ABB 560PSR00 Power Supply Unit – English Version

1. Product Overview

The ABB 560PSR00 Power Supply Unit is designed specifically for the ABB RTU560 remote terminal unit system. It supplies stable DC power to modules installed in the subrack. With dual outputs, high reliability, and redundant capability, it is widely used in power automation and other critical control applications.

2. Technical Specifications

Input

• Input voltage range: 24–60 V DC

• Voltage tolerance: –20% to +15%

• Input protection: Over-voltage protection, reverse polarity protection

Output

• Output 1: 5 V DC, up to 5.5 A

• Output 2: 24 V DC, up to 0.7 A

• Total output power: approx. 44 W

• Ripple:

  • ≤ 30 mV (5 V output)

  • ≤ 80 mV (24 V output)

Performance & Construction

• Efficiency: approx. 85%

• Cooling: Natural convection (fanless design)

• Electrical isolation: Isolated input and output

• Redundancy: Supports parallel redundant operation

• Indicators: LED voltage and fault indicators

• Mounting: RTU560 subrack installation

• Dimensions: approx. 257 × 138 × 175 mm

• Weight: approx. 0.5 kg

Environmental Conditions

• Operating temperature: 0°C to +55°C

• Storage temperature: –40°C to +70°C

• Humidity: 5%–95%, non-condensing

3. Key Features and Advantages

1. Dual regulated outputs (5 V and 24 V) suitable for multiple modules.

2. High reliability with support for redundant power configuration.

3. Comprehensive protection including short-circuit, over-voltage, and reverse polarity protection.

4. Fanless natural cooling ensures long service life and low maintenance.

5. Clear LED indicators for power status and fault diagnostics.

6. Optimized for ABB RTU560 ensuring perfect mechanical and electrical compatibility.

4. Application Areas

• Power automation systems

• Substation monitoring and protection

• SCADA and remote telemetry systems

• RTU560 rack power supply

• Energy management platforms

• Mission-critical industrial automation systems

5. Precautions and Maintenance

1. Ensure correct wiring according to terminal definitions.

2. Use proper circuit breakers or fuses on the input side.

3. Install in a clean and well-ventilated environment.

4. Use identical models when configuring redundant power.

5. Check LED indicators regularly for early fault detection.

6. Always power off before maintenance.

7. Follow ESD protection procedures when handling the module.

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