Bracket 90°, red. IT/IT Rp 1/2, Rp 3/8, Operating temp. -20°C to 300°C, black malleable cast iron, Hot-dip galvanised, ISO 7-1
Acc. to DIN EN 10242 (formerly DIN 2950)

The classic - and the most popular - screw fitting series for pipe construction.
These fittings are characterized by their high mechanical strength and surface quality to DIN 2444.
They are completely coated with a layer of pure zinc and are therefore suitable for drinking water; they are also protected against rust.
These malleable iron fittings are used in machine construction, exterior lines, cold water lines and heating lines.

Working minimal temperature = -20 °C; 25 bar.
Working pressure for temperature range from -20 °C to 120 °C: 25 bar.
Working pressure for temperature range from 120 °C to 300 °C: 20-25 bar.

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

timing bar T2.5 96 teeth length 140mm material aluminium
Material: Aluminium similar EN AW2017A.
Article ID: 16099600

Bevel gear made of steel module 2 56 teeth i=3,5:1 milled
Material: up to module 2: 11SMnPb30. From module 2.5: C45.Tooth quality 8 modelled on DIN 3967 (from module 2).With crowned, milled teeth. Not hardened – not lapped.Shaft angle = 90º.The bevel gears only run as a pair at the stated ratio and at the same module. Note for ordering: These gears are sold singulary, not by pair. For a pair of bevel gears, you have to order two matching gears of the same module, with a different number of teeth of the same ratio.
Article ID: 36108500

PVC braided hose set, Quick-connect coupling, Operating temp. max. 60 °C, Hose Ø 15x9, PN at 23 °C max. 15 bar, Length 25 m
Flexible, pressure-resistant and non-abrasive standard hose, also resistant to ageing. Assembled with brass stem and brass quick disconnect coupling DN 7.2.

Not suitable for direct attachment to pulsating tools.
We recommend using our vibration dampers, according to ISO 6150 § 7.1.

2/2-way solenoid valve brass, NC, pilot operated, 24 V DC, Medium temperature -20 °C to 85 °C, Rp 3/4, PN 0.35 - 7 bar
Standard series, proven over many years, available in three different versions

- Directly operated
- Combined operation
- Pilot-operated

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

Straight screw-in fitting, G 1/8 o., for hose 4/6 mm, AF 14, Working pressure max. 10 bar (20 °C)/max. 1 bar (170 °C), PFA
Perfluoroalkoxy alkane (PFA): A fluoroplastic with the same chemical resistance as PTFE but much stronger and suitable for temperatures up to 200°C.

Wall console with connection thread G 3/8, incl. 2 screws and O-ring, for service units »FUTURA«, Size 1

Push-in T-fitting »click-clock«, rotating, M5 o., for hose exterior Ø 4 mm, Working pressure max. 16 bar, nickel-plated brass
The advanced version of our highly successful push-in fittings series manufactured in nickel-plated brass.

Advantages of this new, optimised series:
Much easier connection and disconnection of the hose, even with repeated mountingCan also be used for non-calibrated hosesSuitable for vacuum operation

Connection nipple for flat suction cup, oval, »SGO« type, G 1/4 ET, for suction cup diameter 45x15 mm, I.D. 3.5
Connection nipples for flat suction pads

Straight screw-in fitting, M18x1,5 o., Pipe exterior Ø 12 mm, PN max. 315 bar, A/F1 22, A/F2 24, galvanised steel

Bracket 92, 90°, Rp 3/4 IT, R 3/4 ET, black malleable iron fitting, Operating temp. -20 °C to 300 °C, ISO 7-1
According to DIN EN 10242 (previously 2950).
Malleable iron cast fittings in black steel, non-galvanized, is the classic fitting series in connection series in piping construction. Our malleable iron cast fittings are characterized by high mechanical strength and standardized fitting technology.

Working minimal temperature = -20 °C; 25 bar.
Working pressure for temperature range from -20 °C to 120 °C: 25 bar.
Working pressure for temperature range from 120 °C to 300 °C: 20-25 bar.

