Home Bosch Rexroth Indramat RZW Braking Resistor Series RZW03.1-055-006

RZW03.1-055-006

Name: RZW03.1-055-006
Brand: Bosch Rexroth Indramat
Price: 401 USD
Rating: 4.4 (25 reviews)

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The RZW03.1-055-006 braking resistor features an impressive current handling of 80 Amps, a power loss of 25 Watts, and an EMC level classified as Class A. Part of the RZW Braking Resistor Series from Bosch Rexroth Indramat, it has a rated leakage current of 35 mA and weighs 6 Kilograms.

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Description
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FAQ

Product Description

The RZW03.1-055-006 braking resistor from the RZW Braking Resistor Series manufactured by Bosch Rexroth Indramat has been specially developed for use in industrial braking systems.

This device has a current rating of 80A and has a capability of handling 550W thus suitable for systems that need efficient power drainage during deceleration. This module is developed for voltage input of 230 VAC and the leakage current of 35 mA is maintained to make the module safe and effective. This braking resistor has IP20-rated protection which gives basic protection from dust and physical touch and is recommended for controlled environments. The unit has a maximum operation temperature of 45°C which enables it to work effectively in medium environmental conditions in industries. The heat sinking method used in the design is natural convection, which implies that the resistor uses the surrounding air to regulate the temperatures at which it operates thus leading to the development of a small-sized and energy-saving device. The module is rather small with the dimensions of 80 x 398 x 200 mm and a weight of 6 kg which makes it easy to install in different systems.

It is designed to work with standard industrial electrical systems and its frequency ranges from 50/60 Hz. The power loss of the module is 25 W, which makes the module energy efficient but still capable of delivering good braking performance. The RZW03.1-055-006 has a conductor cross-sectional area of 25 mm², to guarantee a robust and effective electrical flow. The RZW03.1-055-006 can be easily installed into the system with its flange-mount structure making it suitable for many applications that require braking energy management in industrial automation systems. This product is covered by a one-year warranty from Wake Industrial.

RZW03.1-055-006 Technical Specifications

Current:	80 A
Rated Power:	550 W
Voltage Rating:	230 VAC
Protection Class:	IP20
Cooling Method:	Natural convection
Mounting Type:	Flange mount
Warranty:	One-year
Power Loss:	25 W
Emc Level:	Class A
Cross-section Of Conductor:	25 mm²
Dimensions:	80 x 398 x 200 mm
Weight:	6 kg
Frequency:	50/60 Hz
Rated Leakage Current:	35 mA
Maximum Temperature:	45°C

Frequently Asked Questions about RZW03.1-055-006

Q: What is the power capacity of the RZW03.1-055-006 braking resistor?

A: The RZW03.1-055-006 braking resistor can handle up to 550W, making it suitable for systems that require efficient power drainage during deceleration.

Q: What is the operating voltage of the RZW03.1-055-006 module?

A: The module operates with a voltage input of 230 VAC, compatible with standard industrial electrical systems.

Q: What is the protection rating of the RZW03.1-055-006 braking resistor?

A: The RZW03.1-055-006 has an IP20 protection rating, providing basic protection against dust and physical contact, ideal for controlled environments.

Q: What is the maximum operating temperature of the RZW03.1-055-006?

A: The module is designed to operate at a maximum temperature of 45°C, making it suitable for medium environmental conditions in industrial applications.

Q: How is the RZW03.1-055-006 cooled?

A: The braking resistor uses natural convection cooling, utilizing the surrounding air to regulate its temperature, contributing to its energy efficiency and compact design.

Internal Product Review

‘‘The RZW03.1-055-006 braking resistor provides efficient energy dissipation with its high power capacity and compact design. Featuring natural convection cooling, IP20 protection, and easy flange-mount installation, it is perfect for managing braking energy in industrial automation systems.’’