Torsion Pin

Description: , thus determining the direction of the wind. Common torsion springs are those used in a clothes pin or a garage door. Note: If the spring needed for your application cannot be found in our inventory, we can fabricate it for you. Often, there is no cost increase for this service

• Finish: Zinc
• Inner Diameter: 0.4530 inch
• Leg End Style: Straight Torsion
• Material: Spring Steel

Description: are used in clothes pins, clipboards, swing-down tailgates and garage doors,. Torsion springs are used for hinges, counterbalances and lever return applications. Sizes range from miniature, used in electronic devices, to large torsion springs used in chair control units. Load

• Equal Leg Length: Yes
• Finish: Passivate
• Inner Diameter: 0.6890 inch
• Leg Angle: 0°

Description: REVOLEX® is a torsionally-flexible, failsafe pin & bush coupling. It can be plugged in axially and is characterized by its short design. In addition, REVOLEX® allows for an easy disassembly of the elastomer rings including the pins while being assembly. The

• Bore Diameter: 1.34 to 9.84 inch
• Coupling Diameter: 12.99 to 29.02 inch
• Coupling Length: 9.33 to 21.02 inch
• Coupling Type: Torsionally Flexible Coupling

Description: REVOLEX® is a torsionally-flexible, failsafe pin & bush coupling. It can be plugged in axially and is characterized by its short design. In addition, REVOLEX® allows for an easy disassembly of the elastomer rings including the pins while being assembly. The

• Bore Diameter: 3.54 to 25.59 inch
• Coupling Diameter: 10.04 to 76.18 inch
• Coupling Length: 7.6 to 52.44 inch
• Coupling Type: Torsionally Flexible Coupling

Description: REVOLEX® is a torsionally-flexible, failsafe pin & bush coupling. It can be plugged in axially and is characterized by its short design. In addition, REVOLEX® allows for an easy disassembly of the elastomer rings including the pins while being assembly. The

• Axial Misalignment: 0.1575 inch
• Bore Diameter: 1.34 to 20.87 inch
• Coupling Diameter: 12.99 to 49.21 inch
• Coupling Length: 9.33 to 30.43 inch

Description: An established pin/buffer coupling offering extended power capacity; its long life and simplicity of construction make it suitable for work in the most arduous conditions. Crown Pin An established pin/buffer coupling offering extended power capacity; its long life and simplicity

• Bore Diameter: Up to 11.81 inch
• Coupling Diameter: 48.03 inch
• Coupling Type: Elastomeric "Tire" Shape
• Rated Speed: 6210 rpm

Description: An established pin/buffer coupling offering extended power capacity; its long life and simplicity of construction make it suitable for work in the most arduous conditions. Coupling Capacity Maximum Power @ 100RPM - 3501 hp Maximum torque - 2,207,439 lbf

• Bore Diameter: 0.7874 to 11.81 inch
• Coupling Diameter: 3.7 to 48.03 inch
• Coupling Type: Other
• Rated Speed: 470 to 6210 rpm

Description: ATEX certificated to Directive: 94/9/EC II2GD-IM2-T6 Harmonised standards: EN13463-4, EN13463-5, EN50303, EN13463-1 ATEX compliant 'JXL' torsionally resilient couplings, of pin and bush design, comprise two fully machined steel flanges which are coupled via a series of drive

• Angular Misalignment: 0.3750 to 0.7500 degrees
• Axial Misalignment: 0.0591 to 0.1969 inch
• Bore Diameter: 0.4724 to 15.75 inch
• Coupling Diameter: 3.15 to 33.27 inch

Description: . After disengagement the coupling can be returned to its operating condition by striking the pressure pin (7) with a rubber or plastic hammer. It is possible to adjust the disengagement torque in each setting range. We would be pleased to send you our setting chart on request. Mechanical

• Bore Diameter: 1.18 to 7.87 inch
• Coupling Diameter: 7.87 to 16.54 inch
• Coupling Length: 12.72 to 25.67 inch
• Coupling Type: Torsionally Flexible Coupling

Description: coupling can be returned to its operating condition by striking the pressure pin (7) with a rubber or plastic hammer. It is possible to adjust the disengagement torque in each setting range. We would be pleased to send you our setting chart on request. Mechanical limit switch The GWS series

• Bore Diameter: 0.9843 to 7.87 inch
• Coupling Diameter: 7.87 to 16.54 inch
• Coupling Length: 7.09 to 11.5 inch
• Coupling Type: Torsionally Flexible Coupling

