous parts from the material flow. There are two methods for use/placement of overband magnets: transverse and in-line. Goudsmit has a specific, optimum magnet configuration for both mounting options.
 
Transverse ('Cross')
In practice, transverse placement is most common, because it is easier to install in an existing line. An additional advantage is a ferrous discharge to the side, which from the logistical perspective is easier to process.
 
'In-line'
If you have the option to place your overband magnet in line with the conveyor belt, this is always preferred. The advantage of this is that the transported material ‘breaks open’ at the end of the belt (head roller) and is therefore suspended in mid-air for several milliseconds. As a result, the magnet can easily pull the ferrous metal out of the product flow.

Non magnetic zone

Non magnetic zone

When positioning the magnet, the construction below the magnet such as the frame, bearing rollers and end rollers must be made of non-magnetic material. This is because steel parts will become magnetized, which will adversely affect the separation performance of the overband magnet.
 
For more information and the rule of thumb, see: Non-magnetic-zone

Suitable for belt width : 1400 mm
ROP-F5-I-140-W-G-L-B-B-B-NA
SKU: ROFI140350
Stock *: 0
Advised max. installation height: 400 mm
Suitable for: Inline mounting
Cost effective solution. Suitable for thin to thick layers and do not require a control box. Very reliable and available in many belt widths. Available in transverse or in-line versions for installation above your conveyor belt or end pulley.

Cross or inline version
For belt width 400-1600 mm
Easy to install
Permanent magnet
Max. installation height 450 mm

Application

Application

An overbelt magnet is suitable for removal or separation of high volumes of iron or steel and hangs above a flat- or trough-shaped conveyor. This type of magnet is self-cleaning and continuously separates (ferromagnetic) Fe parts from material streams. The iron removal efficiency of overband magnets ranges from 70 to 90%. This depends on magnet design, product flow and placement. Automatic self-cleaning overband magnetic separators are suitable for both the recovery (recycling) of ferrous parts and the removal/elimination of impurities (iron contaminants).
These magnets are mainly suitable for coarser fractions with pieces larger than 10 mm. Thanks to the robust, reliable technology, these magnets have applications in many industries. Putting a permanent overbelt magnet in service requires nothing more than four suspension points, sufficient space and power to drive the conveyor belt.

Operation

Operation

Conveyor belt speed:
to remove ferrous or iron parts from a material flow, they must remain in a magnetic field for between approximately 0.3 and 0.5 seconds, where they are magnetized. To achieve maximum separation, it is important to optimally match the size of the magnet block (main pole) and the belt speed. This means that with a narrow overband magnet the conveyor belt beneath it must run at lower capacity (m/s) than with a wider magnet at the same suspension height. The following formula provides an indication of the maximum conveyor belt speed:
 
Maximum conveyor belt speed (b) = block magnet width (a) / 0.3 (sec.)
 
Recommended conveyor belt speed (b) = block magnet width (a) / 0.3 (sec.)

Placement

Placement

The distance between a magnet and the conveyor belt must be as small as possible. The magnetic force decreases exponentially with increasing distance. There is, however, a minimum distance required so the rubber cleats safely remove all the ferrous parts from the material flow. There are two methods for use/placement of overband magnets: transverse and in-line. Goudsmit has a specific, optimum magnet configuration for both mounting options.
 
Transverse ('Cross')
In practice, transverse placement is most common, because it is easier to install in an existing line. An additional advantage is a ferrous discharge to the side, which from the logistical perspective is easier to process.
 
'In-line'
If you have the option to place your overband magnet in line with the conveyor belt, this is always preferred. The advantage of this is that the transported material ‘breaks open’ at the end of the belt (head roller) and is therefore suspended in mid-air for several milliseconds. As a result, the magnet can easily pull the ferrous metal out of the product flow.

Non magnetic zone

Non magnetic zone

When positioning the magnet, the construction below the magnet such as the frame, bearing rollers and end rollers must be made of non-magnetic material. This is because steel parts will become magnetized, which will adversely affect the separation performance of the overband magnet.
 
For more information and the rule of thumb, see: Non-magnetic-zone

Suitable for belt width : 1200 mm
ROP-F5-I-120-W-G-L-B-B-B-NA
SKU: ROFI120350
Stock *: 0
Advised max. installation height: 400 mm
Suitable for: Inline mounting
Cost effective solution. Suitable for thin to thick layers and do not require a control box. Very reliable and available in many belt widths. Available in transverse or in-line versions for installation above your conveyor belt or end pulley.

Cross or inline version
For belt width 400-1600 mm
Easy to install
Permanent magnet
Max. installation height 450 mm

Application

Application

An overbelt magnet is suitable for removal or separation of high volumes of iron or steel and hangs above a flat- or trough-shaped conveyor. This type of magnet is self-cleaning and continuously separates (ferromagnetic) Fe parts from material streams. The iron removal efficiency of overband magnets ranges from 70 to 90%. This depends on magnet design, product flow and placement. Automatic self-cleaning overband magnetic separators are suitable for both the recovery (recycling) of ferrous parts and the removal/elimination of impurities (iron contaminants).
These magnets are mainly suitable for coarser fractions with pieces larger than 10 mm. Thanks to the robust, reliable technology, these magnets have applications in many industries. Putting a permanent overbelt magnet in service requires nothing more than four suspension points, sufficient space and power to drive the conveyor belt.

Operation

Operation

Conveyor belt speed:
to remove ferrous or iron parts from a material flow, they must remain in a magnetic field for between approximately 0.3 and 0.5 seconds, where they are magnetized. To achieve maximum separation, it is important to optimally match the size of the magnet block (main pole) and the belt speed. This means that with a narrow overband magnet the conveyor belt beneath it must run at lower capacity (m/s) than with a wider magnet at the same suspension height. The following formula provides an indication of the maximum conveyor belt speed:
 
Maximum conveyor belt speed (b) = block magnet width (a) / 0.3 (sec.)
 
Recommended conveyor belt speed (b) = block magnet width (a) / 0.3 (sec.)

Placement

Placement

The distance between a magnet and the conveyor belt must be as small as possible. The magnetic force decreases exponentially with increasing distance. There is, however, a minimum distance required so the rubber cleats safely remove all the ferrous parts from the material flow. There are two methods for use/placement of overband magnets: transverse and in-line. Goudsmit has a specific, optimum magnet configuration for both mounting options.
 
Transverse ('Cross')
In practice, transverse placement is most common, because it is easier to install in an existing line. An additional advantage is a ferrous discharge to the side, which from the logistical perspective is easier to process.
 
'In-line'
If you have the option to place your overband magnet in line with the conveyor belt, this is always preferred. The advantage of this is that the transported material ‘breaks open’ at the end of the belt (head roller) and is therefore suspended in mid-air for several milliseconds. As a result, the magnet can easily pull the ferrous metal out of the product flow.

Non magnetic zone

Non magnetic zone

When positioning the magnet, the construction below the magnet such as the frame, bearing rollers and end rollers must be made of non-magnetic material. This is because steel parts will become magnetized, which will adversely affect the separation performance of the overband magnet.
 
For more information and the rule of thumb, see: Non-magnetic-zone

Suitable for belt width : 1200 mm
ROP-F4-I-120-W-G-L-B-B-B-NA
SKU: ROFI120340
Stock *: 0
Advised max. installation height: 320 mm
Suitable for: Inline mounting
Cost effective solution. Suitable for thin to thick layers and do not require a control box. Very reliable and available in many belt widths. Available in transverse or in-line versions for installation above your conveyor belt or end pulley.

