RZW02.1-055-006

The Bosch Rexroth Indramat RZW02.1-055-006 is a high-performance braking resistor within the RZW Braking Resistors series, designed for demanding industrial automation tasks. This module features a nominal Current of 80 A and maintains a Power Loss of 25 W under continuous operation. Engineered to operate at a Frequency of 50/60 Hz, it delivers stable performance across a wide range of control environments. With a compact footprint measuring Dimensions of 80 x 398 x 200 mm and a lightweight enclosure weighing only 6 kg, it integrates easily into existing drive systems. Rated for continuous duty up to a Maximum Temperature of 45°C, the RZW02.1-055-006 ensures consistent braking capability even under thermal stress.

Performance characteristics are optimized through a robust Cross-section Of Conductor of 25 mm², providing low resistance pathways and minimizing voltage drop. The resistor’s Rated Leakage Current of 35 mA meets stringent safety requirements while the EMC Level Class A rating ensures minimal electromagnetic interference in sensitive control loops. A MOUNTED ENCODER further enhances feedback accuracy for closed-loop braking applications, and the Reduced spatter design prolongs contactor life by limiting arc erosion. The durable construction, marked simply as Durable: Yes, withstands continuous vibration and shock in harsh industrial settings. Together, these features deliver rapid energy dissipation and precise braking response under dynamic load conditions.

Reliability is reinforced by international approvals including CE, UL, and cULus, confirming compliance with the highest quality and safety standards. Integration into automated brake systems is streamlined by familiar form factors and standardized electrical terminations. Ideal for use in servo drive braking, hoisting equipment, and motor control centers, this resistor supports both retrofit and new-build installations. The RZW02.1-055-006 excels in applications requiring rapid, repeatable deceleration and energy regeneration. Its proven performance and compliance credentials make it an indispensable component for modern industrial automation and motion control architectures.