Screw plug for bite-type tube fitting, Pipe exterior Ø 20 mm, PN max. 400 bar
Screw plug, heavy type

Short stroke cylinder, double-acting, Magnet, Piston Ø 25, Stroke 50, 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.

Quick-connect coupling I.D. 12, Garage coupling, Bright brass, G 1/2 IT, Pressure max. 16 bar, Medium/ambient temp. -10°C to 50°C
One-hand quick disconnect couplings, one side sealing, for high flow rates.
With rubber ring to protect against wear.
To prevent injuries or a "whiplash" effect, we recommend that the plug-in nipple is held with one hand during uncoupling.

These quick disconnect couplings are not suitable for direct attachment to pulsating tools.
We recommend using our vibration dampers, according to ISO 6150 § 7.1.

Areas of application: Machine and plant engineering, manufacturing industry, workshops.

Push-in T-fitting »click-clock«, rotating, G 1/8 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

Straight push-in connector »metallica«, for hose exterior Ø 4 mm, Working pressure max. 16 bar, Operating temp. -20 °C to 150 °C
All parts with a parallel thread are supplied with an FPM O-ring while the conical threads are coated with preCOTE 5 dispersion; all fittings in this series can thus also be used at high temperatures (medium compressed
air).

Diaphragm

Hose sleeve with ball nipple, for hose I.D. 6, Brass, Max. working pressure 25 bar, Max. operating temp. 150°C

Chain tensioner SPANN-BOY® TS 05 B-3 stainless steel
Material: Housing from stainless steel. Chain rider from low pressure polyethylene PE-UHMW.These very low, ready-to-install tensioners enable noise reduction and wear reduction at chain drives.• Needed space below chain only 40mm.• With two springs of different force, which can get activated separately or together. So it is possible to adjust three different tensioning forces.• Usable travel about 40mm.• Interchangeable with similar parts of other suppliers.Temperature range: -20°C to +60°C (short time up to +80°C).
Article ID: 14040930

Hexagon nut DIN 934 steel strength 8 zinc-plated thread M12 right handed
Material: Steel, tensile strength 8, zinc-plated.Hexagon nuts according to the old standard DIN 934 with metric ISO thread.The standard DIN 934 was replaced by DIN EN ISO 4032 / 8673. Some of these nuts have different outer dimensions (width across flats and height). But the nuts DIN 934 are still used very often.
Article ID: 65201200

Suitable for belt width : 800 mm
RHP-B219A06-080-RSD-BA
SKU: RHAN22080000
Stock *: 0
Diameter: 219 mm
Magnet field strength (flux density) (±10%): 3000 gauss
Magnetic system: Permanent Neoflux® magnet
Magnetic head pulleys capture ferrous and weakly magnetic particles and continuously carry them away. Suitable for installation in existing belt conveyor systems, in the bulk transshipment or recycling industries for example.

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

Application

Application

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

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


Placement

Placement

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

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

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

Design

Design

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

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


Working principle

Working principle

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

ZC4 General features
Cast iron valve body.
Bronze butterfly shutter.
18/20 stainless steel shaft.
Inner seal with viton O-rings 75 ÷ 280°C.
Lever for manual control.
Operating pressure 6 Kg/cm².
Maximum operating temperature -120°C.
Protection degree IP40

Bevel gear made of polyketone die-cast module 1 10 teeth i=4:1 bore 4mm
Material: Polyketone resin, die-cast, ivory-colored. Shaft angle 90º. Version: injection-moulded. Bores from Module 1.5 machined. Lower friction 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. Note for ordering: The bevel gears only run as a pair at the stated ratio. 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 and ratio. At ratio 1:1, you need two pieces of the same number of teeth. At ratio uneven 1:1, you need two pieces with a different number of teeth of the same ratio.
Article ID: 35558801

Slide set DA 5321 slide length 350mm aluminium
Material: Slide elements: Aluminium.Ball retainers and balls: Stainless steel. Sold by pair (1 x product no. = 1 pair of slides). Telescopic ball bearing precision slides for applications in the industrial and electronics sector. Hold-in in closed position. Mounting bracket for electrical cabinets on request. Service life 40,000 cycles. Temperature range: -20°C to +70°C. Note Recommended fastening: M5 countersunk/ 6mm countersunk Euro screw. Use all mounting positions to achieve the max. load rating. The load capacity was tested at a slide spacing of 450mm. Attention: vertical (side) mounting only.
Article ID: 64904535

Ball head precision levelling adjuster MN 686.8 30-11.0 stainless steel
Material: X10CrNiS18.9, Nr. 1.4305. For non-parall surfaces up to 4° slope. Larger overall height with more adjustment travel. Without lock nut. *the static net load Fadd can be calculated after subtracting the pre-load (stainless steel bolt strenght 6.8) from the total load Ftot. Other sizes on request.

