B&R 8B0C0320HW00.002-1

Overview

The B&R 8B0C0320HW00.002-1 is a premium ACOPOSmulti auxiliary supply module, meticulously engineered to deliver a consistent and stable 24 VDC output with an impressive continuous current of 32 A. This indispensable component is specifically optimized for efficient wall mounting, integrating comprehensive protective measures to guarantee exceptionally reliable and safe operation within the demanding environments of industrial automation. It serves as the bedrock for powering critical systems, ensuring uninterrupted functionality and peak performance.

Key Features

• High Continuous Power: Experience robust performance with up to 800 W of continuous power output at 24 VDC, capable of supporting a wide array of industrial applications.
• Dual Output Capability: Provides a primary continuous current of 32 A, complemented by an additional 5 A on a secondary output, offering enhanced flexibility for powering various devices.
• Advanced Protective Measures: Equipped with sophisticated protection against no-load, overload, short-circuit, feedback, and overtemperature conditions, safeguarding both the module and connected equipment.
• Optimized Wall Mounting: Designed for convenient and secure wall mounting, allowing for flexible integration into diverse industrial setups and space-constrained environments.
• Global Compliance & Certifications: Adheres to stringent international safety and performance standards, including CE, UKCA, UL, and KC, ensuring reliability and wide applicability.

Technical Specifications

DC Bus Connection:

• Nominal Voltage: 750 VDC
• Operating Range: 260 to 800 VDC
• Continuous Power Consumption: Max. 880 W
• Power Dissipation: 22 W (0% continuous power), 35 W (50% continuous power), 80 W (100% continuous power)

24 VDC Output:

• Continuous Power: 800 W
• Output Voltage: 24 VDC ±6%
• Continuous Current: 32 A
• Residual Ripple: Typically 50 mVSS

Operating Conditions:

• Ambient Temperature: Nominal 5 to 40°C, Maximum 55°C
• Installation Elevation: Up to 500 m without derating; derating applies above 500 m
• Degree of Protection: IP20

Mechanical Properties:

• Width: 53 mm
• Height: 317 mm
• Depth: 263 mm
• Weight: Approximately 3.2 kg

Applications

• Industrial Automation: Serves as a vital power source for a myriad of automation components, guaranteeing continuous, reliable operation in complex industrial systems.
• Process Control Systems: Delivers unwavering, stable power to critical control systems, significantly enhancing operational reliability and overall process efficiency.
• Machine Tools: Provides consistent and precise power to advanced machine tool systems, supporting high-precision operations and optimizing performance.
• Robotics: Powers sophisticated robotic systems, facilitating accurate, dependable functionality and contributing to the seamless execution of automated tasks.

Why Choose This Model?

The B&R 8B0C0320HW00.002-1 ACOPOSmulti auxiliary supply module stands out as a superior choice for robust and reliable auxiliary power within demanding industrial environments. Its exceptional high continuous power output, coupled with an extensive suite of protective features, ensures maximum uptime and longevity for your critical systems. The module's adherence to stringent international certifications underscores its quality and dependability, making it an intelligent investment for any industrial application requiring consistent, high-performance power. Choose the B&R 8B0C0320HW00.002-1 for unparalleled stability and peace of mind.

Order Now

Elevate your industrial automation capabilities with the B&R 8B0C0320HW00.002-1 ACOPOSmulti auxiliary supply module. Benefit from fast shipping and reliable worldwide delivery directly to your facility. For advanced multi-axis motion control solutions with high dynamic performance, scalability, and energy efficiency, explore our range of B&R ACOPOSmulti Servo Drive Systems. Discover high-performance servo drives for precise, efficient motion control in industrial automation by visiting our B&R ACOPOS Servo Drive Systems section today.