Allen-Bradley 1606-XLP100E | Switched Mode Power Supply

Product Overview

The 1606-XLP100E from Allen-Bradley is a compact switched-mode power supply in the Bulletin 1606 series. It provides up to 100 Watts of output power and an adjustable voltage rating, supporting a maximum of 28 Volts DC. This module supports both single and parallel operation, making it versatile for different industrial setups.

With typical efficiency of 90%, the 1606-XLP100E reduces heat generation compared to linear power supplies. It auto-detects input voltage levels ranging from 100–120 V AC or 220–240 V AC, ensuring compatibility across diverse installations. The standard mounting orientation is with input terminals down and output terminals up, but the module can operate in alternative positions with minor adjustments to output power or ambient temperature limits.

Technical Specifications

Features and Benefits

• Adjustable Output Voltage: Provides flexibility for varying system requirements.

• High Efficiency: Achieves up to 90% efficiency to minimize energy loss and heat.

• Compact Design: Saves space in control cabinets and simplifies installation.

• Versatile Mounting: Can be mounted in multiple orientations with minor performance adjustment.

• Signal Feedback: DC-OK output signal ensures easy monitoring of supply status.

Applications

• Industrial automation and machinery requiring stable DC power.

• Control panels and PLC systems needing reliable compact power supplies.

• Systems requiring single or parallel supply configurations for scalability.

FAQ

Q1: What is the maximum output voltage of the 1606-XLP100E?
It supports adjustable output voltage up to 28 V DC.

Q2: What is the output power and current?
It delivers 100 W and 2.1 A of DC output.

Q3: Can it operate in parallel with other modules?
Yes, it supports both single and parallel operation.

Q4: What input voltage range does it accept?
The module accepts 200–240 V AC input and auto-detects voltage variations.

Q5: How efficient is this power supply?
It achieves typical efficiency of 90%, reducing energy waste and heat.