Overview
The Fanuc LL88673 servo cable (E73526 4103) is a feedback cable engineered for precision servo motor connectivity in CNC machines and robotic automation systems. This used, tested unit delivers reliable encoder feedback transmission in demanding industrial environments. Available in orange jacket configuration, it serves as a direct replacement for original Fanuc feedback cable assemblies.
Key Features
- Designed for feedback applications with consistent signal integrity
- Orange jacket color for clear identification in cable routing
- Rated for 30V operation with AWM 1000V certification
- FT1 flame rating ensures compliance with UL standards
- 10-meter length suitable for typical robot arm and machine tool installations
- Tested and confirmed fully functional before shipment
Technical Specifications
- Manufacturer: Fanuc
- Part Number: LL88673 (E73526 4103)
- Nominal Voltage: 30V DC
- Insulation Rating: AWM 1000V
- Temperature Rating: 80°C continuous
- Flame Rating: FT1
- Cable Length: 10 meters
- Jacket Color: Orange
- Application: Feedback/encoder signal transmission
- Condition: Used, fully tested
Typical Applications
The Fanuc LL88673 feedback cable is commonly used in:
- CNC milling and turning centers with Fanuc control systems
- Robotic arm servo feedback circuits
- Encoder feedback loops for closed-loop servo motion
- Industrial automation systems requiring servo synchronization
- Machine tool retrofit and repair projects
Compatibility & Replacements
Compatible With
- Fanuc servo motors and drives
- Fanuc CNC controllers (0i, 30i, 32i, and legacy series)
- Fanuc robotic system servo feedback circuits
- Standard industrial servo feedback requirements at 30V
Replaces / Drop-In Replacement For
- Original Fanuc LL88673 cables in orange jacket configuration
- Fanuc E73526 feedback cable assemblies
- OEM Fanuc servo feedback harnesses
Works With
- Fanuc servo drives and axis controllers
- Encoder signal processing circuits
- Feedback loop systems requiring 30V feedback transmission
- CNC control systems with Fanuc architecture
