IKG4167 Bosch Rexroth Indramat
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The Bosch Rexroth Indramat IKG4167 is part of the IKG Motor Power Cables series and is built with a PUR orange jacket and total shielding. It supports a drag chain application with 5 million bending cycles and has a power wire cross-section of 10.0 mm². The cable features a bulk INK0605 type and operates with a control voltage of 300 V and power voltage of 500 V.
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Product Description:
The IKG4167 motor power cable is manufactured by Bosch Rexroth Indramat within the IKG Motor Power Cables series. It links drive controllers to motor flanges, carrying three-phase power and auxiliary signals in automation axes. Designed for continuous motion, it routes inside drag chains and maintains reliable transmission during repetitive bending in gantry, packaging, and material-handling systems.
Mechanically, the cable is rated for 5 million bending cycles, so it resists long duty in cable carriers. It is supplied as bulk type INK0605, which specifies the insulation and screening scheme. The internal layout follows a 4x10.0 + 2x(2x1.0) + 2x(2x1.5) arrangement; four 10 mm² conductors feed motor power, two twisted pairs of 1 mm² carry brake or temperature signals, and two pairs of 1.5 mm² handle feedback. The conductors present a resistance of 1.91 Ω/km at 20 °C, limiting I²R losses over long runs. The outer PUR sheath resists abrasion and oils while keeping the cable flexible. Continuous drag chain suitability is declared, and the power cores use a 10 mm² cross-section to handle drive currents at standard servo ratings.
Visual identification is assisted by the Orange (RAL 2003) outer jacket that matches Bosch Rexroth colour codes. On the motor side the cable terminates in an INS0381/C10 connector and mates to the INS0380 flange interface, providing strain relief and IP-sealed engagement. Electrically, the power cores are rated for 300/500 V, while the integrated control pairs share a 300/300 V limit to separate low-level logic from mains conductors. A Total Shield wrapped around all elements suppresses electromagnetic interference so encoder and brake lines are not affected by switching surges. Combined, these characteristics give the cable predictable performance over its service life without additional filtering or derating.
