

1606-XLSRED | Allen Bradley Performance Redundancy Module 10-60VDC
- Regular price
- $212.00
- Sale price
- $212.00
- Regular price
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Product Description P/N: 1606-XLSRED
Description
The Allen-Bradley 1606-XLSRED is a performance redundancy module designed for reliable power supply systems. It supports both 1+1 and N+1 redundancy configurations, with dual input channels and a single output channel rated for up to 20A.
Technical Specifications
Condition | New/Never Used Surplus |
Brand | Allen Bradley |
Category | Power Supply Systems |
Part Number |
1606-XLSRED |
Subcategory | PLC Expansion Modules |
Product Type | Switched Mode Power Supply |
Input Voltage | 24-60V DC |
Output Power | 480W |
Output Current | 20A |
Terminals | Screw |
Signal | DC-OK |
Output Voltage | Adjustable |
Size | Compact |
Heat Generation | Minimal |
Information About 1606-XLSRED
The 1606-XLSRED redundancy module is part of the Allen-Bradley Bulletin 1606-XLS series, providing enhanced reliability for industrial power systems. It features two input channels that can connect to 10A-rated power supplies and a single output channel capable of handling up to 20A nominal current. This module operates within an input voltage range of 24-60V DC and delivers up to 480W of output power. The 1606-XLSRED is equipped with screw terminals for secure and efficient wiring, making it ideal for demanding industrial environments requiring uninterrupted power supply.
Key Features:
- Redundancy Support: Compatible with 1+1 and N+1 redundancy configurations for enhanced system reliability.
- Input Channels: Two input channels for power supplies rated at 10A each.
- Output Capacity: Single output channel with a nominal current rating of 20A.
- Voltage Range: Operates within a 24-60V DC input voltage range.
- Output Power: Delivers up to 480W of power for critical applications.
- Terminals: Features screw terminals for secure and user-friendly wiring.
The Allen-Bradley 1606-XLSRED redundancy module ensures dependable power supply for critical systems, offering high output capacity and flexibility in redundancy configurations. Its robust design makes it a reliable choice for industrial applications.
Description
The Allen-Bradley 1606-XLSRED is a performance redundancy module designed for reliable power supply systems. It supports both 1+1 and N+1 redundancy configurations, with dual input channels and a single output channel rated for up to 20A.
Technical Specifications
Condition | New/Never Used Surplus |
Brand | Allen Bradley |
Category | Power Supply Systems |
Part Number |
1606-XLSRED |
Subcategory | PLC Expansion Modules |
Product Type | Switched Mode Power Supply |
Input Voltage | 24-60V DC |
Output Power | 480W |
Output Current | 20A |
Terminals | Screw |
Signal | DC-OK |
Output Voltage | Adjustable |
Size | Compact |
Heat Generation | Minimal |
Information About 1606-XLSRED
The 1606-XLSRED redundancy module is part of the Allen-Bradley Bulletin 1606-XLS series, providing enhanced reliability for industrial power systems. It features two input channels that can connect to 10A-rated power supplies and a single output channel capable of handling up to 20A nominal current. This module operates within an input voltage range of 24-60V DC and delivers up to 480W of output power. The 1606-XLSRED is equipped with screw terminals for secure and efficient wiring, making it ideal for demanding industrial environments requiring uninterrupted power supply.
Key Features:
- Redundancy Support: Compatible with 1+1 and N+1 redundancy configurations for enhanced system reliability.
- Input Channels: Two input channels for power supplies rated at 10A each.
- Output Capacity: Single output channel with a nominal current rating of 20A.
- Voltage Range: Operates within a 24-60V DC input voltage range.
- Output Power: Delivers up to 480W of power for critical applications.
- Terminals: Features screw terminals for secure and user-friendly wiring.
The Allen-Bradley 1606-XLSRED redundancy module ensures dependable power supply for critical systems, offering high output capacity and flexibility in redundancy configurations. Its robust design makes it a reliable choice for industrial applications.