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

Spur gear made of polyketone die-cast with hub module 0.7 35 teeth tooth width 6mm outside diameter 25,9mm
Material: Polyketone (PK), ivory-colored.Moulded version. Bores machined. Pressure angle 20º. Usable also under water or other mediums.Lower friction than polyacetal gears leads to much larger lifespan, even without lubrication. Much higher safety against tooth breaking, specially at longterm usage. Temperature Range: -40°C to +140°C due to the load.
Article ID: 28203501

Ready-to-install flange nut Tr. 40 x 14 P7 double-thread right hand material cast iron
Material: Grey cast iron GG25.Ready-to-Install Flange Nuts with Metric ISO-Trapezoidal Thread DIN 103, Double-thread, Right HandTolerance zone 7H.
Article ID: 64577040

Cardan joint KE outer diameter 50mm bore 32H7 with keyway DIN 6885-1 tolerance JS9 on both sides
Material: Steel C 45. Max. Operating Angle 45°. The cardan joints KE are, other than the cardan joints with needle-roller bearing, only sliding-contact bearings. Their scope of application is therefore limited to slow running drives. The respective maximum speeds depend on operating angle and load, but must never exceed 1000 rpm. The maximum torque values listed in the table are limits, which must neither be exceeded. They may only be used to their full extend with intermittent operation or at low speed. The following limit applies: The product of speed (rpm) x working angle (degrees) may not exceed the reference number 500. This means, e.g., for a working angle of 10 degrees a max. speed of 50 rpm. If, however, the maximum torque is not taken to the limit, speed and working angle can be larger. At 0.5 x max. torque applies: speed x working angle, smaller or equal 4.000. In case of doubt choose larger joint. At continuous operation the cardan joints need to be sufficiently lubricated. If no drip-feed lubrication is possible, lubricate the joints at least once a day. Another possibility is to cover the joints with a bellow, filled with a suitable lubricant. Typ A: without bores. Type B: with bores. Type N: with bores and keyways DIN 6885-1 on both sides.
Article ID: 63015000N

Standard cylinder SAI, ISO 15552, double-acting, Piston Ø 32, Stroke 160, G 1/8, Working pressure 1.5-10 bar, Temp. -20°C to 70°C
These cylinders are ideal for a wide range of applications owing to their robust design and ecxellent value for money.
The standard type has a double-acting cylinder and features a magnetic piston as well as integrated cushioning.
The magnetic switches are mounted in T-slots on two sides of the body.

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

Round cylinder, double-acting, with magnet, Piston Ø 50, Stroke 320, G 1/4, Working pressure max. 10 bar, Temp. -10 °C to 80 °C
Version with magnetic piston.
Suitable for filtered (50 µm), unlubricated or lubricated compressed air.
If lubrication is used, it must be continuous.

Nipple for couplings I.D. 7.2 - 7.8, Stainless steel 1.4305, G 1/4 ET, Operating pressure 0 - 35 bar, Temp. -15 °C to 200 °C

Wall console with connection thread G 1/4, incl. 2 screws and O-ring, for service units »FUTURA-mini«, Size 0

Straight push-in connector reducing »click-clock«, M20x1, for hose exterior Ø 6/12 mm, Working pressure max. 16 bar
The advanced version of our highly successful push-in fittings series manufactured in nickel-plated brass.

Advantages of this new, optimised series:
Much easier connection and disconnection of the hose, even with repeated mountingCan also be used for non-calibrated hosesSuitable for vacuum operation

Angled screw-in fitting POM, G 1/8 o., for hose exterior Ø 8 mm, Working pressure max. 16 bar
Lightweight, push-in fittings distinguished by high strength, toughness, resistance to abrasion and impact resistance - ideal for a wide range of applications.
All our push-in fittings made of POM have the following approvals:
drinking water DVGW, KTW, FDA and NSF.
Plastic and metal tubes are connected together quickly and easily. Suitable for compressed air or liquids, with good resistance to a large number of chemicals.

Straight Check valve »Blue Series«, Thread to hose, G 3/8 o., for hose exterior Ø 10 mm, Working pressure max. 10 bar
The non-return function of these push-in fittings prevents the air from flowing back, the unidirectional design means air flow is only possible in one direction.
These valves are available with air flow from the port to the tube or from the tube to the port.