Cross or inline version
For belt width 400-1600 mm
Easy to install
Permanent magnet
Max. installation height 450 mm

Application

Application

An overbelt magnet is suitable for removal or separation of high volumes of iron or steel and hangs above a flat- or trough-shaped conveyor. This type of magnet is self-cleaning and continuously separates (ferromagnetic) Fe parts from material streams. The iron removal efficiency of overband magnets ranges from 70 to 90%. This depends on magnet design, product flow and placement. Automatic self-cleaning overband magnetic separators are suitable for both the recovery (recycling) of ferrous parts and the removal/elimination of impurities (iron contaminants).
These magnets are mainly suitable for coarser fractions with pieces larger than 10 mm. Thanks to the robust, reliable technology, these magnets have applications in many industries. Putting a permanent overbelt magnet in service requires nothing more than four suspension points, sufficient space and power to drive the conveyor belt.

Operation

Operation

Conveyor belt speed:
to remove ferrous or iron parts from a material flow, they must remain in a magnetic field for between approximately 0.3 and 0.5 seconds, where they are magnetized. To achieve maximum separation, it is important to optimally match the size of the magnet block (main pole) and the belt speed. This means that with a narrow overband magnet the conveyor belt beneath it must run at lower capacity (m/s) than with a wider magnet at the same suspension height. The following formula provides an indication of the maximum conveyor belt speed:
 
Maximum conveyor belt speed (b) = block magnet width (a) / 0.3 (sec.)
 
Recommended conveyor belt speed (b) = block magnet width (a) / 0.3 (sec.)

Placement

Placement

The distance between a magnet and the conveyor belt must be as small as possible. The magnetic force decreases exponentially with increasing distance. There is, however, a minimum distance required so the rubber cleats safely remove all the ferrous parts from the material flow. There are two methods for use/placement of overband magnets: transverse and in-line. Goudsmit has a specific, optimum magnet configuration for both mounting options.
 
Transverse ('Cross')
In practice, transverse placement is most common, because it is easier to install in an existing line. An additional advantage is a ferrous discharge to the side, which from the logistical perspective is easier to process.
 
'In-line'
If you have the option to place your overband magnet in line with the conveyor belt, this is always preferred. The advantage of this is that the transported material ‘breaks open’ at the end of the belt (head roller) and is therefore suspended in mid-air for several milliseconds. As a result, the magnet can easily pull the ferrous metal out of the product flow.

Non magnetic zone

Non magnetic zone

When positioning the magnet, the construction below the magnet such as the frame, bearing rollers and end rollers must be made of non-magnetic material. This is because steel parts will become magnetized, which will adversely affect the separation performance of the overband magnet.
 
For more information and the rule of thumb, see: Non-magnetic-zone

Suitable for belt width : 1000 mm
ROP-F4-I-100-W-G-L-B-B-B-NA
SKU: ROFI100340
Stock *: 0
Advised max. installation height: 320 mm
Suitable for: Inline mounting
Cost effective solution. Suitable for thin to thick layers and do not require a control box. Very reliable and available in many belt widths. Available in transverse or in-line versions for installation above your conveyor belt or end pulley.

Cross or inline version
For belt width 400-1600 mm
Easy to install
Permanent magnet
Max. installation height 450 mm

Application

Application

An overbelt magnet is suitable for removal or separation of high volumes of iron or steel and hangs above a flat- or trough-shaped conveyor. This type of magnet is self-cleaning and continuously separates (ferromagnetic) Fe parts from material streams. The iron removal efficiency of overband magnets ranges from 70 to 90%. This depends on magnet design, product flow and placement. Automatic self-cleaning overband magnetic separators are suitable for both the recovery (recycling) of ferrous parts and the removal/elimination of impurities (iron contaminants).
These magnets are mainly suitable for coarser fractions with pieces larger than 10 mm. Thanks to the robust, reliable technology, these magnets have applications in many industries. Putting a permanent overbelt magnet in service requires nothing more than four suspension points, sufficient space and power to drive the conveyor belt.

Operation

Operation

Conveyor belt speed:
to remove ferrous or iron parts from a material flow, they must remain in a magnetic field for between approximately 0.3 and 0.5 seconds, where they are magnetized. To achieve maximum separation, it is important to optimally match the size of the magnet block (main pole) and the belt speed. This means that with a narrow overband magnet the conveyor belt beneath it must run at lower capacity (m/s) than with a wider magnet at the same suspension height. The following formula provides an indication of the maximum conveyor belt speed:
 
Maximum conveyor belt speed (b) = block magnet width (a) / 0.3 (sec.)
 
Recommended conveyor belt speed (b) = block magnet width (a) / 0.3 (sec.)

Placement

Placement

The distance between a magnet and the conveyor belt must be as small as possible. The magnetic force decreases exponentially with increasing distance. There is, however, a minimum distance required so the rubber cleats safely remove all the ferrous parts from the material flow. There are two methods for use/placement of overband magnets: transverse and in-line. Goudsmit has a specific, optimum magnet configuration for both mounting options.
 
Transverse ('Cross')
In practice, transverse placement is most common, because it is easier to install in an existing line. An additional advantage is a ferrous discharge to the side, which from the logistical perspective is easier to process.
 
'In-line'
If you have the option to place your overband magnet in line with the conveyor belt, this is always preferred. The advantage of this is that the transported material ‘breaks open’ at the end of the belt (head roller) and is therefore suspended in mid-air for several milliseconds. As a result, the magnet can easily pull the ferrous metal out of the product flow.

Non magnetic zone

Non magnetic zone

When positioning the magnet, the construction below the magnet such as the frame, bearing rollers and end rollers must be made of non-magnetic material. This is because steel parts will become magnetized, which will adversely affect the separation performance of the overband magnet.
 
For more information and the rule of thumb, see: Non-magnetic-zone

Suitable for belt width : 1000 mm
ROP-F3-I-100-W-G-L-B-B-B-NA
SKU: ROFI100330
Stock *: 0
Advised max. installation height: 280 mm
Suitable for: Inline mounting
Cost effective solution. Suitable for thin to thick layers and do not require a control box. Very reliable and available in many belt widths. Available in transverse or in-line versions for installation above your conveyor belt or end pulley.

Cross or inline version
For belt width 400-1600 mm
Easy to install
Permanent magnet
Max. installation height 450 mm

Application

Application

An overbelt magnet is suitable for removal or separation of high volumes of iron or steel and hangs above a flat- or trough-shaped conveyor. This type of magnet is self-cleaning and continuously separates (ferromagnetic) Fe parts from material streams. The iron removal efficiency of overband magnets ranges from 70 to 90%. This depends on magnet design, product flow and placement. Automatic self-cleaning overband magnetic separators are suitable for both the recovery (recycling) of ferrous parts and the removal/elimination of impurities (iron contaminants).
These magnets are mainly suitable for coarser fractions with pieces larger than 10 mm. Thanks to the robust, reliable technology, these magnets have applications in many industries. Putting a permanent overbelt magnet in service requires nothing more than four suspension points, sufficient space and power to drive the conveyor belt.

Operation

Operation

Conveyor belt speed:
to remove ferrous or iron parts from a material flow, they must remain in a magnetic field for between approximately 0.3 and 0.5 seconds, where they are magnetized. To achieve maximum separation, it is important to optimally match the size of the magnet block (main pole) and the belt speed. This means that with a narrow overband magnet the conveyor belt beneath it must run at lower capacity (m/s) than with a wider magnet at the same suspension height. The following formula provides an indication of the maximum conveyor belt speed:
 
Maximum conveyor belt speed (b) = block magnet width (a) / 0.3 (sec.)
 
