Push-Pull Control Cable Assembly With Threaded Rod Ends
Product Description：
The push-pull control cble assembly is a reliable mechanical transmission solution designed for precise remote motion control. As shown in the image, the cable features a flexible black outer conduit, threaded bulkhead mounting fittings, and threaded rod ends on both sides for secure connection and adjustment. Constructed with a high-strength steel inner core and a durable outer casing, this control cable delivers smooth push-pull operation while maintaining excellent flexibility for routing through confined spaces and around bends. It is ideal for industrial equipment, vehicles, agricultural machinery, marine systems, and other applications requiring dependable linear motion transmission.
Specifications
| Certificate: | IATF16949 |
| Brand: | PHIDIX |
| Outer Casing Material: | PVC, PTFE |
| Cable Diameter: | 2mm–10mm (Customizable) |
| Customization: | Length, Stroke, Fittings, Materials |
| Operating Temperature: | -40℃ To +120℃ |
| Corrosion Resistance: | Optional Stainless Steel Components |
Applications
● Automotive throttle and engine control systems
● Agricultural machinery and farm equipment
● Construction and heavy-duty equipment
● Marine engine and ventilation controls
● Industrial machinery and automation systems
● Generator and power equipment controls
● Hydraulic and pneumatic valve actuation systems
● Special-purpose vehicles and mobile equipment
Features
● High-strength steel inner cable for reliable operation
● Flexible conduit allows easy routing around obstacles
● Threaded rod ends provide secure and adjustable connections
● Bulkhead mounting design ensures stable installation
● Corrosion-resistant metal fittings for long service life
● Smooth push-pull action with minimal operating force
● Available in custom lengths and stroke configurations
Working Principle
The push-pull control cable operates by transmitting linear motion through a movable inner wire housed inside a stationary outer conduit. When force is applied at one end, the inner cable moves forward or backward while the outer casing remains fixed. This movement is transferred to the connected mechanism at the opposite end, allowing remote operation of throttles, valves, levers, locks, or other mechanical devices.