RL2-065GBB Bosch Rexroth Indramat
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The Bosch Rexroth Indramat RL2-065GBB is part of the RL2 Motor Power Cables series and features a basic cable design with a cross section of 6.0 mm² and a jacket made from PUR. It is equipped with a connector size of M58, auxiliary conductors of 2 x 1.0 mm² plus 2 x 1.5 mm², and operates at rated voltages of 600/1000 V for power and 450/750 V for signal.
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Product Description:
The RL2-065GBB is a motor power cable produced by Bosch Rexroth Indramat within the RL2 Motor Power Cables series. In drive systems it provides combined power and auxiliary signal routing between the inverter and second-generation synchronous motors, maintaining consistent voltage supply and control feedback whilst conforming to Rexroth Cable installation standards. Because of its rugged build the cable can be laid in fixed machine sections or routed through energy chains without additional external protection.
The conductor bundle is dimensioned for medium-power drives; the main cores have a cross-section of 6.0 mm², arranged in a 4x L topology alongside four 0.75 mm² signal cores defined by the 4x L + 4x 0.75 mm² cable type. Additional control feeds are provided through auxiliary conductors specified as 2 × 1.0 mm² plus 2 × 1.5 mm². Termination is carried out with an M58 speed-tec connector, simplifying fast exchange in the field. A tear-resistant PUR outer jacket in RAL 2003 protects the bundle and allows continuous operation at the application’s rated voltage of 600/1000 V for the power pair. Despite the robust insulation, the overall diameter is limited to 18.2 mm, supporting compact cable routing inside cabinets that belong to the Rexroth Cable product group.
For mechanical integrity the cable observes a static bend limit of 5 × D and a dynamic bend limit of 7.5 × D, making it suitable for moving-chain applications on the 2nd motor generation. Copper conductors may continuously reach +90 °C in fixed installations without degrading the insulation scheme. Signal quality is preserved by a measured leakage capacitance of 0.5 nF/m, keeping drive-encoder communication stable at high PWM frequencies. The basic design adheres to PUR flexibility classes, while the dedicated control pair is qualified for a separate rating of 450/750 V so logic lines remain isolated from the power path.
