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ABB 560PSU01 1KGT006600R0001 Power Supply Unit
ABB 560PSU01 1KGT006600R0001
1. Product Overview
The ABB 560PSU01 (Order No.: 1KGT006600R0001) is a regulated power supply unit exclusively designed for the RTU560 Remote Terminal Unit platform. It delivers stable 5VDC and 24VDC output voltages to power RTU560 sub-racks, including 560MPR03 and 560SFR02 models. As a core power module of ABB industrial-grade automatic control equipment, it guarantees the stable operation of the system in harsh industrial environments.
2. Technical Specifications
Parameter Item
Specification Value
Input Voltage
85-264 V AC / 100-370 V DC or 110-220 V DC
Output Voltage
5 V DC and 24 V DC (dual output channels)
Maximum Output Current
10 A (24V output)
Power Rating
240 W
Efficiency
Typically above 85%
Operating Temperature
-25°C to +70°C (industrial grade)
Origin
Sweden
Cooling Method
Natural convection (no moving parts)
| Parameter Item | Specification Value |
|---|---|
| Input Voltage | 85-264 V AC / 100-370 V DC or 110-220 V DC |
| Output Voltage | 5 V DC and 24 V DC (dual output channels) |
| Maximum Output Current | 10 A (24V output) |
| Power Rating | 240 W |
| Efficiency | Typically above 85% |
| Operating Temperature | -25°C to +70°C (industrial grade) |
| Origin | Sweden |
| Cooling Method | Natural convection (no moving parts) |
3. Product Features
- Customized for RTU560 Platform: Optimized exclusively for the RTU560 Remote Terminal Unit series to achieve perfect matching and stable compatibility.
- Hot-Swap Support: Enables online module replacement without system shutdown, effectively improving maintenance efficiency.
- Redundant Power Supply Option: Supports redundant operation configuration, allowing two power supply units to work in parallel for enhanced system stability.
- Industrial-Grade Reliability: Adopts industrial-grade design standards to adapt to complex and harsh industrial operating environments.
- High Availability Design: Ideal for automation and utility industry applications that require ultra-high system availability.
- Compact Structure: Features small size and light weight, which simplifies on-site installation, layout and daily maintenance work.
- Built-In Voltage Buffering: Equipped with an interrupt buffer with a buffering time of ≤50ms, which can effectively tolerate transient input voltage drops and avoid system power failure.
- Customized for RTU560 Platform: Optimized exclusively for the RTU560 Remote Terminal Unit series to achieve perfect matching and stable compatibility.
- Hot-Swap Support: Enables online module replacement without system shutdown, effectively improving maintenance efficiency.
- Redundant Power Supply Option: Supports redundant operation configuration, allowing two power supply units to work in parallel for enhanced system stability.
- Industrial-Grade Reliability: Adopts industrial-grade design standards to adapt to complex and harsh industrial operating environments.
- High Availability Design: Ideal for automation and utility industry applications that require ultra-high system availability.
- Compact Structure: Features small size and light weight, which simplifies on-site installation, layout and daily maintenance work.
- Built-In Voltage Buffering: Equipped with an interrupt buffer with a buffering time of ≤50ms, which can effectively tolerate transient input voltage drops and avoid system power failure.
4. Structure and Composition
4.1 Core Power Supply Function
The unit provides two independent output voltages (5V DC and 24V DC) for the RTU560 rack system. Its sufficient output power can support the operation of up to 4 Communication Module Unit (CMU) sub-racks simultaneously.
4.2 Applicable Sub-Racks
- 560MPR03 Sub-rack
- 560SFR02 Sub-rack
- 560MPR03 Sub-rack
- 560SFR02 Sub-rack
4.3 Redundant Configuration
For projects with high requirements on system availability and operational stability, redundant power supply configuration is available. Two 560PSU01 power supply units can be operated in parallel mode to realize power redundancy and avoid single-point power failure risks.
4.4 Physical Structure
- Adopts metal chassis design, featuring compact size, sturdiness and durability, with strong anti-interference and anti-vibration capabilities.
- Equipped with standard industrial interfaces and unified connection modes for universal applicability.
- The front panel is integrated with status indicator lights and terminal areas for convenient status observation and wiring operation.