Article ID: 68699825

Pressure gauge CrNi steel design, Connection radial bottom, G 1/2, Goods class 1.0, Measurement range -1 / +3 bar, Ø 100
Bourdon-tube pressure gauge, CrNi steel type, all stainless steel.

Suitable for gaseous or liquid media which do not have high viscosity and do not crystallise,
also in corrosive atmosphere.

Bulkhead elbow connector, Pipe exterior Ø 18 mm, PN max. 315 bar, a/f1 32, a/f2 36, a/f3 24, galvanised steel
Bulkhead elbow connector, light type

Compact cylinder LINER, ISO 21287, double-acting, Piston Ø 40, Stroke 15, G 1/8, Working pressure max. 10 bar, Temp. -10°C to 60°C
New 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.

Push-in L-fitting »metallica«, rotating, G 1/2 o., for hose exterior Ø 16 mm, Working pressure max. 16 bar, nickel-plated brass
All parts with a parallel thread are supplied with an FPM O-ring while the conical threads are coated with preCOTE 5 dispersion; all fittings in this series can thus also be used at high temperatures (medium compressed
air).

Push-in L-fitting »Blue Series«, rotating, G 1/4 o., for hose exterior Ø 6 mm, Working pressure max. 15 bar
Push-in fittings series manufactured in plastic and nickel-plated brass.
All parts are suitable for use with hoses, tubes or pipes made of plastic and copper.

Straight screw-in fitting, G 3/8 o., Pipe exterior Ø 12 mm, PN bar 630, A/F1 24, A/F2 22, galvanised steel
Male connector, parallel male thread, heavy type

Straight screw-in fitting, NPT 1/8 o., Pipe exterior Ø 6 mm, PN max. 100 bar, A/F1 12, A/F2 11, galvanised steel, NPT threat
Male connector, male thread NPT, very light type

Bushing with exterior hexagonal, G 1/8, AF 14, nickel-plated brass, Max. working pressure 25 bar, Max. operating temp. 150 °C
Suitable for air, water, oil, steam, etc.

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

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

Application

Application

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

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


Placement

Placement

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

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

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

Design

Design

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

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


Working principle

Working principle

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

EV87 General features
Graphical display with 4 lines.
Software class A.
RS232 output for modem connection.
Data storage period: 5 years.
6-module DIN housing.
Two weekly programs with three time bands per day.
A daily program with three time bands.
Clock charge lifetime: 5 years.
Measurement range of external probe: -30..+40°C.
Measurement range of delivery/limit/auxiliary probe: 0..+99°C.
Maximum 20 slaves can be connected.
Electric features
Power supply: 230Vac.
Consumption: 5 VA.
4 output relays: mixing valve and pump, boiler with multistage burner (from 2 to 4), boilers in cascade (2 to 4) with choice of main boiler rotation, 2 cascade boilers with two-stage burner with choice of main boiler rotation.
2 digital inputs can be used as alarms.
1 4..20mA input can also be used to drive the configurable relay.
1 output 0..10V (3mA maximum load) with proportional regulation.
1 configurable relay (auxiliary probe – 4..20mA sensor).
Contacts rating: 5A – 250Vca (resistive load).

Bolt 3/8" x 5/8" for Taper bush 1210 1610 and 1615
Material:Steel. Supply: One screw. Attention: Order quantity as needed. Up to size 3030, taper bushes have two screws, from 3525 three screws. Assembly instructions In this youtube video we show the mounting and demounting of taper bushes: Video clip (3.5 Minutes)
Article ID: 62250399

Worm wheel made of bronze, module 1.5 75 teeth single-thread right hand
Material: G-CuSn12, with milled out, hollow teeth. With double-sided hub. Single-thread worm gears to be paired with single-thread worms. If the module (and number of threads) are matching, various ratios at various axle distances can be realized. Pressure angle 20°. Efficiency: approx. 0,49 Not self-locking.