Bushing 240, reducing, IT/IT, Rp 1/2, Rp 1/4, black malleable iron fitting, Operating temp. -20 °C to 300 °C, ISO 7-1
According to DIN EN 10242 (previously 2950).
Malleable iron cast fittings in black steel, non-galvanized, is the classic fitting series in connection series in piping construction. Our malleable iron cast fittings are characterized by high mechanical strength and standardized fitting technology.

Working minimal temperature = -20 °C; 25 bar.
Working pressure for temperature range from -20 °C to 120 °C: 25 bar.
Working pressure for temperature range from 120 °C to 300 °C: 20-25 bar.

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

Protection cap for pillow bearings TUCP TUCF TUCFL 203 open design bore 17mm thermoplast black
Material: Thermoplast PBT, black.Open Design, with sealing, for shaft side or closed design.The caps fit only on the one bearing side with the setscrews and can get clipped on by hand by the customer.
Article ID: 62555217

timing bar AT3 84 teeth length 160mm material aluminium
Material: Aluminium similar EN AW2017A.
Article ID: 16398400

Trapeziodal-threaded spindle DIN 103 Tr.12 x 6P3 x 1500mm long double-thread right material 1.4305 rolled
Material: 1.4305. Tolerance zone 7e. Length sawed (length may be longer than nominal length), edges not broken.

Article ID: 64599112

Vacuum pressure switch, Electrical connection M12x1, Special die casting, Temp. -10 °C to 80 °C, Flange, Setting range -0.85/1 bar
For converting pneumatic to electrical signals.
Designed for use in rough vacuum applications (technical vacuum). Universal switch type, suitable as NC, NO or changeover contact. These devices are free from paint-wetting impairment substances (PWIS).

Compact cyl.ISO 21287, double-acting, female piston rod,magnet,PistonØ125, Stroke75,G1/4, Work.press.max.10bar, Temp.-20°C to 70°C
Series acc. to ISO 21287 characterised by a very short and compact design.
The standard type features a magnetic piston.
Piston rod optionally with male or female thread.
Suitable for filtered, unlubricated or lubricated compressed air.
If lubrication is used, it must be continuous.

Nipple for couplings I.D. 7.2 - 7.8, Stainless steel 1.4305, G 3/8 ET, Operating pressure 0 - 35 bar, Temp. -15 °C to 200 °C

Soft PVC workshop hose set, Quick-connect coupling I.D. 7.2, Hose Ø 14.5x9, PN at 20 °C max. 15 bar, Length 10 m
Highly flexible hose for compressed air applications in workshop areas. Assembled with brass stem and brass quick disconnect coupling DN 7.2 optional with pushbutton safety coupling DN 7.4 and galvanised steel stem.

Not suitable for direct attachment to pulsating tools.
We recommend using our vibration dampers, according to ISO 6150 § 7.1.

Straight push-in connector reducing »click-clock«, M20x1, for hose exterior Ø 8/12 mm, Working pressure max. 16 bar
The advanced version of our highly successful push-in fittings series manufactured in nickel-plated brass.

Advantages of this new, optimised series:
Much easier connection and disconnection of the hose, even with repeated mountingCan also be used for non-calibrated hosesSuitable for vacuum operation

Angled screw-in fitting POM, G 1/4 o., for hose exterior Ø 8 mm, Working pressure max. 16 bar
Lightweight, push-in fittings distinguished by high strength, toughness, resistance to abrasion and impact resistance - ideal for a wide range of applications.
All our push-in fittings made of POM have the following approvals:
drinking water DVGW, KTW, FDA and NSF.
Plastic and metal tubes are connected together quickly and easily. Suitable for compressed air or liquids, with good resistance to a large number of chemicals.

Straight Check valve »Blue Series«, Thread to hose, R 3/8 o., for hose exterior Ø 12 mm, Working pressure max. 10 bar
The non-return function of these push-in fittings prevents the air from flowing back, the unidirectional design means air flow is only possible in one direction.
These valves are available with air flow from the port to the tube or from the tube to the port.