Recommended conveyor belt speed (b) = block magnet width (a) / 0.3 (sec.)

Placement

Placement

The distance between a magnet and the conveyor belt must be as small as possible. The magnetic force decreases exponentially with increasing distance. There is, however, a minimum distance required so the rubber cleats safely remove all the ferrous parts from the material flow. There are two methods for use/placement of overband magnets: transverse and in-line. Goudsmit has a specific, optimum magnet configuration for both mounting options.
 
Transverse ('Cross')
In practice, transverse placement is most common, because it is easier to install in an existing line. An additional advantage is a ferrous discharge to the side, which from the logistical perspective is easier to process.
 
'In-line'
If you have the option to place your overband magnet in line with the conveyor belt, this is always preferred. The advantage of this is that the transported material ‘breaks open’ at the end of the belt (head roller) and is therefore suspended in mid-air for several milliseconds. As a result, the magnet can easily pull the ferrous metal out of the product flow.

Non magnetic zone

Non magnetic zone

When positioning the magnet, the construction below the magnet such as the frame, bearing rollers and end rollers must be made of non-magnetic material. This is because steel parts will become magnetized, which will adversely affect the separation performance of the overband magnet.
 
For more information and the rule of thumb, see: Non-magnetic-zone

Suitable for belt width : 800 mm
ROP-F3-I-080-W-G-L-B-B-B-NA
SKU: ROFI080330
Stock *: 0
Advised max. installation height: 280 mm
Suitable for: Inline mounting
Cost effective solution. Suitable for thin to thick layers and do not require a control box. Very reliable and available in many belt widths. Available in transverse or in-line versions for installation above your conveyor belt or end pulley.

Cross or inline version
For belt width 400-1600 mm
Easy to install
Permanent magnet
Max. installation height 450 mm

Application

Application

An overbelt magnet is suitable for removal or separation of high volumes of iron or steel and hangs above a flat- or trough-shaped conveyor. This type of magnet is self-cleaning and continuously separates (ferromagnetic) Fe parts from material streams. The iron removal efficiency of overband magnets ranges from 70 to 90%. This depends on magnet design, product flow and placement. Automatic self-cleaning overband magnetic separators are suitable for both the recovery (recycling) of ferrous parts and the removal/elimination of impurities (iron contaminants).
These magnets are mainly suitable for coarser fractions with pieces larger than 10 mm. Thanks to the robust, reliable technology, these magnets have applications in many industries. Putting a permanent overbelt magnet in service requires nothing more than four suspension points, sufficient space and power to drive the conveyor belt.

Operation

Operation

Conveyor belt speed:
to remove ferrous or iron parts from a material flow, they must remain in a magnetic field for between approximately 0.3 and 0.5 seconds, where they are magnetized. To achieve maximum separation, it is important to optimally match the size of the magnet block (main pole) and the belt speed. This means that with a narrow overband magnet the conveyor belt beneath it must run at lower capacity (m/s) than with a wider magnet at the same suspension height. The following formula provides an indication of the maximum conveyor belt speed:
 
Maximum conveyor belt speed (b) = block magnet width (a) / 0.3 (sec.)
 
Recommended conveyor belt speed (b) = block magnet width (a) / 0.3 (sec.)

Placement

Placement

The distance between a magnet and the conveyor belt must be as small as possible. The magnetic force decreases exponentially with increasing distance. There is, however, a minimum distance required so the rubber cleats safely remove all the ferrous parts from the material flow. There are two methods for use/placement of overband magnets: transverse and in-line. Goudsmit has a specific, optimum magnet configuration for both mounting options.
 
Transverse ('Cross')
In practice, transverse placement is most common, because it is easier to install in an existing line. An additional advantage is a ferrous discharge to the side, which from the logistical perspective is easier to process.
 
'In-line'
If you have the option to place your overband magnet in line with the conveyor belt, this is always preferred. The advantage of this is that the transported material ‘breaks open’ at the end of the belt (head roller) and is therefore suspended in mid-air for several milliseconds. As a result, the magnet can easily pull the ferrous metal out of the product flow.

Non magnetic zone

Non magnetic zone

When positioning the magnet, the construction below the magnet such as the frame, bearing rollers and end rollers must be made of non-magnetic material. This is because steel parts will become magnetized, which will adversely affect the separation performance of the overband magnet.
 
For more information and the rule of thumb, see: Non-magnetic-zone

Suitable for belt width : 1600 mm
ROP-F6-C-160-W-G-L-B-B-B-NA
SKU: ROFC160360
Stock *: 0
Advised max. installation height: 450 mm
Suitable for: Cross mounting
Cost effective solution. Suitable for thin to thick layers and do not require a control box. Very reliable and available in many belt widths. Available in transverse or in-line versions for installation above your conveyor belt or end pulley.

Cross or inline version
For belt width 400-1600 mm
Easy to install
Permanent magnet
Max. installation height 450 mm

Application

Application

An overbelt magnet is suitable for removal or separation of high volumes of iron or steel and hangs above a flat- or trough-shaped conveyor. This type of magnet is self-cleaning and continuously separates (ferromagnetic) Fe parts from material streams. The iron removal efficiency of overband magnets ranges from 70 to 90%. This depends on magnet design, product flow and placement. Automatic self-cleaning overband magnetic separators are suitable for both the recovery (recycling) of ferrous parts and the removal/elimination of impurities (iron contaminants).
These magnets are mainly suitable for coarser fractions with pieces larger than 10 mm. Thanks to the robust, reliable technology, these magnets have applications in many industries. Putting a permanent overbelt magnet in service requires nothing more than four suspension points, sufficient space and power to drive the conveyor belt.

Operation

Operation

Conveyor belt speed:
to remove ferrous or iron parts from a material flow, they must remain in a magnetic field for between approximately 0.3 and 0.5 seconds, where they are magnetized. To achieve maximum separation, it is important to optimally match the size of the magnet block (main pole) and the belt speed. This means that with a narrow overband magnet the conveyor belt beneath it must run at lower capacity (m/s) than with a wider magnet at the same suspension height. The following formula provides an indication of the maximum conveyor belt speed:
 
Maximum conveyor belt speed (b) = block magnet width (a) / 0.3 (sec.)
 
Recommended conveyor belt speed (b) = block magnet width (a) / 0.3 (sec.)

Placement

Placement

The distance between a magnet and the conveyor belt must be as small as possible. The magnetic force decreases exponentially with increasing distance. There is, however, a minimum distance required so the rubber cleats safely remove all the ferrous parts from the material flow. There are two methods for use/placement of overband magnets: transverse and in-line. Goudsmit has a specific, optimum magnet configuration for both mounting options.
 
Transverse ('Cross')
In practice, transverse placement is most common, because it is easier to install in an existing line. An additional advantage is a ferrous discharge to the side, which from the logistical perspective is easier to process.
 
'In-line'
If you have the option to place your overband magnet in line with the conveyor belt, this is always preferred. The advantage of this is that the transported material ‘breaks open’ at the end of the belt (head roller) and is therefore suspended in mid-air for several milliseconds. As a result, the magnet can easily pull the ferrous metal out of the product flow.

Non magnetic zone

Non magnetic zone

When positioning the magnet, the construction below the magnet such as the frame, bearing rollers and end rollers must be made of non-magnetic material. This is because steel parts will become magnetized, which will adversely affect the separation performance of the overband magnet.
 