Article ID: 30103000

Pressure gauge CrNi steel design, Connection radial bottom, G 1/2, Goods class 1.0, Measurement range -1 / +5 bar, Ø 100
Bourdon-tube pressure gauge, CrNi steel type, all stainless steel.

Suitable for gaseous or liquid media which do not have high viscosity and do not crystallise,
also in corrosive atmosphere.

Seal set pressure regulator, for »FUTURA«, Size 2, G 3/8 and G 1/2

Short stroke cylinder »ACQ« double-acting, Magnet, Piston Ø 40, Stroke 30, G 1/8, Working pressure 1-10 bar, Temp. -20°C to 70°C
Suitable for installation in limited spaces.
Supplied with magnet.
Short-stroke cylinders in two different versions:
»ACQ« Series, double-acting, Ø 12 to 100
»ASQ« Series, single-acting, Ø 12 to 63

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

Round cylinder TP (ISO 6432) double-acting, Piston Ø 20, Stroke 10, G 1/8, Working pressure max. 10 bar, Temp. -10 °C to 60 °C
Inexpensive standard version with aluminum pipe and magnet piston.
Suitable for filtered (50 µm), unlubricated or lubricated compressed air.
If lubrication is used, it must be continuous.

Push-in L-fitting »Blue Series«, rotating, R 1/4 o., for hose exterior Ø 6 mm, Working pressure max. 15 bar
Push-in fittings series manufactured in plastic and nickel-plated brass.
All parts are suitable for use with hoses, tubes or pipes made of plastic and copper.

T-multi-distributor »Blue Series«, rotating, R 1/8 o., for hose exterior Ø 4x4 mm, Working pressure max. 15 bar
Push-in fittings series manufactured in plastic and nickel-plated brass.
All parts are suitable for use with hoses, tubes or pipes made of plastic and copper.

Rotating fitting with kink protection spring, Brass, R 1/8, AF 11, Hose Ø 4.7x3.1

Locking plug »Blue Series«, plug nipple 10 mm, Working pressure max. 15 bar, Plastic
Push-in fittings series manufactured in plastic and nickel-plated brass.
All parts are suitable for use with hoses, tubes or pipes made of plastic and copper.

Suitable for belt width : 800 mm
RHP-B254A06-080-RSD-BA
SKU: RHAN25080000
Stock *: 0
Diameter: 254 mm
Magnet field strength (flux density) (±10%): 3000 gauss
Magnetic system: Permanent Neoflux® magnet
Magnetic head pulleys capture ferrous and weakly magnetic particles and continuously carry them away. Suitable for installation in existing belt conveyor systems, in the bulk transshipment or recycling industries for example.

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

Application

Application

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

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


Placement

Placement

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

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

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

Design

Design

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

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


Working principle

Working principle

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

ECMCA General features
With filter and balancing valve

Spring plunger d1=3mm type GP smooth with collar plunger made from POM ball made from stainless steel
Material: Type GN: Body, ball and spring stainless steel. Type GP: Body: POM. Ball and spring: Stainless steel. Note: Spring plungers are used for fixation or as device to press something in or push it out. Temperature range: GN: -40°C to +250°C. GP: -30°C to +50°C. *statistical average

Article ID: 65478403

Linear bearing unit KG-3-O ISO series 3 Economy-Line with self-aligning linear ball bearing with seals for shaft Ø 30mm open design
Material: Material: Housing made from extruded aluminium with an open linear bearing of the ISO Series 3 from reliable brand in good quality at low price. Self-aligning capability that accommodates tilting. All bearings are lubricated ready-to-install. Recommended shaft tolerance h6.
Article ID: 64673003

Gear rack made of POM module 2.5 tooth width 20mm height 20mm length 1000mm
Material: POM, white (nature), milled teeth. Because of the material used, plastic gear racks are not straightened. Either slim version or wide version (from Module 1 to Module 3). Straight teeth. Pressure angle 20°. From Module 2, except for nominal length 500 mm, cut for continuous linking. * Length = Nominal length. The real length is roughly one multiple of the pitch. ** b=4mm +/-0,2mm.
Article ID: 29760500

Pressure gauge CrNi steel design, Connection radial bottom, G 1/2, Goods class 1.0, Measurement range 0 - 2.5 bar, Ø 100
Bourdon-tube pressure gauge, CrNi steel type, all stainless steel.

