RKL4802 Bosch Rexroth Indramat
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The Bosch Rexroth Indramat RKL4802 is a motor power cable from the RKL Motor Power Cables series. It features a flame-resistant PUR jacket, is halogen-free, and supports 5,000,000 bending cycles with a dynamic bending radius of 7.5 times the cable diameter. The cable has three phase conductors, a 0.75 mm² power wire cross-section, and operates at a voltage of 300 V.
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Product Description:
The RKL4802 power cable is produced by Bosch Rexroth Indramat inside the RKL Motor Power Cables series. It serves as the fixed interface between a synchronous motor and its drive controller, carrying both three-phase power and low-level control conductors used for feedback or brake release commands. In automated handling equipment, the cable mates to the motor through connector type RLS1701/C01 and to the drive through connector type RLS1702/C01, giving a plug-and-play path for energy transfer during continuous motion.
This model is built on bulk cable type INK0670 and is verified for 5,000,000 bending cycles, a figure that underlines suitability for high-duty drag-chain layouts. The power cores are rated for 300 V while the control pair is specified at 0.5 mm², so a single hybrid run supports both current-carrying and signal functions. A dynamic installation must respect a minimum loop of 7.5xD; the diameter-based value limits conductor strain when the cable accelerates in a carrier. External protection comes from a PUR outer jacket that resists abrasion, machining oils, and micro-cracking, extending service life on linear axes and articulated arms.
Within the bundle are three phase conductors sized at 0.75 mm², matching the current range of compact servo motors. When laid stationary, the cable can be routed down to a bend of 5xD, suiting tight cabinet runs before entering moving elements. The sheath is classified as Flame-resistant and is also Halogen-free, so smoke toxicity and corrosive gas release are minimized during a fire event. Operation is specified up to 80 °C conductor temperature, covering typical enclosure and machine ambient limits.
