Description
Cutler Hammer-Eaton C25DND215A Definite Purpose Contactor Overview
The Cutler Hammer-Eaton C25DND215A is a non-reversing definite purpose contactor engineered for reliable switching in HVAC, refrigeration, and light commercial electrical applications. With a 110/120VAC 50/60Hz coil voltage, this contactor delivers consistent performance across a wide range of control circuits, making it a go-to solution for contractors and technicians who demand dependable electrical switching in demanding environments.
Key Features
- 2-pole configuration for single-phase load switching
- 15-amp load rating for HVAC and light commercial applications
- 110/120VAC, 50/60Hz coil voltage for broad compatibility
- Non-reversing design for straightforward, single-direction motor and load control
- Open type enclosure for easy integration into existing electrical panels and enclosures
- Includes metal mounting plate for secure, vibration-resistant installation
- Definite purpose design optimized for HVAC, refrigeration, and air conditioning duty cycles
Technical Specifications
- SKU / Part Number: C25DND215A
- Brand: Cutler Hammer-Eaton
- Coil Voltage: 110/120VAC
- Coil Frequency: 50/60Hz
- Number of Poles: 2
- Amperage Rating: 15 Amps
- Enclosure Type: Open
- Operation Type: Non-Reversing
- Contactor Type: Definite Purpose
- Mounting: Metal Mounting Plate Included
Applications
The C25DND215A is ideally suited for use in air conditioning condensing units, heat pumps, refrigeration equipment, fan motors, and other light commercial HVAC loads where a reliable, definite purpose contactor is required. The open enclosure design allows for straightforward installation within a customer-supplied enclosure or electrical panel, while the included metal mounting plate ensures a stable, secure fit.
Why Choose the Eaton C25DND215A?
Eaton’s Cutler Hammer line of definite purpose contactors is trusted by HVAC professionals for their long service life, consistent coil pull-in, and robust contact construction. The C25DND215A is built to handle the repetitive switching demands of HVAC and refrigeration systems, reducing maintenance intervals and minimizing downtime in the field.
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