Lock - Import export

Non locking retaining peg for the Electronic key system

The UNI lock mounting clamps can be installed in any position on machine tables, fixtures or workholding equipment (tooling plates, cubes, tombstones etc). The modular design enables the number of clamps and distance between them to be ideally adjusted to suit the clamping task. The clamps can be supplied with or without rotation lock. The high clamping forces are generated by the integrated spring package (the unit clamps when depressurised). Compressed air is applied to release the clamp. The following holding forces are possible with the UNI lock clamping bolt in conjunction with M10, M12 or M16 fastening screws: Holding force (M10) 35,000N Holding force (M12) 50,000N Holding force (M16) 75,000N Supplied with: 1x clamping module incl. 6 fastening screws. 6x screw protection caps. 2x air connection O-rings. 1x installation O-ring.

Completely mounted multi-clamping stations with integrated UNI lock Ø138 mm mounting clamps. The clamping stations are secured to the machine table directly or with clamps. Common bore patterns are pre-centred on the rear side for mounting. Clamping stations can be aligned via the 14H7 reference holes. The clamping stations are actuated via a central pneumatic connection. The high clamping forces are generated by the integrated spring package (the unit clamps in the de-pressurized state). The release process occurs pneumatically. The following retaining forces are possible with the UNI lock clamping bolt in conjunction with mounting screws M10, M12, M16: Retaining force (M10) 35,000N/module Retaining force (M12) 50,000N/module Retaining force (M16) 75,000N/module

The quarter turn lock can be installed pre-assembled. Housing with fastening nut and plate cylinder, same key locking, incl. 2 keys (lock type 1333). Please order required tongue version separately. Every tongue can be combined with every housing.

The rod lock BS is a mechanical device for securely locking the piston rod in any position in the event of a pressure drop. With manual unlocking.

The hygienic stainless steel quarter turn lock prevents bacterial attack and fulfils the strict regulations of testing principles for foodstuff machinery and hygien. The well concieved geometric form, the mirror polished stainless steel surface and the central circumferential seal reliably prevent dirt accumulation. Water, cleaning agents etc. can drain off fully and so prevent contamination. Especially in processes where the resistance of the seal to cleaning and disinfection agents is very important, optimised control cabinets, terminal boxes and command panels are a must. Specifically designed after the principles of Hygienic DESIGN, the hygienic quarter turn lock HD fulfils the strict regulations of the foodstuff processing industry and passes therefore optimally in their professional hygienic applications. The special seal is suitable for high pressure washing up to max. 100 bar and fulfils IP65/67. Furthermore, the seal is temperature stable up to 80°C and the blue

The hygienic stainless steel quarter turn lock prevents bacterial attack and fulfils the strict regulations of testing principles for foodstuff machinery and hygien. The well concieved geometric form, the mirror polished stainless steel surface and the central circumferential seal reliably prevent dirt accumulation. Water, cleaning agents etc. can drain off fully and so prevent contamination. Especially in processes where the resistance of the seal to cleaning and disinfection agents is very important, optimised control cabinets, terminal boxes and command panels are a must. Specifically designed after the principles of Hygienic DESIGN, the hygienic quarter turn lock HD fulfils the strict regulations of the foodstuff processing industry and passes therefore optimally in their professional hygienic applications. The special seal is suitable for high pressure washing up to max. 100 bar and fulfils IP65/67. Furthermore, the seal is temperature stable up to 80°C and the blue

Right or left mounting with 90° closing. The quarter-turn lock can be installed pre-assembled (limitations by a small A-dimension and thick doors). The fastening nut has claws allowing it to be used as an earthing nut. Water and dust proof as per IP65 through the O-ring and flat seal. The lockable quarter-turn locks are supplied with 2 keys. The key can be removed in both positions (open and closed). The cylinder locks have a single-key system, i.e. the same key works in all locks (lock type 101 or 1333). Order required tongue version separately. Every tongue can be combined with every housing.

This quarter-turn lock is vibration-resistant through a detent mechanism in the end position. Right or left mounting with 90° closing and internal rotation limit. The quarter-turn lock can be installed pre-assembled (limitations by small A-dimensions and thick doors). Tested according to DIN EN 60068-2-64 (vibration) and DIN EN 60068-2-27 (shock), test standard 61373. Vibration-proof as per rail applications category 1, class B requirements (highest requirement). Water and dust proof as per IP65 through O-ring and flat seal. Order the required tongue version separately. Every tongue can be combined with every housing. Accessory: Lock key 05586 Drawing reference: Actuation: a) square 6 mm b) slot c) triangle 6,5 mm

Barrel locks with return spring can be easily screwed onto doors, hatches and hoods. These locks are available in two different variants: bevelled upward or bevelled downward. The bevelled surface allows the application to be closed or opened without actuating the grip. The integrated return spring always brings the grip back to its original position. Type of operation: When the grip is pushed, the barrel moves into the open position and the door can be opened. When the door is pushed to, it is locked automatically by the bevel.