Description: The Eflex pin and bush couplings accept parallel, angular and axial misalignment and can provide considerable torsional flexibility. Vertical or horizontal operation 80-90 shore hardness removed and replaced by robust buffer material Steel or cast iron hubs Brake drum or disc available

Description: bodies, strong yet compact Heavy duty pin and buffer coupling - for heavy shock load conditions Torsionally flexible - shock absorbing, extending machine life Easy maintenance - minimum number of wearing parts; buffers can be changed without moving shafts Mis

• Bore Diameter: Up to 10.24 inch
• Coupling Diameter: 19.29 inch
• Coupling Type: Elastomeric "Tire" Shape
• Rated Speed: 6800 rpm

Description: -over machining. Their application is ideal for transmitting torque while damping torsional vibrations and absorbing shocks produced by the uneven operation of certain prime movers. ROTEX® couplings are equipped with the new temperature resistant T-PUR® spider which is available in

• Bore Diameter: 0.7480 to 2.95 inch
• Coupling Diameter: 2.4 to 5.75 inch
• Coupling Length: 2.76 to 8.27 inch
• Coupling Type: Gear / Multi-Jaw

Description: This specification covers the material requirements and functional dimensions for fixation pins and wires. Factors such as bending strength, fatigue strength, break strength (Knowles type only), torsion strength, and ductility are considered important but the values and associated test

Description: The chain drive is to be designed in such a way that A) link plates and pins are able to withstand the tensile loads to be transmitted, B) the rollers withstand the strain when entering the sprocket wheel, C) the wear in the links consisting of bushings and pins is within

• Attachment Type: Extended Pins
• Chain Class / Application: Engineering Chain
• Features: Attachment Chain
• Links / Sidebars: Straight Link / Sidebar

Description: The chain drive is to be designed in such a way that A) link plates and pins are able to withstand the tensile loads to be transmitted, B) the rollers withstand the strain when entering the sprocket wheel, C) the wear in the links consisting of bushings and pins is within

• Attachment Type: Extended Pins
• Chain Class / Application: Engineering Chain
• Features: Attachment Chain
• ISO BS/DIN Pitch: ISO 10 (15.875mm)

Description: The chain drive is to be designed in such a way that A) link plates and pins are able to withstand the tensile loads to be transmitted, B) the rollers withstand the strain when entering the sprocket wheel, C) the wear in the links consisting of bushings and pins is within

• Attachment Type: Extended Pins
• Chain Class / Application: Engineering Chain
• Features: Attachment Chain
• ISO BS/DIN Pitch: ISO 10 (15.875mm)

Description: The chain drive is to be designed in such a way that A) link plates and pins are able to withstand the tensile loads to be transmitted, B) the rollers withstand the strain when entering the sprocket wheel, C) the wear in the links consisting of bushings and pins is within

• Attachment Type: Extended Pins
• Chain Class / Application: Engineering Chain
• Chain Material: Stainless Steel
• Features: Attachment Chain

Description: HUBS: 303 Stainless Steel CENTER: Molded Neoprene, Durometer 73 • MOLDED NEOPRENE CENTER • SHAFT-TO SHAFT INSULATION • FAIRLOC® AND PIN TYPE HUBS • TORSIONAL VIBRATION ISOLATION

• Angular Misalignment: 8 degrees
• Bore Diameter: 0.1248 to 0.2498 inch
• Coupling Diameter: 0.8125 inch
• Coupling Length: 2.56 inch

Description: HUBS: 303 Stainless Steel CENTER: Molded Neoprene, Durometer 73 • MOLDED NEOPRENE CENTER • SHAFT-TO SHAFT INSULATION • FAIRLOC® AND PIN TYPE HUBS • TORSIONAL VIBRATION ISOLATION

• Angular Misalignment: 1 degrees
• Bore Diameter: 0.1250 to 0.1875 inch
• Coupling Diameter: 0.8125 inch
• Coupling Length: 1.26 inch

Description: HUBS: 303 Stainless Steel CENTER: Molded Neoprene, Durometer 73 • MOLDED NEOPRENE CENTER • SHAFT-TO SHAFT INSULATION • FAIRLOC® AND PIN TYPE HUBS • TORSIONAL VIBRATION ISOLATION

• Angular Misalignment: 8 degrees
• Bore Diameter: 0.1575 to 0.2362 inch
• Coupling Diameter: 0.8110 inch
• Coupling Length: 2.63 inch

Description: HUBS: 303 Stainless Steel CENTER: Molded Neoprene, Durometer 73 • MOLDED NEOPRENE CENTER • SHAFT-TO SHAFT INSULATION • FAIRLOC® AND PIN TYPE HUBS • TORSIONAL VIBRATION ISOLATION

• Angular Misalignment: 5 degrees
• Bore Diameter: 0.1181 to 0.1969 inch
• Coupling Diameter: 0.8110 inch
• Coupling Length: 1.32 inch

Description: Lays down the main dimensions for interchangeability and the materials for eyes, forks and associated bolts or pins for components subject to tension load. Is not applicable to components subject to compressive thrust or torsional loads.

