RZW03.1-001-025
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The RZW03.1-001-025 is a controller module designed for electrical isolation and requires a power supply of 100-240 VAC. Manufactured by Bosch Rexroth Indramat and part of the RZW Braking Resistor Series, it features two CAN interfaces and screw-in mounting. The module is network-capable and consumes 14.5 watts of power.
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Product Description:
The RZW03.1-001-025 is a Bosch Rexroth Indramat braking resistor designed to dissipate excess energy generated during motor deceleration. It ensures safe and efficient operation of drive systems in industrial setups. The resistor is engineered to convert surplus electrical energy into heat, ensuring that the drive’s components are protected from overvoltage conditions. For durability and reliable performance in various industrial environments, the module is constructed with a metal alloy and an insulating ceramic material. The robust metal alloy enhances thermal conductivity, allowing the resistor to handle high-energy loads without thermal stress. The insulating ceramic material provides electrical isolation while preventing overheating for enhanced safety in demanding industrial applications.
The RZW03.1-001-025’s design incorporates network capability which makes integration into automation systems straightforward. The network connectivity enhances system efficiency by enabling real-time data exchange and optimizing braking performance based on operational conditions. Users can also utilize the network connectivity for predictive maintenance as system diagnostics and status updates can be accessed remotely. This helps to reduce downtimes and improve overall reliability. The resistor supports CAN-based networking, allowing the resistor to be easily integrated into multi-device setups, enhancing system responsiveness and coordination. This dual-interface design also provides flexibility, improving performance in dynamic systems.
By maintaining a low power demand, this braking resistor offers energy-efficient operation ensuring system sustainability. Its power consumption is rated at 14.5 Watts, helping to reduce overall system energy demands. This unit supports a broad input voltage range, making it easy to integrate with a wide range of power setups. The wide voltage tolerance enhances resilience, allowing the drive to operate optimally even when there are voltage fluctuations. This makes it adaptable to various industrial settings, including challenging conditions where inconsistencies in power supply are a risk.
Frequently Asked Questions about RZW03.1-001-025:
Q: What voltage range does the RZW03.1-001-025 support?
A: The RZW03.1-001-025 operates within a 100-240 VAC range, providing compatibility with various industrial power systems.
Q: How much power does the RZW03.1-001-025 consume?
A: The RZW03.1-001-025 has a power consumption of 14.5 W, making it an energy-efficient solution for braking applications while minimizing excess heat generation.
Q: How many CAN interfaces does the RZW03.1-001-025 have?
A: The RZW03.1-001-025 is equipped with two CAN interfaces, enabling efficient communication with drive controllers and automation systems for improved operational control.
Q: Are the interfaces on the RZW03.1-001-025 electrically isolated?
A: Yes, the RZW03.1-001-025 features electrically isolated interfaces, preventing voltage fluctuations and enhancing the safety and reliability of connected components.
Q: Is the RZW03.1-001-025 network-enabled?
A: Yes, the RZW03.1-001-025 is network-enabled, allowing remote monitoring and integration into industrial automation systems for enhanced control and efficiency.