For more information and the rule of thumb, see: Non-magnetic-zone

Suitable for belt width : 1400 mm
ROP-F6-C-140-W-G-L-B-B-B-NA
SKU: ROFC140360
Stock *: 0
Advised max. installation height: 450 mm
Suitable for: Cross mounting
Cost effective solution. Suitable for thin to thick layers and do not require a control box. Very reliable and available in many belt widths. Available in transverse or in-line versions for installation above your conveyor belt or end pulley.

Cross or inline version
For belt width 400-1600 mm
Easy to install
Permanent magnet
Max. installation height 450 mm

Application

Application

An overbelt magnet is suitable for removal or separation of high volumes of iron or steel and hangs above a flat- or trough-shaped conveyor. This type of magnet is self-cleaning and continuously separates (ferromagnetic) Fe parts from material streams. The iron removal efficiency of overband magnets ranges from 70 to 90%. This depends on magnet design, product flow and placement. Automatic self-cleaning overband magnetic separators are suitable for both the recovery (recycling) of ferrous parts and the removal/elimination of impurities (iron contaminants).
These magnets are mainly suitable for coarser fractions with pieces larger than 10 mm. Thanks to the robust, reliable technology, these magnets have applications in many industries. Putting a permanent overbelt magnet in service requires nothing more than four suspension points, sufficient space and power to drive the conveyor belt.

Operation

Operation

Conveyor belt speed:
to remove ferrous or iron parts from a material flow, they must remain in a magnetic field for between approximately 0.3 and 0.5 seconds, where they are magnetized. To achieve maximum separation, it is important to optimally match the size of the magnet block (main pole) and the belt speed. This means that with a narrow overband magnet the conveyor belt beneath it must run at lower capacity (m/s) than with a wider magnet at the same suspension height. The following formula provides an indication of the maximum conveyor belt speed:
 
Maximum conveyor belt speed (b) = block magnet width (a) / 0.3 (sec.)
 
Recommended conveyor belt speed (b) = block magnet width (a) / 0.3 (sec.)

Placement

Placement

The distance between a magnet and the conveyor belt must be as small as possible. The magnetic force decreases exponentially with increasing distance. There is, however, a minimum distance required so the rubber cleats safely remove all the ferrous parts from the material flow. There are two methods for use/placement of overband magnets: transverse and in-line. Goudsmit has a specific, optimum magnet configuration for both mounting options.
 
Transverse ('Cross')
In practice, transverse placement is most common, because it is easier to install in an existing line. An additional advantage is a ferrous discharge to the side, which from the logistical perspective is easier to process.
 
'In-line'
If you have the option to place your overband magnet in line with the conveyor belt, this is always preferred. The advantage of this is that the transported material ‘breaks open’ at the end of the belt (head roller) and is therefore suspended in mid-air for several milliseconds. As a result, the magnet can easily pull the ferrous metal out of the product flow.

Non magnetic zone

Non magnetic zone

When positioning the magnet, the construction below the magnet such as the frame, bearing rollers and end rollers must be made of non-magnetic material. This is because steel parts will become magnetized, which will adversely affect the separation performance of the overband magnet.
 
For more information and the rule of thumb, see: Non-magnetic-zone

Suitable for belt width : 1200 mm
ROP-F6-C-120-W-G-L-B-B-B-NA
SKU: ROFC120360
Stock *: 0
Advised max. installation height: 450 mm
Suitable for: Cross mounting
Cost effective solution. Suitable for thin to thick layers and do not require a control box. Very reliable and available in many belt widths. Available in transverse or in-line versions for installation above your conveyor belt or end pulley.

Cross or inline version
For belt width 400-1600 mm
Easy to install
Permanent magnet
Max. installation height 450 mm

Application

Application

An overbelt magnet is suitable for removal or separation of high volumes of iron or steel and hangs above a flat- or trough-shaped conveyor. This type of magnet is self-cleaning and continuously separates (ferromagnetic) Fe parts from material streams. The iron removal efficiency of overband magnets ranges from 70 to 90%. This depends on magnet design, product flow and placement. Automatic self-cleaning overband magnetic separators are suitable for both the recovery (recycling) of ferrous parts and the removal/elimination of impurities (iron contaminants).
These magnets are mainly suitable for coarser fractions with pieces larger than 10 mm. Thanks to the robust, reliable technology, these magnets have applications in many industries. Putting a permanent overbelt magnet in service requires nothing more than four suspension points, sufficient space and power to drive the conveyor belt.

Operation

Operation

Conveyor belt speed:
to remove ferrous or iron parts from a material flow, they must remain in a magnetic field for between approximately 0.3 and 0.5 seconds, where they are magnetized. To achieve maximum separation, it is important to optimally match the size of the magnet block (main pole) and the belt speed. This means that with a narrow overband magnet the conveyor belt beneath it must run at lower capacity (m/s) than with a wider magnet at the same suspension height. The following formula provides an indication of the maximum conveyor belt speed:
 
Maximum conveyor belt speed (b) = block magnet width (a) / 0.3 (sec.)
 
Recommended conveyor belt speed (b) = block magnet width (a) / 0.3 (sec.)

Placement

Placement

The distance between a magnet and the conveyor belt must be as small as possible. The magnetic force decreases exponentially with increasing distance. There is, however, a minimum distance required so the rubber cleats safely remove all the ferrous parts from the material flow. There are two methods for use/placement of overband magnets: transverse and in-line. Goudsmit has a specific, optimum magnet configuration for both mounting options.
 
Transverse ('Cross')
In practice, transverse placement is most common, because it is easier to install in an existing line. An additional advantage is a ferrous discharge to the side, which from the logistical perspective is easier to process.
 
'In-line'
If you have the option to place your overband magnet in line with the conveyor belt, this is always preferred. The advantage of this is that the transported material ‘breaks open’ at the end of the belt (head roller) and is therefore suspended in mid-air for several milliseconds. As a result, the magnet can easily pull the ferrous metal out of the product flow.

Non magnetic zone

Non magnetic zone

When positioning the magnet, the construction below the magnet such as the frame, bearing rollers and end rollers must be made of non-magnetic material. This is because steel parts will become magnetized, which will adversely affect the separation performance of the overband magnet.
 
For more information and the rule of thumb, see: Non-magnetic-zone

Suitable for belt width : 1000 mm
ROP-F6-C-100-W-G-L-B-B-B-NA
SKU: ROFC100360
Stock *: 0
Advised max. installation height: 450 mm
Suitable for: Cross mounting
Cost effective solution. Suitable for thin to thick layers and do not require a control box. Very reliable and available in many belt widths. Available in transverse or in-line versions for installation above your conveyor belt or end pulley.

Cross or inline version
For belt width 400-1600 mm
Easy to install
Permanent magnet
Max. installation height 450 mm

Application

Application

An overbelt magnet is suitable for removal or separation of high volumes of iron or steel and hangs above a flat- or trough-shaped conveyor. This type of magnet is self-cleaning and continuously separates (ferromagnetic) Fe parts from material streams. The iron removal efficiency of overband magnets ranges from 70 to 90%. This depends on magnet design, product flow and placement. Automatic self-cleaning overband magnetic separators are suitable for both the recovery (recycling) of ferrous parts and the removal/elimination of impurities (iron contaminants).
These magnets are mainly suitable for coarser fractions with pieces larger than 10 mm. Thanks to the robust, reliable technology, these magnets have applications in many industries. Putting a permanent overbelt magnet in service requires nothing more than four suspension points, sufficient space and power to drive the conveyor belt.