Description: . TPK+ is a two-stage right-angle gearhead for servo applications featuring a robot flange according to ISO 9409 (without a pin). It is equipped on the output side with the alpha TP+ planetary gearhead. The focus of alpha TPK+ is on power density, notably in the torque, the torsional

• Backlash: 2 to 6 arcmin
• Flange(s): Yes
• Gear Ratio: 12 to 10000 (X : 1)
• Output Torque: 10000 In-lbs

Description: . TPK+ is a two-stage right-angle gearhead for servo applications featuring a robot flange according to ISO 9409 (without a pin). It is equipped on the output side with the alpha TP+ planetary gearhead. The focus of alpha TPK+ is on power density, notably in the torque, the torsional

• Backlash: 4 to 5 arcmin
• Gear Ratio: 3 to 100 (X : 1)
• Output Torque: 640 In-lbs
• Reducer Style: Motor Mount / Gearhead

Description: PREVENT CRACKS IN THE HEAD AREA OF THE OUTBOARD TENSION-TORSION (T-T) BAR PIN\HILLER AVI\UH-12A\UH-12B\UH-12C\UH-12D\ROGERSON HILLER CORP\UH-12E

Description: Lays down the main dimensions for interchangeability and the materials for eyes, forks and associated bolts or pins for components subject to tension load. Is not applicable to components subject to compressive thrust or torsional loads.

Description: part. The tapers on the pins and the angles on the pockets are engineered to permit an automatic balancing of the two resulting torsional forces. The drive pin is retained with a simple spring ring. Adaption to the KA connection is made by pushing the drive pin out of the

Description: -mechanisms Farm and construction equipment applications Hinges and pins on access doors Self-aligning, trunnion and other plain bearings Swivels and bearings on drawbar torsion devices Splines, exterior gears and drive linkages Truck undercarriages on adjustable tandem wheels

• Applications: Aerospace, Automotive / Transportation, Bearings, Machine / Gears
• Density / Specific Gravity (@15.6°C, 60°F): 1.14 specific gravity
• Features: Corrosion Inhibitor / Rust Preventative

Description: CRACKS IN THE HEAD AREA OF THE OUTBOARD TENSION-TORSION (T-T) BAR PIN\HILLER AVIATION (SEE ROGERSON HILLER)\UH-12A (HTE-1, H-23A)\UH-12B (HTE-2, H-23B, H-23C)\UH-12C\UH-12D (UH-23D)\UH-12E

Description: These inserts are designed to have the plastic molded around them in the mold cavity. This process involves the placement of “core pins” into the minor diameter of the inserts prior to molding the plastic. Once the molding operation is complete, the “core pins” are

• Base Materials: Plastic
• Inch: # 4
• Installation Method: Molded-In
• Metallic: Brass, Stainless Steel

Description: These inserts are designed to have the plastic molded around them in the mold cavity. This process involves the placement of “core pins” into the minor diameter of the inserts prior to molding the plastic. Once the molding operation is complete, the “core pins” are

• Base Materials: Plastic
• Installation Method: Molded-In
• Metallic: Brass, Stainless Steel
• Metric: M5

Description: These inserts are designed to have plastic molded around them in the mold cavity. This process involves the placement of “core pins” into the minor diameter of the inserts prior to molding the plastic. Once the molding operation is complete, the “core pins” are removed

• Base Materials: Plastic
• Inch: # 4
• Installation Method: Molded-In
• Metallic: Brass, Stainless Steel

Description: Series E300-2 - to be filled in the outer radius 1. Limited torsion tolerance 2. Large pins for long service life 3. Cable-friendly interior 4. Integrated strain relief option 5. “E” Series features split crossbar along the outer radius 6

• Bend Radius: 2.48 to 11.81 inch
• Cable Carrier Type: Open Style
• Cover / Bar Options: Snap-through Top
• Inside Width: 100 inch

