Hartland Controls CON-2/24/40 Definite Purpose Contactor delivers reliable electrical load switching for HVAC, refrigeration, and industrial control systems that require a 24 Vac coil with 50/60 Hz operation. Built to respond to a low-voltage control signal, this contactor helps open and close power circuits for consistent equipment startup, shutdown, and operating cycles.
The CON-2/24/40 is a practical replacement choice for compatible systems where the original equipment specifications call for a definite purpose contactor with matching voltage, frequency, pole configuration, amperage rating, and terminal layout. Its compact design supports efficient panel installation while helping maintain dependable control of motors, compressors, fans, and compatible electrical loads.
Confirm all system requirements before installation to ensure proper fit, performance, and safe operation.
The Hartland Controls CON-2/24/40 is used to switch electrical loads in compatible HVAC, refrigeration, and industrial control systems. It allows a low-voltage control signal to open or close a higher-load power circuit.
This contactor is listed for 24 Vac coil operation with 50/60 Hz frequency compatibility.
Yes. The CON-2/24/40 may be used as a replacement when the equipment specifications require a matching definite purpose contactor with the same coil voltage, frequency, pole configuration, amperage rating, and terminal layout.
Definite purpose contactors are commonly used with compatible HVAC and refrigeration equipment, including motors, compressors, fans, and related electrical loads.
Confirm the required coil voltage, frequency, amperage rating, pole configuration, terminal layout, mounting requirements, and the original equipment specifications before ordering or installing this contactor.
No. It should only be installed in systems that match the electrical and mechanical requirements of the Hartland Controls CON-2/24/40. Always verify compatibility before installation.
| Casing Material | Heavy-duty 16-gauge galvanized steel |
|---|---|
| Fin Material | Aluminum with a sine-wave pattern optimized for heat transfer |
| Tube & Header Material | Tube & Header Material |
| Orientation | Left-Hand (LH) connections |
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