- Adopts metal chassis design, featuring compact size, sturdiness and durability, with strong anti-interference and anti-vibration capabilities.
- Equipped with standard industrial interfaces and unified connection modes for universal applicability.
- The front panel is integrated with status indicator lights and terminal areas for convenient status observation and wiring operation.
5. Application Fields
- Substation Automation System: Provides continuous and stable power guarantee for substation equipment to ensure reliable system operation.
- Power Dispatching Automation: Applied to power grid real-time monitoring and power system automatic control scenarios.
- Oil and Gas Pipeline Monitoring: Suitable for remote terminal monitoring of distributed oil and gas pipeline networks.
- Water Conservancy Telemetry: Used for real-time monitoring, data collection and automatic control of water resources.
- Renewable Energy Power Stations: Supplies stable power for controllers of wind farms and solar power stations to ensure stable operation of new energy power generation systems.
- Smart Grid: Adaptable to all power grid scenarios requiring RTU supporting equipment.
- Industrial Automation: Widely used in industrial process control, factory automated production and other scenarios.
- Substation Automation System: Provides continuous and stable power guarantee for substation equipment to ensure reliable system operation.
- Power Dispatching Automation: Applied to power grid real-time monitoring and power system automatic control scenarios.
- Oil and Gas Pipeline Monitoring: Suitable for remote terminal monitoring of distributed oil and gas pipeline networks.
- Water Conservancy Telemetry: Used for real-time monitoring, data collection and automatic control of water resources.
- Renewable Energy Power Stations: Supplies stable power for controllers of wind farms and solar power stations to ensure stable operation of new energy power generation systems.
- Smart Grid: Adaptable to all power grid scenarios requiring RTU supporting equipment.
- Industrial Automation: Widely used in industrial process control, factory automated production and other scenarios.
6. Installation and Maintenance
6.1 Installation Guidelines
- Installation Mode: Supports rack mounting and DIN rail mounting, flexible for different cabinet layout requirements.
- Protection Grade: IP20, suitable for indoor installation inside standard control cabinets.
- Interface Configuration
- Redundant Installation: For redundant configuration, two power supply units need to be connected in parallel as required.
- Installation Mode: Supports rack mounting and DIN rail mounting, flexible for different cabinet layout requirements.
- Protection Grade: IP20, suitable for indoor installation inside standard control cabinets.
- Interface Configuration
- Redundant Installation: For redundant configuration, two power supply units need to be connected in parallel as required.
6.2 Maintenance Guidelines
- Heat Dissipation Requirements: Relies on natural convection cooling with no fan components, zero daily fan maintenance required.
- Operating Environment: Ensure the ambient operating temperature is maintained within the range of -25°C to +70°C to guarantee optimal performance.
- Regular Inspection: Periodically check the power status indicator lights and wiring terminals to ensure firm connection and normal equipment status.
- Hot-Swap Maintenance: Supports online hot-swap module replacement, which does not affect the normal operation of the overall system and greatly simplifies maintenance work.
- Heat Dissipation Requirements: Relies on natural convection cooling with no fan components, zero daily fan maintenance required.
- Operating Environment: Ensure the ambient operating temperature is maintained within the range of -25°C to +70°C to guarantee optimal performance.
- Regular Inspection: Periodically check the power status indicator lights and wiring terminals to ensure firm connection and normal equipment status.
- Hot-Swap Maintenance: Supports online hot-swap module replacement, which does not affect the normal operation of the overall system and greatly simplifies maintenance work.
7. Related Models
Model
Order Number
Description
560PSU01
1KGT006600R0001 / 1KGT006600R0002
Standard Power Supply Module
560PSU02
1KGT011900R0001
Version with 48-220 V DC Input
560PSU03
1KGT011900R0002
High-Capacity Version (15A Output)
560PSU80
1KGT008600R0001
Specialized Power Supply Module Version
| Model | Order Number | Description |
|---|---|---|
| 560PSU01 | 1KGT006600R0001 / 1KGT006600R0002 | Standard Power Supply Module |
| 560PSU02 | 1KGT011900R0001 | Version with 48-220 V DC Input |
| 560PSU03 | 1KGT011900R0002 | High-Capacity Version (15A Output) |
| 560PSU80 | 1KGT008600R0001 | Specialized Power Supply Module Version |
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