Indexing pin steel, hardened, ground and black oxidised. Threaded sleeve black oxidised. Lock mark red anodised. Note: Indexing plungers are used to prevent any change in locking position due to lateral forces. A new locking position can only be set after the plunger has been manually disengaged. When the lock mark is visible the plunger is either completely disengaged or only partly in the index position.

Ball lock pins are used for easy fastening or joining of components. The two balls are disengaged by pressing the push button and the pin can be slipped into holes in the workpieces. When the push button is released, the balls lock the connection securely. Shear force double shear (F) = S · τ aB max. The values given for the shear force are the theoretical breaking load. These are non-binding reference values without consideration of safety factors and exclude any liability. The values given are for information purposes only and do not constitute a legally binding assurance of properties. The load values have been calculated in accordance with DIN 50141. Each user must determine individually whether the ball lock pin is suitable for the respective application. Different materials in which the ball lock pins are used, weather conditions and wear can influence the determined values.

Ball lock pins are used for easy fastening or joining of components or workpieces. The two balls are disengaged by pressing the push button and the pin can be slipped into holes in the workpieces. When the push button is released, the balls lock the connection securely. If required, the ball lock pins can be fitted with a retaining cable. Shear force double shear (F) = S · τ aB max. The values given for the shear force are the theoretical breaking load. These are non-binding reference values without consideration of safety factors and exclude any liability. The values given are for information purposes only and do not constitute a legally binding assurance of properties. The load values have been calculated in accordance with DIN 50141. Each user must determine individually whether the ball lock pin is suitable for the respective application. Different materials in which the ball lock pins are used, weather conditions and wear can influence the determined values.

Ball lock pins are used for easy fastening or joining of components. The two balls are disengaged by pressing the push button and the pin can be slipped into holes in the workpieces. When the push button is released, the balls lock the connection securely. Shear force double shear (F) = S · τ aB max. The values given for the shear force are the theoretical breaking load. These are non-binding reference values without consideration of safety factors and exclude any liability. The values given are for information purposes only and do not constitute a legally binding assurance of properties. The load values have been calculated in accordance with DIN 50141. Each user must determine individually whether the ball lock pin is suitable for the respective application. Different materials in which the ball lock pins are used, weather conditions and wear can influence the determined values. Ball lock pins with high shear strength are identified by a groove marking on the pin.

These bushes are ideal for easy and quick positioning of ball lock pins and locking pins. Advantages: centred by the centring collar. easy and reliable installation. can be screwed into various materials. usable both sides

Ball lock pins are used for easy fastening or joining of components or workpieces. The two balls are disengaged by pressing the push button and the pin can be slipped into holes in the workpieces. Release the button to lock the balls and secure the connection. If required, the ball lock pins can be fitted with a retaining cable. The hardened, high-tensile stainless steel pin permits extreme loads with low wear. Shear force double shear (F) = S · τ aB max. The values given for the shear force are the theoretical breaking load. These are non-binding reference values without consideration of safety factors and exclude any liability. The values given are for information purposes only and do not constitute a legally binding assurance of properties. The load values have been calculated in accordance with DIN 50141. Each user must determine individually whether the ball lock pin is suitable for the respective application.

Locking pins are used for quick and easy fixating and joining of parts and workpieces. Shearing force double shear (F) = S · τ aB max. The locking pins with key ring represent a cost-effective alternative to other locking pins.

Black. Pan head screw and retaining plate electro zinc-plated. Note: Magnetic catch for swing and sliding doors. The elongated holes enable flexible positioning on aluminium profiles and panel elements. Drawing reference: 1) Pan head screw 2) Retaining plate

Telescopic Rail 35.2 x 19 mm, Galvanized Steel, Standard Lengths up to 660 mm, Load Capacity up to 52 kg per Pair Ball Bearing Over-extension Load Capacity up to 52 kg per Pair Standard Rail Length up to 660 mm Separable Inner Rail Locking in Open Position Closed End Stop Manufactured in the European Union For over 40 years, Schock Group has been developing and manufacturing ball bearing telescopic rails for linear motion technology. The advantageous physical properties of ball bearing guides form the basis for the performance of Schock telescopic rails: Smooth and quiet operation, even under high loads. High functional reliability Long service life without maintenance Standard items in the specified lengths are available from our distribution partner SToxxparts GmbH in stock and from a quantity of one piece upwards.

Workpieces are clamped and released by compressed air. The possible clamping diameter is from 16 to 20 mm. Material: Body, stainless steel. Seal, NBR. Version: Stainless steel bright. Note for ordering: Cylinder head screws M4X35 for fastening from below are included with delivery. Cylinder head screws with low head M5 for fastening from above are not included with delivery. Note: Installed dimensions for plate thickness 6 mm. The stated retaining forces are related to an operating pressure of 0.5 Mpa and a surface quality of Ra 1.6 µm. Repeat accuracy in this case is ±0.2 mm.

