Enhance Machine Responsiveness with Our 8.2ft Throttle Control Cable for EX230 Excavators: Ensure precise throttle control and responsive operation with our Manual Throttle Control Cable, designed specifically for the EX230 excavator. This replacement cable is essential for maintaining optimal equipment performance and operator control. Key Features: Direct Control: Improves throttle response with a direct connection between the throttle pedal and engine, ensuring quick and stable throttle adjustments. High Compatibility: Specifically made for the EX230 model, this cable fits perfectly and functions as a direct replacement for old or damaged throttle cables. Robust Materials: Constructed from high-quality PU and stainless steel, the cable is designed to resist bending, deformation, and rust, enhancing its longevity and durability in harsh environments. Straightforward Installation: Easy to install with no modifications required, this throttle cable can be quickly set up, getting your machinery back in action with minimal downtime. Versatile Use: Ideal for use in various heavy machinery beyond excavators, including mixers and other construction equipment that requires manual throttle control. Specifications: Material: PU, Stainless Steel Length: Approximately 2.5 meters (8.2 feet) Designed For: EX230 Excavator Package Includes: 1 x Throttle Control Cable for EX230 Excavator Ideal For: Construction equipment operators looking to replace or upgrade their machine's throttle control. Maintenance and repair professionals needing reliable, high-quality parts for excavator repairs. Equipment rental companies seeking to maintain their fleets in top condition. Boost Your Excavator's Performance: This throttle control cable not only restores functionality but also enhances the operational control of your machinery, ensuring safety and efficiency in your construction projects. Note: Due to the light and screen setting difference, the item's color may be slightly different from the pictures. Please allow slight dimension difference due to different manual measurement.