RZW02.1-015-015

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The Bosch Rexroth Indramat RZW02.1-015-015 is part of the RZW Braking Resistors series and is a fixed resistor with a galvanized steel housing. It operates at a power class of 15 kW, has a protection class of IP20, and a thermal time constant of 100 seconds. The resistor weighs approximately 6.2 kg.

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Product Description:

The RZW02.1-015-015 Braking Resistor by Bosch Rexroth Indramat is used in drive control systems. It is designed by Bosch a well-known company known for producing industrial products, to safely absorb energy during motor braking. This RZW braking resistor supports controlled energy dissipation in industrial automation.

The RZW02.1-015-015 braking resistor has a power class of 15 kW and it is a fixed resistor with steel housing. The operating factor is rated at 15% switch-on duration. The unit supports a thermal time constant of 100 seconds. The resistor handles peak power loads up to 14 kW at 6% duty. The construction supports consistent energy discharge in braking applications. The housing provides strength under frequent load cycles. The steel body helps in heat dissipation and mechanical protection. The power class offers conformity with mid-range motion systems. The resistor maintains electrical stability and the thermal time constant allows steady energy release during operation. The peak load rating supports emergency and rapid-stop functions. The Bosch Rexroth Indramat RZW braking resistor integrates into drive panel enclosures easily. The resistor weight is approximately 6.2 kg for cabinet support planning. The fixed type structure offers minimal vibration during continuous braking. The design suits installations where secure mounting is required. The enclosure protects internal components and supports braking for motors in closed-loop systems. The product allows consistent temperature management over multiple cycles.

The RZW02.1-015-015 braking resistor offers accurate braking in control applications. The product supports regulated stopping in industrial drive systems and fits in automation and motion settings. The configuration allows dependable braking control in thermal-limited conditions. The design enables safe integration in energy dissipation units. The steel housing extends durability in harsh environments. The performance meets the needs of high-precision drive systems.

Construction
Fixed resistor, steel housing
Continuous power rating
15 kW
Grounded conductor cross-section
>=10 mm²
Ingress protection rating
IP20
Maximum ambient temperature
40°C
Minimum resistance
17.5 Ω
Operating duty cycle
15%
Order code example
RZW02.1-015-015
Peak power
14 kW at 6% duty
Peak resistance
18 Ω
Thermal time constant
100 s
Weight
6.2 kg

Frequently Asked Questions about RZW02.1-015-015:

Q: What type of resistor is used in the RZW02.1-015-015 braking unit?

A: The RZW02.1-015-015 is a fixed resistor type. This provides stability in repetitive braking operations with minimal vibration.

Q: How heavy is the RZW02.1-015-015 braking resistor?

A: The RZW02.1-015-015 weighs around 6.2 kg. Its weight makes it suitable for secure cabinet mounting without heavy reinforcement.

Q: What are the peak handling capabilities of the RZW02.1-015-015 unit?

A: The RZW02.1-015-015 can handle peak power up to 14 kW at short-duty cycles. This enables rapid stop capabilities in drive systems.

Q: What protection class does the RZW02.1-015-015 resistor comply with?

A: The RZW02.1-015-015 is built to IP20 standards. It is ideal for enclosed industrial environments with standard ingress protection needs.

Q: In which applications is the RZW02.1-015-015 typically used?

A: The RZW02.1-015-015 is used in closed-loop motor braking for automated drive systems. It ensures thermal-safe energy dissipation under controlled cycles.


Internal Product Review

  • ‘‘The RZW02.1-015-015 braking resistor supports efficient energy dissipation in drive applications. Its fixed design and rugged housing enhance mechanical stability. With a 15% duty cycle, it’s ideal for systems requiring intermittent braking. The galvanized enclosure and 100-second thermal time constant support safe cabinet integration.’’

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