Phidix Dual Push-Pull Control Cable Assembly, Mechanical Shift Control Cables
Product Description：
Phidix dual push-pull control cable assembly is a heavy-duty mechanical remote transmission component, mainly designed for gear shifting and mechanical actuation that requires dual-cable synchronous operation. Manufactured under IATF16949 quality standard, this cable assembly delivers stable bidirectional push-pull motion transfer. It is built with reinforced conduit, flexible protective bellows and multiple end terminal options, ensuring long-term reliable performance under vibration, temperature fluctuation and harsh working conditions. Custom-built length, stroke and end fittings are available to match diverse vehicle and industrial equipment requirements.
Specifications
| Certificate: | IATF16949 |
| Brand: | PHIDIX |
| Outer Conduit Material： | PE / PVC / PTFE |
| Inner Cable Core Material： | Carbon Steel |
| Cable Length： | Fully Customizable |
| Working Stroke： | Customizable |
| Mounting Hardware： | Bulkhead Fixing Plate, Threaded Lock Nuts |
| End Fittings： | Rod End, Ball Joint, Clevis, Custom Terminals |
| Operating Temperature： | -40°C ~ +120°C |
| Max Operating Load： | Depends On Cable Dimension & Structure |
Applications
● Commercial vehicles: buses, light & heavy-duty trucks
● Construction machinery: excavators, loaders, engineering vehicles
● Agricultural machinery: farm tractors, harvesters
● Marine equipment & off-road vehicles
● General industrial mechanical remote actuation systems
Features
● Dual- cable matched assembly for synchronous bidirectional shift control
● Reinforced flexible conduit with corrugated protective bellows for anti-abrasion protection
● Multiple metal end connectors for versatile installation connection
● Bulkhead mounting plate for fixed-position installation
● Wide temperature range adaptability for harsh outdoor environments
● Full customization on length, stroke and terminal fittings
Working Principle
This dual push-pull control cable converts manual or mechanical input displacement into linear push-pull motion. The inner steel cable slides inside the fixed outer conduit. When one cable is pushed, the other pulls accordingly, transferring mechanical force bidirectionally between operating end and actuating end. The outer conduit stays fixed via bulkhead plate and lock nuts; inner steel cable moves linearly to complete gear shift or mechanical actuation. Dual-cable structure guarantees accurate forward-and-reverse position control.