Description: Series Z300-2 - to be filled in the inner radius 1. Limited torsion tolerance 2. Large pins for long service life 3. Cable-friendly interior 4. Integrated strain relief option 5. “E” Series features split crossbar along the outer radius 6

• Bend Radius: 2.48 to 11.81 inch
• Cable Carrier Type: Open Style
• Cover / Bar Options: Snap-through Top
• Inside Width: 3.94 inch

Description: Series E200-2 - to be filled in the outer radius 1.Large pins - long service life 2. Limited torsion tolerance 3. "E" Series features spit crossbar along the outer radius 4. "Z" Series features spit crossbar along the inner radius 5.Cable-friendly interior 6

• Bend Radius: 2.17 to 7.87 inch
• Cable Carrier Type: Open Style
• Cover / Bar Options: Snap-through Top
• Inside Width: 3.03 to 4.06 inch

Description: Series E200 - to be filled in the outer radius 1.Large pins - long service life 2. Limited torsion tolerance 3. "E" Series features spit crossbar along the outer radius 4. "Z" Series features spit crossbar along the inner radius 5.Cable-friendly interior 6

• Bend Radius: 2.17 to 7.87 inch
• Cable Carrier Type: Open Style
• Cable Separation Options: Separators, Dividers
• Cover / Bar Options: Snap-through Top

Description: discs from striking the stop pin. This arrangement reduces the shock force on the hinges, ensuring internal components have an extended cycle life with minimal wear under the most severe service conditions. • HIGH TORSION SPRING: For potentially severe applications, a high

• Valve Size: 2 to 60 inch
• Valve Type: Butterfly Valves, Check Valves

Description: ,000 pound lifting capacity Extendable pull-out top lift platform Pneumatic safety locks Equalization torsion bar Hardened pivot pins with "Zirk" fittings Open center design Ergonomic controls Low profile Dual hydraulic cylinders

• Capacity: 7000 lbs
• Lift Type: Vehicle / Service Lift
• Stroke: 72 inch
• Width: 81 inch

Description: The Force Sensing Tension Links is another unique strain gage transducer developed by Strainsert. The Tension Links utilize the internal strain gage process perfected by Strainsert during the last forty five years and used so successfully in Strainsert bolts, load pins and load cells. The

• Application: Structural Stress
• Category of Device: Sensor / Transducer
• Force / Load Rating: Over 100000 lbs
• Force Measured: Tension

Description: The Force Sensing Tension Links is another unique strain gage transducer developed by Strainsert. The Tension Links utilize the internal strain gage process perfected by Strainsert during the last forty five years and used so successfully in Strainsert bolts, load pins and load cells. The

• Application: Structural Stress
• Category of Device: Sensor / Transducer
• Force / Load Rating: Over 1000 lbs
• Force Measured: Tension

Description: The Force Sensing Tension Links is another unique strain gage transducer developed by Strainsert. The Tension Links utilize the internal strain gage process perfected by Strainsert during the last forty five years and used so successfully in Strainsert bolts, load pins and load cells. The

• Application: Structural Stress
• Category of Device: Sensor / Transducer
• Force / Load Rating: Over 9500 lbs
• Force Measured: Tension

Description: vantage point Connecting pieces with optional strain relief Dividers and horizontal shelves available Chain links made of glass fibre-reinforced plastic Cover sheet for universal mounting bracket Integrated noise damping system Pin and bore

• Bend Radius: 55 to 180 inch
• Cable Carrier Type: Enclosed Style
• Cable Separation Options: Separators, Dividers
• Cover / Bar Options: Removable Cover or Bars

Description: Dentex ® torsionally rigid, power transmission couplings which transmit torque between two steel gear hubs and the internal toothing of a nylon drive sleeve. The coupling is designed to release neighbouring shaft bearings from non-controlled additional bearing loads

• Angular Misalignment: 1.5 degrees
• Bore Diameter: 3.94 inch
• Coupling Type: Gear / Multi-Jaw
• Rated Speed: 8000 rpm

Description: safety. Standard ratchet knob offering adds security to locked position, even under severe vibration. Improved alignment pins provide for increased durability under torsion. Screw-style cam with ball lock mechanism (patented) results in high locking force. Knob allows

• Pay Load or Weight: 80 lbs
• Power Supplied: Other

Description: safety. Standard ratchet knob offering adds security to locked position, even under severe vibration. Improved alignment pins provide for increased durability under torsion. Screw-style cam with ball lock mechanism (patented) results in high locking force. Knob allows