Suitable for gaseous or liquid media which do not have high viscosity and do not crystallise,
also in corrosive atmosphere.

Polycarbonate container, incl. O-ring, for mist oiler »Standard«, Size 3, G 1/2, G 3/4, G 1 and Size 4, G 1 1/4 and G 1 1/2

Short stroke cylinder »ASQ« single-acting, Magnet, Piston Ø 50, Stroke 25, G 1/4, Working pressure 2-10 bar, Temp. -20°C to 70°C
Suitable for installation in limited spaces.
Supplied with magnet.
Short-stroke cylinders in two different versions:
»ACQ« Series, double-acting, Ø 12 to 100
»ASQ« Series, single-acting, Ø 12 to 63

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

Ball valve, Butterfly handle, Basic design, IT/IT, nickel-plated brass, Operating temp. -20 °C to 150 °C, G 1 1/4, PN max. 30 bar
Applications: Compressed air, water, non-toxic and non-corrosive gases, heating systems and air conditioning systems.

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

Sintered bronze silencer, Hexagonal, G 1/4, AF 17, Operating pressure 0 - 8 bar, Operating temperature -10 °C to 250 °C
For reducing the exhaust noise generated by pneumatic equipment.

Bellows suction cup, Round 2.5 folds, Material NBR, »FG«, suitable connection nipple IT G 1/4, ET G 1/4, Ø52mm
Robust and hard-wearing suction pad with a single sealing lip.

Used wherever objects (parts, packing materials, etc.) need to be lifted, transported, turned over or handled in some other manner. It is also ideal when it is necessary to compensate varying workpiece heights or uneven surfaces or to handle easily damaged parts. It acts as the connecting element between the vacuum generator and the workpiece.

Properties:
Soft, flexible foldsSoft, tapered sealing lipsSupports on the bottomHigh suction forceOptimum damping effectVery good adaptation to curved workpiece surfaces or materials with uneven surfaces

Applications:
Handling workpieces with extremely uneven surfaces (e.g. pipes)Handling easily damaged parts

Sintered bronze silencer, flat, M5 o., AF 8, Operating pressure 0 - 8 bar, Operating temperature -10 °C to 250 °C
For reducing the exhaust noise generated by pneumatic equipment.

Z20A – Z30A General features
Female threaded connections ISO 7/1.
Suitable for hot and cold water, antifreeze up to 50% of the volume.
Valve body in stamped nickel-plated brass.
Stainless steel ball and pin.
PTFE seals.
Pin sealing in EPDM.
TEFZEL regulation disc.
Equal percentage regulation feature, no leakage, sealed closing (ports A-AB).
By-pass B-AB linear feature, flow rate consists 70% of the Kv, leakage of about 1 ÷ 2% of the Kv according to the standards DIN 3230 (ports A-AB) (3 ways).
Servocontrol cover in thermoplastic material.
Manual operation through the handle and manual/automatic control button.
Position indicator with reversible scale.
Protection class: I.
Fluid temperature: 5 ÷ 100°C.
Maximum differential pressure: 3.5 bar.
Rated torque: 10 Nm.
Electric features
Power supply: 230V 50/60Hz.
Power consumption: 3.5VA.
Power supply cable 1m – 3 x 0.5 mm².

Spherical washer DIN 6319 diameter 24mm for bolt diameter 12mm steel hardened
Material: Steel, bright, turned, case hardened, hardening depth min. 0.2 mm. * max. statical load. ** total height, together with conical seat DIN 6319.
Article ID: 65541200

SKF cylindrical roller bearing NJ 210 ECP single row inner diameter 50mm outer diameter 90mm width 20mm
Material: Bearing steel. Cylindrical roller bearings in premium-quality. - For high radial load. - Displaceable in both directions (type NU) or in one direction (Type NJ). - Usable for high speed, with groove and 3 lubribation holes. - Easy to mount (the inner ring is loose). Temperature range: -30°C to +90°C (for short time up to +110°C). Other versions or other bearing types on request.
Article ID: 64775113

Pressure gauge CrNi steel design, Connection radial bottom, G 1/2, Goods class 1.0, Measurement range -1 / +1.5 bar, Ø 100
Bourdon-tube pressure gauge, CrNi steel type, all stainless steel.