Operation

Operation

Conveyor belt speed:
to remove ferrous or iron parts from a material flow, they must remain in a magnetic field for between approximately 0.3 and 0.5 seconds, where they are magnetized. To achieve maximum separation, it is important to optimally match the size of the magnet block (main pole) and the belt speed. This means that with a narrow overband magnet the conveyor belt beneath it must run at lower capacity (m/s) than with a wider magnet at the same suspension height. The following formula provides an indication of the maximum conveyor belt speed:
 
Maximum conveyor belt speed (b) = block magnet width (a) / 0.3 (sec.)
 
Recommended conveyor belt speed (b) = block magnet width (a) / 0.3 (sec.)

Placement

Placement

The distance between a magnet and the conveyor belt must be as small as possible. The magnetic force decreases exponentially with increasing distance. There is, however, a minimum distance required so the rubber cleats safely remove all the ferrous parts from the material flow. There are two methods for use/placement of overband magnets: transverse and in-line. Goudsmit has a specific, optimum magnet configuration for both mounting options.
 
Transverse ('Cross')
In practice, transverse placement is most common, because it is easier to install in an existing line. An additional advantage is a ferrous discharge to the side, which from the logistical perspective is easier to process.
 
'In-line'
If you have the option to place your overband magnet in line with the conveyor belt, this is always preferred. The advantage of this is that the transported material ‘breaks open’ at the end of the belt (head roller) and is therefore suspended in mid-air for several milliseconds. As a result, the magnet can easily pull the ferrous metal out of the product flow.

Non magnetic zone

Non magnetic zone

When positioning the magnet, the construction below the magnet such as the frame, bearing rollers and end rollers must be made of non-magnetic material. This is because steel parts will become magnetized, which will adversely affect the separation performance of the overband magnet.
 
For more information and the rule of thumb, see: Non-magnetic-zone

Suitable for belt width : 1600 mm
ROP-F5-C-160-W-G-L-B-B-B-NA
SKU: ROFC160350
Stock *: 0
Advised max. installation height: 400 mm
Suitable for: Cross mounting
Cost effective solution. Suitable for thin to thick layers and do not require a control box. Very reliable and available in many belt widths. Available in transverse or in-line versions for installation above your conveyor belt or end pulley.

Cross or inline version
For belt width 400-1600 mm
Easy to install
Permanent magnet
Max. installation height 450 mm

Application

Application

An overbelt magnet is suitable for removal or separation of high volumes of iron or steel and hangs above a flat- or trough-shaped conveyor. This type of magnet is self-cleaning and continuously separates (ferromagnetic) Fe parts from material streams. The iron removal efficiency of overband magnets ranges from 70 to 90%. This depends on magnet design, product flow and placement. Automatic self-cleaning overband magnetic separators are suitable for both the recovery (recycling) of ferrous parts and the removal/elimination of impurities (iron contaminants).
These magnets are mainly suitable for coarser fractions with pieces larger than 10 mm. Thanks to the robust, reliable technology, these magnets have applications in many industries. Putting a permanent overbelt magnet in service requires nothing more than four suspension points, sufficient space and power to drive the conveyor belt.

Operation

Operation

Conveyor belt speed:
to remove ferrous or iron parts from a material flow, they must remain in a magnetic field for between approximately 0.3 and 0.5 seconds, where they are magnetized. To achieve maximum separation, it is important to optimally match the size of the magnet block (main pole) and the belt speed. This means that with a narrow overband magnet the conveyor belt beneath it must run at lower capacity (m/s) than with a wider magnet at the same suspension height. The following formula provides an indication of the maximum conveyor belt speed:
 
Maximum conveyor belt speed (b) = block magnet width (a) / 0.3 (sec.)
 
Recommended conveyor belt speed (b) = block magnet width (a) / 0.3 (sec.)

Placement

Placement

The distance between a magnet and the conveyor belt must be as small as possible. The magnetic force decreases exponentially with increasing distance. There is, however, a minimum distance required so the rubber cleats safely remove all the ferrous parts from the material flow. There are two methods for use/placement of overband magnets: transverse and in-line. Goudsmit has a specific, optimum magnet configuration for both mounting options.
 
Transverse ('Cross')
In practice, transverse placement is most common, because it is easier to install in an existing line. An additional advantage is a ferrous discharge to the side, which from the logistical perspective is easier to process.
 
'In-line'
If you have the option to place your overband magnet in line with the conveyor belt, this is always preferred. The advantage of this is that the transported material ‘breaks open’ at the end of the belt (head roller) and is therefore suspended in mid-air for several milliseconds. As a result, the magnet can easily pull the ferrous metal out of the product flow.

Non magnetic zone

Non magnetic zone

When positioning the magnet, the construction below the magnet such as the frame, bearing rollers and end rollers must be made of non-magnetic material. This is because steel parts will become magnetized, which will adversely affect the separation performance of the overband magnet.
 
For more information and the rule of thumb, see: Non-magnetic-zone

Suitable for belt width : 1400 mm
ROP-F5-C-140-W-G-L-B-B-B-NA
SKU: ROFC140350
Stock: 1
Advised max. installation height: 400 mm
Suitable for: Cross mounting
Cost effective solution. Suitable for thin to thick layers and do not require a control box. Very reliable and available in many belt widths. Available in transverse or in-line versions for installation above your conveyor belt or end pulley.

Cross or inline version
For belt width 400-1600 mm
Easy to install
Permanent magnet
Max. installation height 450 mm

Application

Application

An overbelt magnet is suitable for removal or separation of high volumes of iron or steel and hangs above a flat- or trough-shaped conveyor. This type of magnet is self-cleaning and continuously separates (ferromagnetic) Fe parts from material streams. The iron removal efficiency of overband magnets ranges from 70 to 90%. This depends on magnet design, product flow and placement. Automatic self-cleaning overband magnetic separators are suitable for both the recovery (recycling) of ferrous parts and the removal/elimination of impurities (iron contaminants).
These magnets are mainly suitable for coarser fractions with pieces larger than 10 mm. Thanks to the robust, reliable technology, these magnets have applications in many industries. Putting a permanent overbelt magnet in service requires nothing more than four suspension points, sufficient space and power to drive the conveyor belt.

Operation

Operation

Conveyor belt speed:
to remove ferrous or iron parts from a material flow, they must remain in a magnetic field for between approximately 0.3 and 0.5 seconds, where they are magnetized. To achieve maximum separation, it is important to optimally match the size of the magnet block (main pole) and the belt speed. This means that with a narrow overband magnet the conveyor belt beneath it must run at lower capacity (m/s) than with a wider magnet at the same suspension height. The following formula provides an indication of the maximum conveyor belt speed:
 
Maximum conveyor belt speed (b) = block magnet width (a) / 0.3 (sec.)
 
Recommended conveyor belt speed (b) = block magnet width (a) / 0.3 (sec.)

Placement

Placement

The distance between a magnet and the conveyor belt must be as small as possible. The magnetic force decreases exponentially with increasing distance. There is, however, a minimum distance required so the rubber cleats safely remove all the ferrous parts from the material flow. There are two methods for use/placement of overband magnets: transverse and in-line. Goudsmit has a specific, optimum magnet configuration for both mounting options.
 
Transverse ('Cross')
In practice, transverse placement is most common, because it is easier to install in an existing line. An additional advantage is a ferrous discharge to the side, which from the logistical perspective is easier to process.
 
