Custom Push Pull Control Cable, Mechanical Control Cable With Eye & Clevis End Fittings
This control cable is a mechanical transmission component that converts linear push and pull motion between operating handles and actuators. It consists of a flexible inner steel wire core and a durable outer plastic jacket, fitted with adjustable threaded connectors, eye terminal on one end and clevis fork terminal on the other. The cable can transmit motion over a curved path, solving the problem of remote mechanical control without complex linkage structures. Widely customized for machinery, marine, construction and off-road equipment, it delivers stable, responsive and long-lasting remote control performance.
Applications
• Construction machinery: Excavators, loaders, road rollers, throttle & control linkages
• Marine equipment: Boat throttle, shift control, deck machinery
• Agricultural machinery: Tractors, harvesters, farm equipment control
• Off-road vehicles & golf carts: Brake, throttle, and clutch control
• Industrial automation equipment: Remote mechanical actuation, machine door and valve control
• Generator sets: Engine throttle and shutdown control
Product Features
• Flexible bending design, works well in limited and complex installation space
• Dual-way push & pull function, can transmit both pushing and pulling force
• Adjustable threaded assembly for convenient on-site installation and stroke calibration
• Anti-corrosion plated metal terminals, resistant to rust and moisture
• Smooth inner wire movement, low friction, consistent motion transfer
• Robust outer jacket, wear-resistant, anti-aging, protects inner steel wire
• Multiple terminal options to match different equipment connection points
Advantages
• Simple structure, easy installation and maintenance, no complicated lever system
• Reliable remote control, motion can be routed around obstacles
• High mechanical strength, withstand continuous cyclic operation
• Highly customizable: overall length, stroke, end connectors can be tailored to your drawings
• Stable performance under vibration environment, suitable for heavy machinery
• Cost-effective alternative to hydraulic or electric actuators for simple linear control
• Strict quality inspection before shipment to guarantee long service life
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