Suitable for gaseous or liquid media which do not have high viscosity and do not crystallise,
also in corrosive atmosphere.

T screw-in fitting, R 3/8 o., Pipe exterior Ø 12 mm, PN max. 315 bar, AF1 22, AF2 17, galvanised steel
Male branch tee, conical male thread acc. to ISO 7-1, light type

Spiral hose gun set, Hose Ø 8x6, Medium / ambient temperature -10 °C to 50 °C, PN max. 10 bar, Length max. 2.5 m
Each hose kit, comprising a spiral hose Nylon 11 (PA), die-cast aluminium nickel-plated blow gun, integrated DN 7.2 quick disconnect coupling and nipple DN 7.2, is ready for immediate use.

Pressure regulator »FUTURA-mini«, incl. compact pressure gauge, Size 0, G 1/4, Input pressure max. 12 bar, 0.1 - 4 bar
Diaphragm pressure regulators with self-relieving design and with excellent flow rates in modern design.
The regulator knob can be latched.

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

Angled pivot fitting with O-ring, G 1/8 o., for hose 6/4 mm, AF 14, Working pressure max. 18 bar, nickel-plated brass

Push-in T-fitting »Blue Series«, rotating, R 1/2 o., for hose exterior Ø 14 mm, Working pressure max. 15 bar
Push-in fittings series manufactured in plastic and nickel-plated brass.
All parts are suitable for use with hoses, tubes or pipes made of plastic and copper.

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

Locking assembly BAR bore 65mm
Material: Steel.

For fixing a hub (e.g. drive wheel, rotor or similar) on a shaft. For
medium torques. Self-centering. Slight axial offset possible during
assembly.
Fit, Surface: Due to the special design of the BAR clamping set
even rough fits can be bridged with excellent self centering capacity.
Shaft and hub up to Quality h8/H8. Surface finish for shaft and hub
12.5µm.

Article ID: 61546500

Length : 795 mm
SVM-F-780x313-0800-B-F0E
SKU: SVMF070800
Stock *: 0
Advised max. installation height: 165-320 mm
Height: 385 mm
Removal of pieces of steel in the recycling industry or for protection of grinding mills. For installation up to 400 mm above conveyor belt.

Max. installation height 400 mm
Capture Fe particles from 1 mm
Various dimensions and flange types
For belt width 400-1600 mm
Easy to install

Application

Application

Permanent ferrite suspended magnets (block magnets) consume no energy, which is one of the factors that makes them so price effective. These magnets remove ferromagnetic (Fe) particles as small as 0.5 mm (depending on the layer thickness on the belt).

Cleaning

Cleaning

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

Placement

Placement

A block magnet is hung above a conveyor belt, by means of chains or cables. The addition of these magnets can considerably boost separation yield:
 
Placement over pulley: In this configuration the magnet hangs at an angle over the end of the conveyor belt, where discharge of the material occurs. This is the ideal situation, because the bulk flow is ‘broken open’ at this point. When this happens, the iron particles are exposed within the surrounding material. This allows them to be more easily drawn to the magnet. Keep in mind, however, that it is important for the construction directly beneath the magnet to be made of non-magnetic material; otherwise it, too, will become magnetized.
 
Placement over band: This position is used for small layer thickness (or mono-layers). Or when there is no other option due to the potential for magnetization of underlying steel components (such as motors or guide rollers).

Working principle

Working principle

Suspended magnets (block magnets) remove undesirable ferromagnetic (Fe) particles such as iron and steel from material flows containing relatively little Fe contamination. They are placed above flat or trough-shaped conveyor belts. The metal particles are drawn out of the raw material flow and held by the magnet. This results in a pure iron fraction suitable for immediate reuse (recycling).
 
They are used to check incoming product flows and for the protection of machines, such as shredders and sieves. When heavy metal contamination is present, it is better to use an overbelt magnet; this type continuously carries away the iron particles.