Housing hardened and black oxidised. Contact faces ground. Note: Locating bushes are placed in a fixture or interchangeable subplate and form the counterpart to the locating cylinder. The locating bushes are centred in a reamed hole and then fastened with 4 screws. The balls of the locating cylinder engage in the groove in the locating bush, thereby forming a fast, secure and highly accurate changeover unit, and reducing setup and changeover times. Attention: Please observe installation notes of the locating bushes.

Housing hardened and black oxidised. Contact faces ground. Note: This positioning and clamping system is especially suitable for installation in fixtures (plates, clamping tower blocks, etc.) in all mounting positions. The modular design allows the number of and distance between the locating cylinders to be ideally adjusted to suit the clamping task. Due to the small diameters, the spacing between the locating cylinders can also be reduced. The 3 clamping balls are mechanically released through control of the locating cylinder with the "opening" connection. The 3 clamping balls move inward and the fixture can be changed quickly. For clamping, the air is taken from the "opening" connection and the "clamping" connection then receives air on the locating cylinder. The 3 clamping balls are mechanically driven outward again and the new fixture is clamped. To achieve optimal retaining force, the locating cylinder remains connected to the air.

Locating cylinder tempered, black oxidised. Balls hardened, bright. Note: Locating cylinder with quick-clamp system for extra timesaving during setups. Insert the locating cylinder into the receiving hole and press the button. The three balls are pushed out and position the components. By tightening the set screw a 1/4 turn using an hexagonal key, the components are positively and securely held.

Interchangeable subplates are particularly suitable for quickly exchanging fixtures on zero point clamping plates. Ground on both sides, standard clamping pin gauge of 200 mm. Complete with clamping pins and handles. On request: Further gauges and special sizes.

UNI lock double clamp modules are particularly suitable for the direct clamping of workpieces. Workpieces with complex geometry can be completely machined on 4 and 5 sides. UNI lock double clamp modules can be mounted in any position. The high clamping forces are generated by the integrated spring package. (the unit clamps while not pressurised). Clamping is released pneumatically. The following clamping forces are possible with the UNI lock clampng pin in conjunction with M10, M12, M16 fastening screws: Clamping force (M10) 35,000 N Clamping force (M12) 50,000 N Clamping force (M16) 75,000 N Supplied with: 1 double clamp module incl. 3x pneumatic connections.

Single-acting pneumatic cylinder diameter 20 as a spare part for the no longer produced Wabco Westinghouse series 421 427.

Keyless locking coupling with low mass and moment of inertia. Easy to connect and release – no jamming on the shaft. Perfect for zero backlash connections. Excellent concentricity and running. Suitable for keyed and keyless shafts. for shaft diameters from 5 to 35 mm for high torques minimum axial offset when mounting selfcentring Assembly Shaft and hub must be free of oil, grease and dirt. Do not lubricate keyless locking coupling. Insert keyless locking coupling in the hub seat and slide onto shaft. Tighten nut by hand and use a torque wrench to tighten to the defined tightening torque. Tolerances Shaft diameter and hub hole Form A ±0.04 mm. Form B ±0.08 mm. Surface quality Rz ≤ 16 µm.

Coupling stainless steel 1.4057. Screws stainless steel 1.4301. For applications that require a small construction volume and low surface pressure. The keyless locking coupling can be fully recessed in a hub connection. for shaft diameters 6 20 mm suitable for hubs with low wall thickness minimum axial offset possible selfcentring Assembly Lightly oil keyless locking coupling on the tapered faces and contact points of the shaft and hub. Do not use MoS2 or grease. Insert keyless locking coupling in the hub seat and slide onto shaft. Tighten screws crosswise in several increments to the defined tightening torque. Dismantling Remove all screws and screw into the extraction threads of the front flange. Tighten screws crosswise in several steps until the keyless locking coupling loosens. Tolerances Shaft Recommended tolerance h8. Surface quality Rz ≤ 16 µm. Hub Recommended tolerance H8. Surface quality Rz ≤ 16 µm.

Particularly compact selfcentring keyless locking coupling without axial offset. for shaft diameters from 8 to 85 mm for medium torques suitable for hubs with low wall thickness no axial offset selfcentring Assembly Lightly oil keyless locking coupling on the tapered faces and contact points of the shaft and hub. Do not use MoS2 or grease. Insert keyless locking coupling in the hub seat and slide onto shaft. Tighten screws crosswise in several increments to the defined tightening torque. Dismantling Remove all screws and screw into the extraction threads of the front flange. Tighten screws crosswise in several steps until the keyless locking coupling loosens. Tolerances Shaft Recommended tolerance h8. Surface quality Rz ≤ 16 µm. Hub Recommended tolerance H8. Surface quality Rz ≤ 16 µm.