The Schneider Electric STBXTS6510 is a prefabricated power and control wiring harness (often called a "power jump cable" or "pre-wired harness") designed for the TeSys island digital motor control system. It serves as a ready-to-use connection kit between a power distribution module (such as STBXTS2111) and the individual Decentralized Modules (DMs - motor starters).
Parameters
Parameter Specification
Product Line TeSys island - Digital Motor Control System
Component Type Prefabricated Wiring Harness (Power Jump Cable)
Commercial Reference STBXTS6510
Primary Function To provide pre-assembled, plug-in connections for power and control signals from a central distribution point to the Decentralized Modules (DMs).
Typical Connection Connects from the output terminals of a power distribution block/module (e.g., STBXTS2111) to the power and control input terminals of multiple DMs (likely configured for a standard set of 4 DMs).
Conductors Included Factory-terminated wires for:
• 3-Phase Power: L1, L2, L3
• Neutral (N)
• Protective Earth (PE)
• 24V DC Control Power: +24V and 0V (Common)
Connector Type One end: Multi-pin plug connector(s) designed to mate directly with the power distribution module's outlet port.
Opposite end: Individual female quick-disconnect (Faston) terminals or plug connectors for connection to each DM's terminals.
Harness Length Standard optimized length for routing within a typical TeSys island assembly mounted on a DIN rail.
Rated Voltage Power Conductors: Up to 690V AC
Control Conductors: Up to 60V DC
Rated Current Matches the capacity of the connected DMs and distribution block (commaligning with DM ratings, e.g., up to 32A).
Wire Gauge Sized according to the current rating (e.g., power wires may be 2.5 mm² or 4 mm²).
Installation Tool-less. Simply plug the harness connectors into the designated ports on the distribution module and each DM.
Operating Temperature -25°C to +60°C
Flammability Rating UL 94 V-2 or equivalent.
Standards & Certifications Compliant with relevant aspects of CE, UL, cUL, and RoHS as part of the TeSys island system.