Other Products / Services

Our extensive line of solutions includes advanced sensors and encoders for position detection of booms, outriggers, seats, doors and gates. Level indication may be determined with TURCKs line of inclinometers, and our cordsets and junction boxes help you streamline wiring and connect your component

TURCKs broad line of solutions specially designed for industrial vehicle and mobile equipment manufacturers has led to product innovations and ease of operations for customers worldwide. We strive to provide products of exceptional quality that may be used in harsh applications and we are able to customize our solutions based on your specifications.

For sales or further technical information contact R&D Technology on 02 4014 9000

The insulated cable clamping wedge has been engineer designed to grip and support cable used as the pull wire emergency stop on a conveyor in conjunction with the LWS wire support.

The sliding design of the two clamping wedges ensures parallel movement of the wedge thus applying uniform pressure to the cable. Cables with diameters from 8.5mm to 13.5mm to be clamped securely using the AKLS.

When the need arises the cable-clamping wedge can be released by simply pushing the two sliding wedges back in the wedge carrier, enabling the cable to be released from the clamping wedge.

The insulated cable clamping wedge has been engineer designed to grip and support cable used as the pull wire emergency stop on a conveyor in conjunction with the LWS wire support.

Conveyor Belt Misalignment Switch also known as Belt Drift Switch, conveyor wander switch, belt tracking

The Heavy Duty Belt Misalignment Switch, is made for applications requiring a unit which caters for high speed belt applications, having a pre-warn trip contact and a final trip contact, both individually adjustable.

Dual operation (ie. right hand left hand is also available). Its unique spring cam operator ensures long, trouble free operation, in the most severe environmental situations.

Features

Robust UV stable, flame retardant (V0 rating) PBTPC non corrosive plastic enclosure to IP67.
All external fixings etc. are 316 Stainless Steel.
Operating shaft bearings are UV stable, flame retardant PBTPC plastic, for long maintenance free operation.
Operating shaft sealing via a double lip oil seal, with external dust protecting boot.
90 full movement of operating arm with easily adjustable switching points from 5 to 75.
Standard unit has both ALARM & TRIP micro switches, each with 1no+1nc change over contacts
Micro switches pre wired to tunnel terminals.
Roller Arms:

Solid or sprung shaft roller mounting arms, available either vertical or horizontal.
Rollers are Stainless Steel, 50mm diameter with high speed sealed ball bearings.
Arms are fully adjustable through 360.

The CS-P Collide safe is designed as a fail-safe tension trip wire across the top of a conveyor belt

The CS-P Collide safe is designed as a fail-safe tension trip wire across the top of a conveyor belt

Absolute simplicity in initial setup and adjustment.
Robust non-metallic enclosure.
All external fixings are 316 Stainless Steel.
Simple design ensures low maintenance.
Stainless steel internal compression type spring.
Pull rod 316 stainless steel
Pull rod has external dust protecting boot for seal protection
Double lip oil seal on pull rod and reset operator for secure dust and weather protection to IP 67.
Non-metallic pull rod bushing
Positive drive action from cams through to switching contacts provides mechanical forcing of the trip contacts.
Micro switches are wired to terminals for easy wiring installation.
Cam design compensates for pull wire expansion contraction up to 15mm either side of the set point. Eliminates nuisance tripping due to vibration.

The Safe-T-Curve is a product that is designed to be used on any pull wire system that needs the wirerope to bend around any type of corner with out becoming stuck, snagged or pulls out like a standard pulley may.

A standard pulley is designed mainly for yachts and straight pull situations where the wirerope is to be pulled around the wheel not on an angle to the wheels groove. When they are pulled at an angle the wirerope can become dislodged or stuck in the housing as they arent designed for that type of application.

The Safe-T-Curve is designed specifically for this type of application, as the roller tube acts as the pulley and the guides keep the wirerope contained. When the wirerope is pulled in a direction that is not in line with the pulley roller the guides keep the wirerope encapsulated so the wirerope cant become stuck or dislodged. The long pulley tube stop the wirerope from becoming stuck or dislodged even if the wirerope becomes slack. The mounting system is designed so that it is moveable and can mounted to any angled corner or bend, so keeping the wirerope in the direction that it is intended to go.

The Safe-T-Curve is a product that is designed to be used on any pull wire system that needs the wirerope to bend around any type of corner with out becoming stuck, snagged or pulls out like a standard pulley may.

The heavy duty Belt Rip Detector is magnetically or mechanically operated, utilising the inherent reliability of Reed Switches or Micro Switches. The Reed Switches are encapsulated in a robust, non metallic enclosure.
Various trip tensions can be achieved by simple external adjustment. An external santoprene rubber boot assists in excluding dust and dirt from the plug and magnetic socket assembly.

Features

UV stable, flame retardant (V0 rated) PBTPC non corosive enclosure to IP67.
All external fixings etc. are 316 Stainless Steel.
Dust boot on socket assembly.
Socket can be mounted on either side, top or rear of enclosure. (as per Cat No.)
Two x 20mm stainless steel amoured cable glands available.
Two 20mm conduit entries.
Label attachment lug on lid.
Switches pre-wired to terminals.

Absolute simplicity in initial setup and adjustment.
2mm 316 Electro Polished Stainless Steel enclosure.
Simple design ensures low maintenance.
Stainless steel internal compression type springs.
Pull rods 316 stainless steel.
Pull rods have spring loaded external dust protecting boots so the pull rod is always covered for extra seal protection.
Double lip oil seals on pull rods and reset operator for secure dust and weather protection to IP 67.
Non-metallic pull rod bushings.
Three fail safe trip mechanism to ensure safety.
Positive drive action switching contacts provides mechanical forcing of the trip contacts.
Complies to ASNZS 3947.5.5:2000 IEC 60947-5.5:1997
Internal switch connections are fully shrouded for added safety during inspection.
Switches have forced open double break, double make Gold FlashedSilver contacts for reliable low voltage signalling.
Cam design compensates for pull wire expansiontraction up to 30mm either side of the set point. Eliminates nuisance tripping due to vibration.
Pull forces to actuate trip @ 60Nm (6Kg) 90 to pull wire axis and 90Nm (9Kg) along pull wire axis.
* Unit Shown has optional flag

Pull Wire Switch (Stainless Steel)
also referred to as a lanyard switch, conveyor belt switch, rope switch, belt pull switch, trip wire switch.

The switch cannot be reset unless the trip wire is attached and correctly tensioned, and Switch will automatically reset.
Absolute simplicity in initial setup and adjustment.
Robust non-metallic enclosure.
All external fixings are 316 Stainless Steel.
Simple design ensures low maintenance.
Stainless steel internal compression type spring.
Pull rod 316 stainless steel
Pull rod has external dust protecting boot for seal protection
Double lip oil seal on pull rod and reset operator for secure dust and weather protection to IP 67.
Non-metallic pull rod bushing
Positive drive action from cams through to switching contacts provides mechanical forcing of the trip contacts.
Micro switches are wired to terminals for easy wiring installation.
Cam design compensates for pull wire expansion contraction up to 15mm either side of the set point. Eliminates nuisance tripping due to vibration.

The Emergency Stop Pullwire stickers can be easily attached to the pullwire by aligning the red line with the pullwire and simply folding the sticker in half. The stickers become increasingly useful for areas where drilling to attach a sign is not an option. Having both a standard and reflective alternative, they are ideal for usage in both above and below ground applications.