Push Pull Control Cable, Mechanical Throttle Cable, Shift Cable
Product Description：
This push pull control cable is a mechanical remote control assembly, composed of multi-strand steel inner wire, flexible black outer casing, threaded adjustment sleeves and threaded rod end terminals. The built-in threaded adjusters allow simple on-site fine-tuning of cable stroke and tension during installation. It transmits linear push and pull force reliably between separated components. Widely used for throttle control, gear shifting, engine stop and other remote operation on construction machinery, agricultural equipment, utility vehicles and industrial machines. Custom length, rod thread size and sheath specifications are available to match your machine requirements.
Specifications
| Certificate: | IATF16949 |
| Brand: | PHIDIX |
| Outer Casing Material: | PE, PVC, PTFE |
| Cable Diameter: | 2mm-10mm (Customizable) |
| Cable Length: | Customizable |
| Customization: | Length, Stroke, Fittings, Materials |
| Operating Temperature: | -40℃ To +120℃ |
| Corrosion Resistance: | Optional Stainless Steel Components |
Applications
● Construction machinery: Excavator, loader, road roller throttle and engine stop control
● Agricultural machinery: Tractor, harvester, lawn mower shift and throttle cables
● Off-road vehicles & utility vehicles: Gear shift, accelerator remote control
● Industrial equipment: Damper control, mechanical remote switch, automation linkage
● Marine equipment: Remote throttle & shift control for boats
Features
● Threaded rod terminals with rubber dust covers, block dust and debris to protect internal moving parts.
● Tough flexible outer sheath, resistant to abrasion, oil and minor bending for complex routing.
● High tensile steel inner wire, stable force transmission under repeated push-pull cycles.
● Zinc-plated metal components, good rust-proof performance for harsh working environments.
● Fully customizable dimensions and end fittings to fit different equipment mounting points.
Working Principle
The push-pull control cable transmits linear motion through an internal moving member supported by a flexible outer conduit. When an operator moves a lever, handle, or actuator connected to one end, the internal member moves relative to the outer conduit. The movement is transferred to the opposite end, where the terminal rod actuates the connected mechanism. During a push stroke, the internal member transmits compressive force. During a pull stroke, it transmits tensile force. The outer conduit provides the supporting reaction structure required for effective motion transmission.