'In-line'
If you have the option to place your overband magnet in line with the conveyor belt, this is always preferred. The advantage of this is that the transported material ‘breaks open’ at the end of the belt (head roller) and is therefore suspended in mid-air for several milliseconds. As a result, the magnet can easily pull the ferrous metal out of the product flow.

Non magnetic zone

Non magnetic zone

When positioning the magnet, the construction below the magnet such as the frame, bearing rollers and end rollers must be made of non-magnetic material. This is because steel parts will become magnetized, which will adversely affect the separation performance of the overband magnet.
 
For more information and the rule of thumb, see: Non-magnetic-zone

Suitable for belt width : 1000 mm
ROP-F5-C-100-W-G-L-B-B-B-NA
SKU: ROFC100350
Stock *: 0
Advised max. installation height: 400 mm
Suitable for: Cross mounting
Cost effective solution. Suitable for thin to thick layers and do not require a control box. Very reliable and available in many belt widths. Available in transverse or in-line versions for installation above your conveyor belt or end pulley.

Cross or inline version
For belt width 400-1600 mm
Easy to install
Permanent magnet
Max. installation height 450 mm

Application

Application

An overbelt magnet is suitable for removal or separation of high volumes of iron or steel and hangs above a flat- or trough-shaped conveyor. This type of magnet is self-cleaning and continuously separates (ferromagnetic) Fe parts from material streams. The iron removal efficiency of overband magnets ranges from 70 to 90%. This depends on magnet design, product flow and placement. Automatic self-cleaning overband magnetic separators are suitable for both the recovery (recycling) of ferrous parts and the removal/elimination of impurities (iron contaminants).
These magnets are mainly suitable for coarser fractions with pieces larger than 10 mm. Thanks to the robust, reliable technology, these magnets have applications in many industries. Putting a permanent overbelt magnet in service requires nothing more than four suspension points, sufficient space and power to drive the conveyor belt.

Operation

Operation

Conveyor belt speed:
to remove ferrous or iron parts from a material flow, they must remain in a magnetic field for between approximately 0.3 and 0.5 seconds, where they are magnetized. To achieve maximum separation, it is important to optimally match the size of the magnet block (main pole) and the belt speed. This means that with a narrow overband magnet the conveyor belt beneath it must run at lower capacity (m/s) than with a wider magnet at the same suspension height. The following formula provides an indication of the maximum conveyor belt speed:
 
Maximum conveyor belt speed (b) = block magnet width (a) / 0.3 (sec.)
 
Recommended conveyor belt speed (b) = block magnet width (a) / 0.3 (sec.)

Placement

Placement

The distance between a magnet and the conveyor belt must be as small as possible. The magnetic force decreases exponentially with increasing distance. There is, however, a minimum distance required so the rubber cleats safely remove all the ferrous parts from the material flow. There are two methods for use/placement of overband magnets: transverse and in-line. Goudsmit has a specific, optimum magnet configuration for both mounting options.
 
Transverse ('Cross')
In practice, transverse placement is most common, because it is easier to install in an existing line. An additional advantage is a ferrous discharge to the side, which from the logistical perspective is easier to process.
 
'In-line'
If you have the option to place your overband magnet in line with the conveyor belt, this is always preferred. The advantage of this is that the transported material ‘breaks open’ at the end of the belt (head roller) and is therefore suspended in mid-air for several milliseconds. As a result, the magnet can easily pull the ferrous metal out of the product flow.

Non magnetic zone

Non magnetic zone

When positioning the magnet, the construction below the magnet such as the frame, bearing rollers and end rollers must be made of non-magnetic material. This is because steel parts will become magnetized, which will adversely affect the separation performance of the overband magnet.
 
For more information and the rule of thumb, see: Non-magnetic-zone

Suitable for belt width : 800 mm
ROP-F5-C-080-W-G-L-B-B-B-NA
SKU: ROFC080350
Stock *: 0
Advised max. installation height: 400 mm
Suitable for: Cross mounting
Cost effective solution. Suitable for thin to thick layers and do not require a control box. Very reliable and available in many belt widths. Available in transverse or in-line versions for installation above your conveyor belt or end pulley.

Cross or inline version
For belt width 400-1600 mm
Easy to install
Permanent magnet
Max. installation height 450 mm

Application

Application

An overbelt magnet is suitable for removal or separation of high volumes of iron or steel and hangs above a flat- or trough-shaped conveyor. This type of magnet is self-cleaning and continuously separates (ferromagnetic) Fe parts from material streams. The iron removal efficiency of overband magnets ranges from 70 to 90%. This depends on magnet design, product flow and placement. Automatic self-cleaning overband magnetic separators are suitable for both the recovery (recycling) of ferrous parts and the removal/elimination of impurities (iron contaminants).
These magnets are mainly suitable for coarser fractions with pieces larger than 10 mm. Thanks to the robust, reliable technology, these magnets have applications in many industries. Putting a permanent overbelt magnet in service requires nothing more than four suspension points, sufficient space and power to drive the conveyor belt.

Operation

Operation

Conveyor belt speed:
to remove ferrous or iron parts from a material flow, they must remain in a magnetic field for between approximately 0.3 and 0.5 seconds, where they are magnetized. To achieve maximum separation, it is important to optimally match the size of the magnet block (main pole) and the belt speed. This means that with a narrow overband magnet the conveyor belt beneath it must run at lower capacity (m/s) than with a wider magnet at the same suspension height. The following formula provides an indication of the maximum conveyor belt speed:
 
Maximum conveyor belt speed (b) = block magnet width (a) / 0.3 (sec.)
 
Recommended conveyor belt speed (b) = block magnet width (a) / 0.3 (sec.)

Placement

Placement

The distance between a magnet and the conveyor belt must be as small as possible. The magnetic force decreases exponentially with increasing distance. There is, however, a minimum distance required so the rubber cleats safely remove all the ferrous parts from the material flow. There are two methods for use/placement of overband magnets: transverse and in-line. Goudsmit has a specific, optimum magnet configuration for both mounting options.
 
Transverse ('Cross')
In practice, transverse placement is most common, because it is easier to install in an existing line. An additional advantage is a ferrous discharge to the side, which from the logistical perspective is easier to process.
 
'In-line'
If you have the option to place your overband magnet in line with the conveyor belt, this is always preferred. The advantage of this is that the transported material ‘breaks open’ at the end of the belt (head roller) and is therefore suspended in mid-air for several milliseconds. As a result, the magnet can easily pull the ferrous metal out of the product flow.

Non magnetic zone

Non magnetic zone

When positioning the magnet, the construction below the magnet such as the frame, bearing rollers and end rollers must be made of non-magnetic material. This is because steel parts will become magnetized, which will adversely affect the separation performance of the overband magnet.
 
For more information and the rule of thumb, see: Non-magnetic-zone

Suitable for belt width : 1600 mm
ROP-F4-C-160-W-G-L-B-B-B-NA
SKU: ROFC160340
Stock *: 0
Advised max. installation height: 320 mm
Suitable for: Cross mounting
Cost effective solution. Suitable for thin to thick layers and do not require a control box. Very reliable and available in many belt widths. Available in transverse or in-line versions for installation above your conveyor belt or end pulley.

