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Description
Overview
Essential details：1606-XL240DRT Switched Mode Power Supply Allen-Bradley
Technical Specifications for 1606-XL240DR
| Manufacturer | Rockwell Automation |
| Brand | Allen-Bradley |
| Part Number | 1606-XL4RED20-30 |
| Product Type | Switched Mode Power Supply |
| Input Voltage | 24V DC |
| Output Power | 720W |
| Output Current | 30A |
The 1606-XL240DR power supply is a 1606-XL switched-mode power supply manufactured by Allen-Bradley. The 1606-XL240DR power supply features an input voltage of 24 Volts DC and it has an output power of 720 Watts. The 1606-XL240DR power supply features an output current of 30 Amps and it comes with special terminals. The Allen-Bradley switched-mode power supply features a high short-circuit current for delivering a large start-up window that starts reliably even with awkward loads. The rated output voltage is 24 Volts DC and the power supply comes with radiated EMI values for suppressing the output noise. The 1606-XL240DR power supply features an ambient operating temperature range of 0 to 70 degrees Celsius while the ambient storage temperature range is -25 degrees Celsius to 85 degrees Celsius. The rated efficiency is 89%. It comes with the front-panel LED indicators for simplified monitoring. It comes with the intelligent circuit design that allows for long-life electrolytic capacitors, while the unit is designed to generate minimal heat.
1606-XL240DRT
Superiority products 1606-XL240DRT Switched Mode Power Supply Allen-Bradley
- The 1606-XL240DR power supply has a wide power range and feature set with multiple single-phase and 3-phase inputs available. With its redundancy modules, the power supply can manage the dual power supplies for the back-up power. The compact size reduces the width of the power supply and this saves panel space, which allows for expanded plant flexibility. The 1606-XL240DR power supply comes with global standard certifications, including the UL, CE, CSA, GL, SEMI, and RCM certifications. The 1606-XL240DR power supply is designed to allow for the identification, mitigation, and elimination of the risk of automation obsolescence. This also allows increased productivity while lessening the hassle of maintaining equipment.