• Pay Load or Weight: 80 lbs
• Power Supplied: Other

Description: Steel half bodies, strong yet compact Heavy duty pin and buffer coupling - for heavy shock load conditions Torsionally flexible - shock absorbing, extending machine life Easy maintenance - minimum number of wearing parts; buffers can be changed without moving shafts

• Bore Diameter: 1.97 to 10.24 inch
• Coupling Diameter: 4.92 to 19.29 inch
• Coupling Type: Other
• Rated Speed: 1700 to 6800 rpm

Description: robustness. A key differentiator from competitive machines is the box section rear frame (1) and box-shaped loader tower (2). The box section absorbs torsional forces generated in a loading cycle, maintaining alignment for hitch pins and driveline. The box-shaped loader tower resists

• Operating Weight: 214948 lbs
• Type: Wheel Loader

Description: . Features This valve is constructed with a high strength cast-aluminum body and features a tight-sealing, nitrile rubber seat. Hinge pins are stainless steel and operate in non-metallic hinge bushings with lubrication fittings. All models (4", 5", 6", 8" and

Description: temperature stability and heat resistance Fast adjustment of vertical slide with top probe Highly ergonomic, user-friendly one-handed operation to position the gage blocks under the measuring probe Precision adjustment via torsionally rigid parallelogram springs

• Display: Dial / Analog / Direct Reading Scale, Digital Display
• Mounting / Loading Options: Benchtop / Floor
• Range: 0.0197 to 6.69 inch
• Technology: Electronic

Description: Deck and lip plate material is 55,000 lb. minimum yield safety tread plate Totally enclosed hinge pin supported by hinge tubes with grease fittings Long-lasting, adjustable torsion spring to give the precise amount of support for the placement of the leveler Full

• Equipment Type: Dock Leveler
• Weight: 540 lbs
• Weight Capacity: 25000 lbs

Description: Deck and lip plate material is 55,000 lb. minimum yield safety tread plate Totally enclosed hinge pin supported by hinge tubes with grease fittings Long-lasting, adjustable torsion spring to give the precise amount of support for the placement of the leveler Full

• Equipment Type: Dock Leveler
• Weight: 579 lbs
• Weight Capacity: 20000 lbs

Description: Deck and lip plate material is 55,000 lb. minimum yield safety tread plate Totally enclosed hinge pin supported by hinge tubes with grease fittings Long-lasting, adjustable torsion spring to give the precise amount of support for the placement of the leveler Full

• Equipment Type: Dock Leveler
• Weight: 625 lbs
• Weight Capacity: 30000 lbs

Description: Deck and lip plate material is 55,000 lb. minimum yield safety tread plate Totally enclosed hinge pin supported by hinge tubes with grease fittings Long-lasting, adjustable torsion spring to give the precise amount of support for the placement of the leveler Full

• Equipment Type: Dock Leveler
• Weight: 113 lbs

Description: ESDU 89049 provides a step-by-step calculation method for estimating the loading and response, in both translational and torsional modes, due to the across-wind turbulence components. The loading is derived as the sum of a mean contribution together with background and resonant fluctuating

Description: Prideco integral drill pipe pups are heat treated to 120,000 psi minimum yield. Integral pups have the same tensile and torsional rating of S-135 drill pipe with the same pin ID. All connections are phosphate-coated to improve resistance to galling. Standard lengths are 5 ft, 10 ft, 15

Description: quickly and easily, saving time and money Integrated top handle allows the saw to be carried around easily Heavy-duty lock down pin allows head of the saw to be locked in the carrying position without the use of a chain Adjustable spark guard allows the users to direct

• Cutting Capacity: 4.5 inch
• Saw Type: Chop Saw
• Weight: 35 lbs

Description: duty and heavy duty. They offer vastly improved torsional flexibility with a limited freedom of axial movement because of their series of rubber ‘conical section’ rings. Types 611, 612, 613, 614 are available with bore sizes up to 355mm diameter and a basic rated torque up to 188700

• Bore Diameter: Up to 13.98 inch
• Coupling Type: Other
• Rated Torque: 1.67E6 In-lbs

Description: All steel construction for operation at a wide temperature range. Constant contact on all cam followers for excellent load sharing, high shock load capacity, and consistent torsional stiffness. High capacity output bearing. Pre-loaded needle bearing cam follower

• Backlash: 0.0 arcmin
• Gear Ratio: 11 (X : 1)
• Gearing Arrangement: Cycloidal
• Maximum Input Speed: 6000 rpm