Cross or inline version
For belt width 400-1600 mm
Easy to install
Permanent magnet
Max. installation height 450 mm

Application

Application

An overbelt magnet is suitable for removal or separation of high volumes of iron or steel and hangs above a flat- or trough-shaped conveyor. This type of magnet is self-cleaning and continuously separates (ferromagnetic) Fe parts from material streams. The iron removal efficiency of overband magnets ranges from 70 to 90%. This depends on magnet design, product flow and placement. Automatic self-cleaning overband magnetic separators are suitable for both the recovery (recycling) of ferrous parts and the removal/elimination of impurities (iron contaminants).
These magnets are mainly suitable for coarser fractions with pieces larger than 10 mm. Thanks to the robust, reliable technology, these magnets have applications in many industries. Putting a permanent overbelt magnet in service requires nothing more than four suspension points, sufficient space and power to drive the conveyor belt.

Operation

Operation

Conveyor belt speed:
to remove ferrous or iron parts from a material flow, they must remain in a magnetic field for between approximately 0.3 and 0.5 seconds, where they are magnetized. To achieve maximum separation, it is important to optimally match the size of the magnet block (main pole) and the belt speed. This means that with a narrow overband magnet the conveyor belt beneath it must run at lower capacity (m/s) than with a wider magnet at the same suspension height. The following formula provides an indication of the maximum conveyor belt speed:
 
Maximum conveyor belt speed (b) = block magnet width (a) / 0.3 (sec.)
 
Recommended conveyor belt speed (b) = block magnet width (a) / 0.3 (sec.)

Placement

Placement

The distance between a magnet and the conveyor belt must be as small as possible. The magnetic force decreases exponentially with increasing distance. There is, however, a minimum distance required so the rubber cleats safely remove all the ferrous parts from the material flow. There are two methods for use/placement of overband magnets: transverse and in-line. Goudsmit has a specific, optimum magnet configuration for both mounting options.
 
Transverse ('Cross')
In practice, transverse placement is most common, because it is easier to install in an existing line. An additional advantage is a ferrous discharge to the side, which from the logistical perspective is easier to process.
 
'In-line'
If you have the option to place your overband magnet in line with the conveyor belt, this is always preferred. The advantage of this is that the transported material ‘breaks open’ at the end of the belt (head roller) and is therefore suspended in mid-air for several milliseconds. As a result, the magnet can easily pull the ferrous metal out of the product flow.

Non magnetic zone

Non magnetic zone

When positioning the magnet, the construction below the magnet such as the frame, bearing rollers and end rollers must be made of non-magnetic material. This is because steel parts will become magnetized, which will adversely affect the separation performance of the overband magnet.
 
For more information and the rule of thumb, see: Non-magnetic-zone

Suitable for belt width : 1400 mm
ROP-F4-C-140-W-G-L-B-B-B-NA
SKU: ROFC140340
Stock *: 0
Advised max. installation height: 320 mm
Suitable for: Cross mounting
Cost effective solution. Suitable for thin to thick layers and do not require a control box. Very reliable and available in many belt widths. Available in transverse or in-line versions for installation above your conveyor belt or end pulley.

Cross or inline version
For belt width 400-1600 mm
Easy to install
Permanent magnet
Max. installation height 450 mm

Application

Application

An overbelt magnet is suitable for removal or separation of high volumes of iron or steel and hangs above a flat- or trough-shaped conveyor. This type of magnet is self-cleaning and continuously separates (ferromagnetic) Fe parts from material streams. The iron removal efficiency of overband magnets ranges from 70 to 90%. This depends on magnet design, product flow and placement. Automatic self-cleaning overband magnetic separators are suitable for both the recovery (recycling) of ferrous parts and the removal/elimination of impurities (iron contaminants).
These magnets are mainly suitable for coarser fractions with pieces larger than 10 mm. Thanks to the robust, reliable technology, these magnets have applications in many industries. Putting a permanent overbelt magnet in service requires nothing more than four suspension points, sufficient space and power to drive the conveyor belt.

Operation

Operation

Conveyor belt speed:
to remove ferrous or iron parts from a material flow, they must remain in a magnetic field for between approximately 0.3 and 0.5 seconds, where they are magnetized. To achieve maximum separation, it is important to optimally match the size of the magnet block (main pole) and the belt speed. This means that with a narrow overband magnet the conveyor belt beneath it must run at lower capacity (m/s) than with a wider magnet at the same suspension height. The following formula provides an indication of the maximum conveyor belt speed:
 
Maximum conveyor belt speed (b) = block magnet width (a) / 0.3 (sec.)
 
Recommended conveyor belt speed (b) = block magnet width (a) / 0.3 (sec.)

Placement

Placement

The distance between a magnet and the conveyor belt must be as small as possible. The magnetic force decreases exponentially with increasing distance. There is, however, a minimum distance required so the rubber cleats safely remove all the ferrous parts from the material flow. There are two methods for use/placement of overband magnets: transverse and in-line. Goudsmit has a specific, optimum magnet configuration for both mounting options.
 
Transverse ('Cross')
In practice, transverse placement is most common, because it is easier to install in an existing line. An additional advantage is a ferrous discharge to the side, which from the logistical perspective is easier to process.
 
'In-line'
If you have the option to place your overband magnet in line with the conveyor belt, this is always preferred. The advantage of this is that the transported material ‘breaks open’ at the end of the belt (head roller) and is therefore suspended in mid-air for several milliseconds. As a result, the magnet can easily pull the ferrous metal out of the product flow.

Non magnetic zone

Non magnetic zone

When positioning the magnet, the construction below the magnet such as the frame, bearing rollers and end rollers must be made of non-magnetic material. This is because steel parts will become magnetized, which will adversely affect the separation performance of the overband magnet.
 
For more information and the rule of thumb, see: Non-magnetic-zone

Suitable for belt width : 1200 mm
ROP-F4-C-120-W-G-L-B-B-B-NA
SKU: ROFC120340
Stock *: 0
Advised max. installation height: 320 mm
Suitable for: Cross mounting
Cost effective solution. Suitable for thin to thick layers and do not require a control box. Very reliable and available in many belt widths. Available in transverse or in-line versions for installation above your conveyor belt or end pulley.

Cross or inline version
For belt width 400-1600 mm
Easy to install
Permanent magnet
Max. installation height 450 mm

Application

Application

An overbelt magnet is suitable for removal or separation of high volumes of iron or steel and hangs above a flat- or trough-shaped conveyor. This type of magnet is self-cleaning and continuously separates (ferromagnetic) Fe parts from material streams. The iron removal efficiency of overband magnets ranges from 70 to 90%. This depends on magnet design, product flow and placement. Automatic self-cleaning overband magnetic separators are suitable for both the recovery (recycling) of ferrous parts and the removal/elimination of impurities (iron contaminants).
These magnets are mainly suitable for coarser fractions with pieces larger than 10 mm. Thanks to the robust, reliable technology, these magnets have applications in many industries. Putting a permanent overbelt magnet in service requires nothing more than four suspension points, sufficient space and power to drive the conveyor belt.

Operation

Operation

Conveyor belt speed:
to remove ferrous or iron parts from a material flow, they must remain in a magnetic field for between approximately 0.3 and 0.5 seconds, where they are magnetized. To achieve maximum separation, it is important to optimally match the size of the magnet block (main pole) and the belt speed. This means that with a narrow overband magnet the conveyor belt beneath it must run at lower capacity (m/s) than with a wider magnet at the same suspension height. The following formula provides an indication of the maximum conveyor belt speed:
 
Maximum conveyor belt speed (b) = block magnet width (a) / 0.3 (sec.)
 
Recommended conveyor belt speed (b) = block magnet width (a) / 0.3 (sec.)

