Schneider SMPS - ABL2REM24065K, 150 Watt, 6

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Schneider SMPS - ABL2REM24065K, 150 Watt, 6

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Schneider SMPS - ABL2REM24065K, 150 Watt, 6 Specification

Output Type
DC

Cooling Method
Natural Air Cooling

Power Supply
AC to DC

Application
Industrial Automation, Control Panels, PLCs, Robotics, Instrumentation

Rated Power
150W

Rated Current
6.5A

Operating Temperature
-10C to +60C

Features
Compact Design, High Reliability, LED Indicator, Universal Input

Working Temperature
-10C to +60C

Noise Level
<50mVp-p

Current Range
6.5A

Power Factor
0.98

Output Current
6.5A

Phase
Single Phase

Connector Type
Screw Terminal

Product Type
Switch Mode Power Supply (SMPS)

Output Power
150 Watt

Output Frequency
50/60 Hz

Input Voltage
100-240V AC

Voltage Protection
Overvoltage, Overload, Short Circuit Protection

Efficiency
Up to 89%

Material
Metal Casing

Line Regulation
0.5%

Storage Temperature
-40C to +85C

Weight
720g (approx.)

Humidity
20% to 90% RH (Non-condensing)

Startup Time
< 500ms at full load and 230VAC

Input Frequency
50/60Hz

Protection Class
Class I

Hold-up Time
> 20ms at full load 230VAC

Dimensions
129.5 x 98 x 38 mm (L x W x H)

Output Voltage
24V DC

EMC Standards
EN 55022, EN 61000-3-2, EN 61000-3-3

Mounting Type
DIN Rail Mountable

Isolation Voltage
3.0kVAC Input to Output

Adjustable Output Voltage Range
22~28V DC

Model Number
ABL2REM24065K

Schneider SMPS - ABL2REM24065K, 150 Watt, 6 About

SPECIFICATION

Output Voltage	250 WATT
Input Voltage	100-285 VAC
Display Type	NO DISPLAY
Design	Smps
Series	ABL2 - PHASEO
Brand	Schneider
Input Current	10 AMP
Output Power	250 WATT
Current	10 AMP
Usage/Application	Industrial Automation

High Performance and Versatility

Engineered for industrial environments, the ABL2REM24065K offers universal AC input, adjustable 24V DC output, and a compact footprint ideal for panel installations. Its wide input voltage and temperature range ensure reliable operation across diverse conditions, making it a versatile power solution.

Protected and Reliable Power Delivery

Built with safety and longevity in mind, this power supply features overvoltage, overload, and short circuit protection. It ensures stable operation even during power disturbances, with a startup time under 500ms and hold-up time exceeding 20ms at full load.

Easy Installation and Maintenance

DIN rail mounting, screw terminal connectors, and a clear LED indicator simplify installation and monitoring. The natural air cooling system reduces maintenance requirements, and its sturdy metal enclosure enhances durability in demanding settings.

FAQs of Schneider SMPS - ABL2REM24065K, 150 Watt, 6:

Q: How do I properly install the ABL2REM24065K SMPS on a DIN rail?

A: To install, attach the unit securely onto a standard DIN rail within your control panel. Ensure adequate airflow and leave space around the device to enable natural cooling as required for optimal performance.

Q: What are the main benefits of using this Schneider SMPS in industrial automation?

A: The ABL2REM24065K offers high reliability, efficient power conversion, and comprehensive protections, making it ideal for automation, robotics, PLCs, and instrumentation. Its universal input, adjustable output, and robust construction further benefit industrial environments.

Q: When should I adjust the output voltage, and how can I do it?

A: Adjust the output voltage (between 2228V DC) when your connected equipment requires a specific voltage level. Use the onsite adjustment dial or potentiometer, following the manufacturers guidance to ensure safety and performance.

Q: Where can this SMPS be used most effectively?

A: This model excels in control panels, PLC systems, robotics, and industrial instrumentation where compact, reliable, and regulated DC power is essential. Its wide input range and compliance with EMC standards make it suitable for diverse industrial facilities.

Q: What process does the protection system follow in case of overload or short circuit?

A: The ABL2REM24065K automatically limits output or shuts down to protect both itself and connected devices in case of overload, overvoltage, or short circuits. Once the fault is cleared, it resumes normal operation automatically or after a manual reset as required.

Q: How does the design enhance operational efficiency and cooling?

A: The compact metal casing, natural air cooling, and up to 89% efficiency reduce heat generation and energy loss, contributing to stable, low-noise operation and extended lifespan without the need for complex cooling systems.

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