Oem Stainless Steel Push Pull Mechanical Control Cable Gear Shift Cable
【 Product Description 】
Push-Pull Standard Specifications A Dimension Grooved Swivel (in) Efficiency Factor Minimum Travel Push-Pull (in) Working Input Load (lbs) Push-Pull Maximum Input Overload (lbs) VLD Very Light Duty Min Bend Radius 2؆ Bristow® Min Bend Radius 5؆ Backlash Factor .00015 Per Deg. of Bend A Dimension Threaded Swivel (in) LD Light Duty Min Bend Radius 3؆ Bristow® Min Bend Radius 7؆ Backlash Factor .00020 Per Deg. of Bend 16° MINIMUM CONICAL SWIVEL 16° MINIMUM CONICAL SWIVEL MD Medium Duty Min Bend Radius 5؆ Bristow® Min Bend Radius 9؆ Backlash Factor .00025 Per Deg.
【 Features 】
【 Material 】
Conduit and Innermember
【 Suggested End Fittings 】
【 Push-Pull Industrial 】
We offer a full range of push-pull controls that provide a means of transmitting linear motion from one location to another. They offer ease of installation as well as superior performance.
The Bristow® Type control is an economical construction for applications which do not require tight bend radii, and are temperature rated for use from a low of -65°F to a peak of +230°F.
The Utility Style adds a binder wire for structural integrity and a tighter minimum bend radius than other controls.
Low Friction EXT controls have the same advantages as utility with an added plastic covered innermember which provides improved efficiency.
Low Friction controls provide the standard of excellence for industrial controls. Features include a binder wire for structural integrity, tight minimum bend radius, and PTFE covered innermember for the ultimate in efficient, smooth operation. Temperature rated for use from a low of -65°F to a peak of +230°F, they will provide long life in the most demanding applications.
【 Push-Pull Standard Specifications 】
• Input Force = (Output Load x Total Degrees of Bend x Efficiency Factor) + Output Load
For Bristow & Utility Efficiency
• Factor = .002
For Low Friction EXT & Low Friction
• EXT Efficiency Factor = .001
Note: Efficiency will be slightly reduced in applications when output load is substantially less than
【 Push- Pull Standard Order Code 】