The Bosch Rexroth IKS4103 is a motor encoder cable engineered for integration with Bosch Rexroth motors, delivering positional and speed feedback essential for precision industrial automation control. Built with tinned copper stranded conductors and dual-layer braided shielding, this cable withstands demanding operational environments while maintaining signal integrity. The TPE insulation and jacket provide environmental resistance and silicone-free construction compliant with PV 3.10.7 – status 1992, making it suitable for applications where paint adhesion and harsh conditions are critical.
## Technical Specifications
• **Conductor:** Tinned copper, stranded, bending-resistant configuration per DIN EN 60228
• **Insulation & Jacket:** TPE (Thermoplastic Elastomer)
• **Shielding:** Dual braided tinned copper layers—element and overall shields with 70% linear coverage and 90% optical coverage, optimized for high bending resistance
• **Voltage Rating:** 50 V
• **Outer Diameter:** 0.33 inch
• **Weight:** 61.1 lbs/mft; Copper Index: 38.3 lbs/mft
• **Available Lengths:** 7, 8, and 10 meters; custom lengths available upon request
• **Connector Options:** 7-pin or 15-pin, configuration-dependent
## Key Features
• Dual-layer braided shielding ensures robust EMC immunity when properly spaced from power cables
• TPE materials rated for harsh industrial environments
• Silicone-free construction prevents adhesion interference on painted surfaces
• High bending resistance through stranded tinned copper and specialized shield geometry
• Standard DIN EN 60228 compliance for conductor specifications
## Typical Applications
• Position and velocity feedback in servo drive systems
• Motion control feedback networks requiring EMC-protected signal transmission
• Energy chain and cable tray installations in dynamic motion applications
• Industrial automation systems demanding encoder signal integrity in harsh conditions
## Compatibility & Integration
Designed specifically for Bosch Rexroth motors and compatible with Bosch Rexroth drive and control devices. Installation requires trained personnel and adherence to manufacturer directives, particularly regarding allowed bending radii, cable routing separation, and energy chain load management. Connectors must be pulled during disconnection to prevent damage.