Double threaded nipple 245, reducing, R 3/8 ET, R 1/4 ET, black malleable iron fitting, operating temp. -20 °C to 300 °C, ISO 7-1
According to DIN EN 10242 (previously 2950).
Malleable iron cast fittings in black steel, non-galvanized, is the classic fitting series in connection series in piping construction. Our malleable iron cast fittings are characterized by high mechanical strength and standardized fitting technology.

Working minimal temperature = -20 °C; 25 bar.
Working pressure for temperature range from -20 °C to 120 °C: 25 bar.
Working pressure for temperature range from 120 °C to 300 °C: 20-25 bar.

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

Bush EP22 bore 8mm outer diameter 10mm length 8mm colour: white
Material: Thermoplast polybutylenterephthalat, modified (PBT + PTFE), white. Plain bearing bush made from thermoplastic with high dimension accuracy. Low friction. Specially suited for dry-running and for use at very low up to middle high temperatures. Good price/perfomance ratio with high dimension accuracy. Low friction, suitable also for lubrication-free running. Temperature range -50ºC bis + 170ºC.Operating Conditions: dry : very good. oiled: good. water: very good. field of aplication:Domestic appliances, chemical equipment, office equipment, sports equipment, automotive (pedals, steering, axes) and many more.

Article ID: 62720808

Slide set DS 3557 slide length 457mm stainless steel 1.4301
Material: Stainless steel 1.4301. Telescopic ball bearing precision slides for applications in the industrial and electronics sector. Sold by pair (1 x product no. = 1 pair of slides). Locks in open position. Fast disconnection. Pinch free disconnect for easy drawer removal. Service life 10,000 cycles. Temperature range: -20°C to +70°C. Note: Recommended fastening: M4 screw. Use all mounting positions to achieve the max. load ratings.

Article ID: 64903345

Slide set DS 2028 slide length 650mm stainless steel
Material: Slide elements: Stainless steel 1.4301 Sold by pair (1 x product no. = 1 pair of slides). Telescopic ball bearing precision slides for applications in the industrial and electronics sector. Hold-in in closed position. Ideal for environments where mild steel might corrode. Service life 10,000 / 80,000 cycles. Temperature range: -20°C to +70°C. Note Recommended fastening: M4 screw. Use all mounting positions to achieve the max. load ratings. Ordering details: e.g.: Product no. 649 444 30, Slides DS 2028
Article ID: 64944465

Vacuum pressure switch, Electrical connection M12x1, Special die casting, Temp. -10 °C to 80 °C, G 1/4, Setting range -0.85/1 bar
For converting pneumatic to electrical signals.
Designed for use in rough vacuum applications (technical vacuum). Universal switch type, suitable as NC, NO or changeover contact. These devices are free from paint-wetting impairment substances (PWIS).

Compact cyl.ISO 21287, double-acting, male piston rod magnet, PistonØ125, Stroke75, G1/4, Work.press.max.10bar, Temp.-20°C to 70°C
Series acc. to ISO 21287 characterised by a very short and compact design.
The standard type features a magnetic piston.
Piston rod optionally with male or female thread.
Suitable for filtered, unlubricated or lubricated compressed air.
If lubrication is used, it must be continuous.

Nipple for couplings I.D. 7.2 - 7.8, Stainless steel 1.4305, G 1/4 IT, Operating pressure 0 - 35 bar, Temp. -15 °C to 200 °C

Female hinge model, ISO 15552, ISO 21287, Ø100, 4 screws, 1 bolt and retainer
Female hinge model

T screw-in fitting, rotating, with O-ring, G 1/4 o., for hose 10/8 mm, AF 16, Working pressure max. 18 bar, nickel-plated brass

T-connection POM, for hose exterior Ø 8 mm, Working pressure max. 16 bar
Lightweight, push-in fittings distinguished by high strength, toughness, resistance to abrasion and impact resistance - ideal for a wide range of applications.
All our push-in fittings made of POM have the following approvals:
drinking water DVGW, KTW, FDA and NSF.
Plastic and metal tubes are connected together quickly and easily. Suitable for compressed air or liquids, with good resistance to a large number of chemicals.

