Technical Specifications
| Parameter Name | Parameter Value |
|---|---|
| Product Model | 1606-XLE80E |
| Manufacturer | Rockwell Automation / Allen-Bradley |
| Product Type | Switched-Mode Power Supply |
| Bulletin | 1606-XLE |
| Rated Output Power | 80 W |
| Output Voltage | 24 VDC |
| Rated Output Current | 3.3 A |
| Input Voltage | 100–240 VAC |
| Input Frequency | 50/60 Hz |
| AC Input Current | 1.1 A at 100 VAC |
| Power Factor | 0.97 at 100 VAC |
| Inrush Current Limiting | Integrated |
| Efficiency | 88% typical |
| Rated Peak Load | 120 W for 2 seconds (150% of rated power) |
| Adjustment Range | 24–28 VDC |
| Output Ripple | 60 mV P-P |
| DC OK Indication | Green LED |
| Power Dissipation | 11 W |
| Mounting | DIN rail |
| Operating Temperature | -25…+70 °C |
| Dimensions (H × W × D) | 123 × 40 × 123 mm |
| Weight | 430 g |
| Certifications | cULus, CE, EX, FM, GL, ABS, GOST_R, C-Tick, SEMI F47 |
Main Features and Advantages
The compact design of the Allen-Bradley 1606-XLE80E is one of its primary advantages. With a width of only 40 mm, the power supply minimizes DIN rail space requirements while still delivering 80 W of regulated 24 VDC power. This makes it particularly useful in compact enclosures, small machines, and control panels where space is limited.
Stable output and load-handling capability support reliable automation operation. The 1606-XLE80E provides a regulated 24 VDC output at 3.3 A and can deliver 120 W for up to two seconds during startup or transient load conditions. This helps accommodate inrush current from capacitive loads, contactor coils, and other connected devices without immediately tripping the power supply.
High efficiency reduces both operating cost and heat generation. The unit achieves approximately 88% efficiency and includes integrated inrush current limiting. The Allen-Bradley 1606-XLE80E also features low no-load power consumption, which can be beneficial in applications with frequent standby periods or where energy efficiency is a design objective.
Installation and commissioning are straightforward. The power supply mounts directly on a standard DIN rail and uses screw terminals for input and output wiring. Output voltage can be adjusted from 24 to 28 VDC to compensate for voltage drop across long cable runs. A front-panel green LED provides a basic DC OK status indication, helping maintenance personnel confirm that the unit is operating normally.
The 1606-XLE80E is built for industrial operating conditions. Its wide input voltage range supports global use, while its operating temperature range accommodates many control cabinet environments. The product also carries multiple certifications, including cULus, CE, and compliance with SEMI F47 voltage sag immunity requirements, broadening its suitability for international and semiconductor-industry applications.
Application Field
The Allen-Bradley 1606-XLE80E is commonly used in industrial control panels where a stable 24 VDC power source is required for automation equipment. It is suitable for powering Programmable Logic Controllers, distributed I/O systems, operator interface terminals, contactors, relays, sensors, and other control components. Its compact size and dependable output make it a practical choice for both new panel designs and existing system maintenance.
In machine automation, the power supply supports packaging machines, material handling systems, assembly equipment, and specialty machinery. The can provide the control voltage required for sensors, actuators, and interface devices while occupying minimal space in the enclosure. Its peak-load capability helps accommodate the temporary inrush current often associated with contactor coils and capacitive loads during machine startup.
For panel builders and system integrators, the offers a cost-effective and standardized power solution. Its DIN rail mounting, screw terminal connections, and global input voltage range simplify panel layout and international deployment. The power supply can also serve as a straightforward replacement in existing Bulletin 1606 installations where mechanical compatibility and output characteristics are important.
The unit is also suitable for industrial environments that require dependable power in moderate load applications. Its efficiency, diagnostics, and certifications make it appropriate for manufacturing, process skids, building automation, and other installations where continuous control voltage is needed. In semiconductor and other regulated environments, the may be selected where its certification profile and voltage sag immunity characteristics align with application requirements.