Placement

Placement

The distance between a magnet and the conveyor belt must be as small as possible. The magnetic force decreases exponentially with increasing distance. There is, however, a minimum distance required so the rubber cleats safely remove all the ferrous parts from the material flow. There are two methods for use/placement of overband magnets: transverse and in-line. Goudsmit has a specific, optimum magnet configuration for both mounting options.
 
Transverse ('Cross')
In practice, transverse placement is most common, because it is easier to install in an existing line. An additional advantage is a ferrous discharge to the side, which from the logistical perspective is easier to process.
 
'In-line'
If you have the option to place your overband magnet in line with the conveyor belt, this is always preferred. The advantage of this is that the transported material ‘breaks open’ at the end of the belt (head roller) and is therefore suspended in mid-air for several milliseconds. As a result, the magnet can easily pull the ferrous metal out of the product flow.

Non magnetic zone

Non magnetic zone

When positioning the magnet, the construction below the magnet such as the frame, bearing rollers and end rollers must be made of non-magnetic material. This is because steel parts will become magnetized, which will adversely affect the separation performance of the overband magnet.
 
For more information and the rule of thumb, see: Non-magnetic-zone

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 : 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 : 300 mm
SKU
SPPE000064: Stock
7: 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 : 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 : 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 : 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

Suitable for belt width : 1000 mm
ROP-F4-C-100-W-G-L-B-B-B-NA
SKU: ROFC100340
Stock *: 0
Advised max. installation height: 320 mm
Suitable for: Cross mounting
Cost effective solution. Suitable for thin to thick layers and do not require a control box. Very reliable and available in many belt widths. Available in transverse or in-line versions for installation above your conveyor belt or end pulley.

Cross or inline version
For belt width 400-1600 mm
Easy to install
Permanent magnet
Max. installation height 450 mm

Application

Application

An overbelt magnet is suitable for removal or separation of high volumes of iron or steel and hangs above a flat- or trough-shaped conveyor. This type of magnet is self-cleaning and continuously separates (ferromagnetic) Fe parts from material streams. The iron removal efficiency of overband magnets ranges from 70 to 90%. This depends on magnet design, product flow and placement. Automatic self-cleaning overband magnetic separators are suitable for both the recovery (recycling) of ferrous parts and the removal/elimination of impurities (iron contaminants).
These magnets are mainly suitable for coarser fractions with pieces larger than 10 mm. Thanks to the robust, reliable technology, these magnets have applications in many industries. Putting a permanent overbelt magnet in service requires nothing more than four suspension points, sufficient space and power to drive the conveyor belt.

Operation

Operation

Conveyor belt speed:
to remove ferrous or iron parts from a material flow, they must remain in a magnetic field for between approximately 0.3 and 0.5 seconds, where they are magnetized. To achieve maximum separation, it is important to optimally match the size of the magnet block (main pole) and the belt speed. This means that with a narrow overband magnet the conveyor belt beneath it must run at lower capacity (m/s) than with a wider magnet at the same suspension height. The following formula provides an indication of the maximum conveyor belt speed:
 
Maximum conveyor belt speed (b) = block magnet width (a) / 0.3 (sec.)
 
Recommended conveyor belt speed (b) = block magnet width (a) / 0.3 (sec.)

Placement

Placement

The distance between a magnet and the conveyor belt must be as small as possible. The magnetic force decreases exponentially with increasing distance. There is, however, a minimum distance required so the rubber cleats safely remove all the ferrous parts from the material flow. There are two methods for use/placement of overband magnets: transverse and in-line. Goudsmit has a specific, optimum magnet configuration for both mounting options.
 
Transverse ('Cross')
In practice, transverse placement is most common, because it is easier to install in an existing line. An additional advantage is a ferrous discharge to the side, which from the logistical perspective is easier to process.
 
'In-line'
If you have the option to place your overband magnet in line with the conveyor belt, this is always preferred. The advantage of this is that the transported material ‘breaks open’ at the end of the belt (head roller) and is therefore suspended in mid-air for several milliseconds. As a result, the magnet can easily pull the ferrous metal out of the product flow.

Non magnetic zone

Non magnetic zone

When positioning the magnet, the construction below the magnet such as the frame, bearing rollers and end rollers must be made of non-magnetic material. This is because steel parts will become magnetized, which will adversely affect the separation performance of the overband magnet.
 
For more information and the rule of thumb, see: Non-magnetic-zone

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

Suitable for belt width : 800 mm
ROP-F4-C-080-W-G-L-B-B-B-NA
SKU: ROFC080340
Stock *: 0
Advised max. installation height: 320 mm
Suitable for: Cross mounting
Cost effective solution. Suitable for thin to thick layers and do not require a control box. Very reliable and available in many belt widths. Available in transverse or in-line versions for installation above your conveyor belt or end pulley.

Cross or inline version
For belt width 400-1600 mm
Easy to install
Permanent magnet
Max. installation height 450 mm

Application

Application

An overbelt magnet is suitable for removal or separation of high volumes of iron or steel and hangs above a flat- or trough-shaped conveyor. This type of magnet is self-cleaning and continuously separates (ferromagnetic) Fe parts from material streams. The iron removal efficiency of overband magnets ranges from 70 to 90%. This depends on magnet design, product flow and placement. Automatic self-cleaning overband magnetic separators are suitable for both the recovery (recycling) of ferrous parts and the removal/elimination of impurities (iron contaminants).
These magnets are mainly suitable for coarser fractions with pieces larger than 10 mm. Thanks to the robust, reliable technology, these magnets have applications in many industries. Putting a permanent overbelt magnet in service requires nothing more than four suspension points, sufficient space and power to drive the conveyor belt.

Operation

Operation

Conveyor belt speed:
to remove ferrous or iron parts from a material flow, they must remain in a magnetic field for between approximately 0.3 and 0.5 seconds, where they are magnetized. To achieve maximum separation, it is important to optimally match the size of the magnet block (main pole) and the belt speed. This means that with a narrow overband magnet the conveyor belt beneath it must run at lower capacity (m/s) than with a wider magnet at the same suspension height. The following formula provides an indication of the maximum conveyor belt speed:
 
Maximum conveyor belt speed (b) = block magnet width (a) / 0.3 (sec.)
 
Recommended conveyor belt speed (b) = block magnet width (a) / 0.3 (sec.)

Placement

Placement

The distance between a magnet and the conveyor belt must be as small as possible. The magnetic force decreases exponentially with increasing distance. There is, however, a minimum distance required so the rubber cleats safely remove all the ferrous parts from the material flow. There are two methods for use/placement of overband magnets: transverse and in-line. Goudsmit has a specific, optimum magnet configuration for both mounting options.
 
Transverse ('Cross')
In practice, transverse placement is most common, because it is easier to install in an existing line. An additional advantage is a ferrous discharge to the side, which from the logistical perspective is easier to process.
 
'In-line'
If you have the option to place your overband magnet in line with the conveyor belt, this is always preferred. The advantage of this is that the transported material ‘breaks open’ at the end of the belt (head roller) and is therefore suspended in mid-air for several milliseconds. As a result, the magnet can easily pull the ferrous metal out of the product flow.

Non magnetic zone

Non magnetic zone

When positioning the magnet, the construction below the magnet such as the frame, bearing rollers and end rollers must be made of non-magnetic material. This is because steel parts will become magnetized, which will adversely affect the separation performance of the overband magnet.
 
For more information and the rule of thumb, see: Non-magnetic-zone