ABB 560PSR00 | 1KGT026500R0001 Power Supply Module RTU560

Product Description

Overview

The 560PSR00 (1KGT026500R0001) from ABB is a high-reliability power supply module engineered for the RTU560 series. It delivers stable DC power to subrack and I/O modules in mission-critical environments, ensuring continuous operation in electrical substations, water treatment systems, and industrial control networks. Designed for demanding conditions, this compact module supports redundant configurations and robust monitoring features for uninterrupted service.

Key Technical Specifications

Input:

• Nominal Range: 24–60 V DC

• Operating Range: 18–72 V DC, accommodating battery voltage fluctuations

• Input Protection: Reverse polarity, overvoltage, and short-circuit safeguards

Output:

• 5 V DC, 5.5 A for CPU and communication modules

• 24 V DC, 0.7 A for I/O modules and peripheral electronics

• Total Output Power: 44.3 W

• Ripple: <30 mV (5 V), ≤80 mV (24 V)

• Efficiency: ~85%

Mechanical:

• Dimensions: 257 × 138 × 175 mm

• Weight: ~0.5 kg

• Mounting: Fits RTU560 subracks (e.g., 560MPR03, 560SFR02)

Environmental:

• Operating Temperature: -25°C to +70°C

• Thermal Monitoring: Prevents overheating under heavy load

Redundancy & Reliability:

• Supports 1+1 parallel redundancy for uninterrupted operation

• Hot-swappable in compatible subracks

• Front-panel LEDs for power and fault indication

• Alarm relay output for system monitoring

Applications

• Electrical substations

• Oil and gas control systems

• Water and wastewater automation

• Industrial monitoring systems requiring high-availability power

FAQ

Q: Can this module be used with other RTU series?
A: The 560PSR00 is optimized for RTU560 subracks; compatibility with other RTU families is not recommended.

Q: Is hot-swapping supported?
A: Yes, depending on subrack type, the module can be replaced without powering down the system.

Q: What is the expected lifetime?
A: Designed for long-term reliability in industrial environments, typically exceeding 10 years under normal conditions.

Summary Table