Angled screw-in fitting POM, G 1/2 o., for hose exterior Ø 18 mm, Working pressure max. 10 bar
Lightweight, push-in fittings distinguished by high strength, toughness, resistance to abrasion and impact resistance - ideal for a wide range of applications.
All our push-in fittings made of POM have the following approvals:
drinking water DVGW, KTW, FDA and NSF.
Plastic and metal tubes are connected together quickly and easily. Suitable for compressed air or liquids, with good resistance to a large number of chemicals.

Pipe double nipple 23, ET/ET, Black steel, R 1, Length 120.0 mm, Max. working pressure 50 bar, DIN EN 10241
The steel fittings are made of tubular steel to DIN 2441 and boast good resistance to mechanical stresses.

Hot dip galvanised steel fittings are completely coated with a layer of pure zinc and are therefore protected against rust.

They are used in pipe construction, plumbing and gas installations as well as a wide range of industrial applications, especially in conjunction with the popular malleable iron series.

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

Knurled nut DIN 466 M6
Material: Steel, tensile strength 5, visible face precision turned, black oxide finish. * Size M12 is not part of the DIN.
Article ID: 65372600

Ball flange bearing TUCFL 210 bore 50mm housing from thermoplast black bearing stainless steel
Material: Housing: Thermoplast PBT, black.Rolling bearing: Stainless steel 1.4125 (X105CrMo17, AISI 440 C).With 2 mounting holes.The rolling bearing can be swiveled when mounting to compensate shaft misalignement.The shaft will get fastened with 2 setscrews. Lubricated for life at normal operating conditions. Re-lubricating is possible.Delivery with stainless steel grease nipple.
Article ID: 62655150

Short stroke cylinder, double-acting, Magnet, Piston Ø 32, Stroke 40, G 1/8, Working pressure max. 10 bar, Temp. -10 °C to 80 °C
Suitable for installation in limited spaces.
Supplied with magnet.
Suitable for filtered compressed air, lubricated (ensure continuity) or unlubricated.

Compact cylinder »ACP«, double-acting, Piston Ø 100, Stroke 5, Connection G 1/4, Working pressure 1-10 bar, Temp. -20 °C to 70 °C
Characterised by a very short and compact design.

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

Straight push-in fitting, Exterior hexagonal,M5 o. for hose exterior Ø 4 mm,Working pressure max. 20 bar,Stainless steel 1.4404
For use in more aggressive environments and corrosive media.

Closing nipple locking on both sides, POM, G 1/2 IT, I.D. 11, Operating pressure max. 10 bar, Temp. -20 °C to 90 °C
Hydraulic couplings, both sides sealing, for liquid media acc. to ISO 7241, B Series.

Areas of application: manufacturing industry, chemical / pharmaceutical industry, food technology.

Push-in L-connector »click-clock« for hose exterior Ø 12 mm, Working pressure max. 16 bar, Operating temperature -20 °C to 80 °C
The advanced version of our highly successful push-in fittings series manufactured in nickel-plated brass.

Advantages of this new, optimised series:
Much easier connection and disconnection of the hose, even with repeated mountingCan also be used for non-calibrated hosesSuitable for vacuum operation

Straight push-in connector »Blue Series«, for hose exterior Ø 10 mm, Working pressure max. 10 bar, Plastic / nickel-plated brass
Push-in fittings series manufactured in plastic and nickel-plated brass.
All parts are suitable for use with hoses, tubes or pipes made of plastic and copper.

Jaw coupling with ET, G 1/2, with brass seal, Malleable cast iron, galvanised / yellow passivated, Operating pressure max. 10 bar
Universal standard coupling for compressed air lines on construction sites or in industry; standard type according to DIN 3489, used worldwide in a very wide range of applications.

- Robust couplings made of malleable iron, zinc plated and yellow chromated
- Chrome VI-free, with double safety lock
- 100% couple test and secure connection

Pipe double nipple 23, ET/ET, Black steel, R 1 1/4, Length 60.0 mm, Max. working pressure 50 bar, DIN EN 10241
The steel fittings are made of tubular steel to DIN 2441 and boast good resistance to mechanical stresses.

Hot dip galvanised steel fittings are completely coated with a layer of pure zinc and are therefore protected against rust.

They are used in pipe construction, plumbing and gas installations as well as a wide range of industrial applications, especially in conjunction with the popular malleable iron series.