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The ATEMNOC is a temperature control switch manufactured by Hoffman Enclosures, Inc. It features a plastic construction with a smooth matte light gray finish. The unit measures 2.36 inches in height, 1.3 inches in width, and 1.62 inches in depth. It operates on a voltage rating of 120/250 V AC with a current rating of 20 mA and a wattage of 30 W. The device includes an adjustable setpoint starting at 0°C and utilizes an open-on-rise action. It is designed for DIN rail mounting to manage thermal conditions within electrical enclosures.
Verify the specific voltage rating requirements against your system's operational parameters before procurement. Confirm that the DIN rail mounting style aligns with your existing enclosure infrastructure. Ensure the open-on-rise function meets your safety protocols for temperature excursions. Cross-reference the physical dimensions with available space constraints within the target enclosure to guarantee proper fitment and clearance for wiring connections.
Select this model when precise thermal regulation is required for enclosed equipment. The adjustable setpoint allows customization based on specific component sensitivity. Consider the plastic construction for lightweight applications where corrosion resistance is secondary to cost efficiency. Verify compatibility with the intended operating voltage range of 120/250 V AC to ensure reliable switching performance under load conditions.
This component belongs to the Hoffman Enclosures temperature control series, designed specifically for managing internal environmental conditions. It complements the broader range of enclosure accessories by providing active thermal management capabilities. The product line emphasizes durability and ease of integration into standard industrial setups, supporting various enclosure types through standardized mounting interfaces.
No public confirmed substitute part numbers are available in the provided documentation. Consult official manufacturer catalogs for direct equivalents or updated series replacements if discontinuation occurs.

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