PRODUCTS
24v Power Supplies
Industrial 24V DC Power Supplies for Control Panels and Automation
ATC Diversified Electronics offers the ATCPWR Series Industrial 24V DC Power Supplies for OEM equipment, industrial automation, control panels, and other applications requiring dependable 24 VDC power. Designed for DIN rail mounting, the series combines a compact footprint with multiple power ratings to support a range of industrial control loads.
ATCPWR power supplies are available in 60W, 120W, 240W, and 480W configurations. All models support a universal input range of 90-264 VAC or 127-370 VDC and include built-in active power factor correction.
Each model also incorporates protection against short circuit, overload, overvoltage, and over-temperature conditions. Free-air convection cooling eliminates the need for an internal cooling fan, while robust input and output terminal connections support straightforward industrial panel installation.
Why Choose ATC Industrial 24V Power Supplies?
24 VDC Industrial Output: The ATCPWR Series provides regulated 24 VDC power for control systems, relays, sensors, PLC-related equipment, instrumentation, and other compatible industrial loads.
Four Power Ratings: Choose from 60W, 120W, 240W, and 480W models to match the power requirements of the control system.
Universal Input Range: ATCPWR models support 90-264 VAC and 127-370 VDC input, helping simplify power-supply selection across a wide range of industrial electrical systems.
Built-In Power Factor Correction: Active power factor correction is standard across the ATCPWR Series to help improve input-power utilization.
Integrated Electrical Protection: Built-in protection helps safeguard the power supply against short-circuit, overload, overvoltage, and over-temperature conditions.
DIN Rail Mounting: The compact DIN rail design supports efficient installation alongside timers, relays, controllers, PLC components, and other devices inside industrial control panels.
Fanless Cooling: ATCPWR models use free-air convection cooling, reducing reliance on internal cooling fans and helping simplify panel integration.
Industrial Compliance: The ATCPWR Series is cULus listed / UL 508 approved and is also RoHS, CE, and REACH compliant.
24V Power Supplies for OEM and Industrial Control Panels
The ATCPWR Series is suited for OEM machinery, industrial control panels, factory automation, instrumentation, sensors, relays, monitoring equipment, and other systems requiring a stable 24 VDC power source. The range of available wattages allows designers to size the power supply according to the combined electrical requirements of the connected devices.
ATCPWR Series efficiencies range from approximately 87% to 93.5% at 230 VAC, depending on model, helping provide efficient DC power conversion across the available power ratings.
Find the Right 24V DC Power Supply
Selecting the right 24V DIN rail power supply depends on required output power, total connected load, input voltage, available panel space, operating environment, system expansion requirements, and applicable panel or equipment standards.
Explore the ATCPWR Series above to compare 60W, 120W, 240W, and 480W configurations. ATC Diversified Electronics can also assist with selecting an industrial power supply for OEM equipment, UL 508 control panels, and automation applications.
Industrial 24V Power Supply FAQs
What is an industrial 24V DC power supply?
An industrial 24V DC power supply converts an available AC or DC input source into 24 VDC for compatible industrial control equipment. Common loads can include relays, sensors, controllers, instrumentation, and other automation components.
What is the ATCPWR Series?
The ATCPWR Series is ATC Diversified Electronics' line of industrial 24 VDC DIN rail power supplies. The series is available in 60W, 120W, 240W, and 480W configurations for industrial automation, OEM equipment, and control-panel applications.
What wattages are available for ATCPWR power supplies?
ATCPWR Series power supplies are available in four output-power ratings: 60 watts, 120 watts, 240 watts, and 480 watts.
What input voltage does the ATCPWR Series support?
ATCPWR Series power supplies support a universal input range of 90-264 VAC or 127-370 VDC. This broad range allows the same power-supply family to be used across many industrial electrical systems.
What protection features are built into ATCPWR power supplies?
All ATCPWR Series models include built-in protection against short circuit, overload, overvoltage, and over-temperature conditions.
What is power factor correction in an industrial power supply?
Power factor correction helps improve the relationship between the current drawn from the input source and the useful electrical power delivered by the supply. The ATCPWR Series includes built-in active power factor correction.
How are ATCPWR power supplies cooled?
ATCPWR Series power supplies use free-air convection cooling rather than an internal cooling fan. Adequate installation spacing and ambient operating conditions should be maintained according to the product instructions.
Are ATCPWR power supplies DIN rail mounted?
Yes. The ATCPWR Series is designed for DIN rail mounting, allowing the power supplies to be installed alongside other industrial control components inside electrical panels.
Are ATCPWR power supplies UL 508 approved?
Yes. ATC lists the ATCPWR Series as cULus listed / UL 508 approved. The power supplies are also RoHS, CE, and REACH compliant.
How efficient are ATCPWR industrial power supplies?
ATC specifies efficiencies ranging from approximately 87% to 93.5% at 230 VAC, depending on the selected ATCPWR model.
What applications use 24V DIN rail power supplies?
Industrial 24V DIN rail power supplies are commonly used in control panels, OEM machinery, factory automation, sensors, relays, instrumentation, controllers, monitoring systems, and other equipment requiring a 24 VDC power source.
How do I choose the correct ATCPWR power supply wattage?
Determine the total power required by all connected 24 VDC devices and select a power supply with sufficient capacity for the expected load. Allowance should also be made for startup demand, future expansion, operating conditions, and any design margin required by the system.