Eaton C30CNM82A02A0 Mechanically Held Lighting Contactor

Technical Specification

Features:
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Additional info:

Two-wire mechanically held lighting contactor 30 A power pole rating Low magnetic noise results in quiet operation Low input VA permits long wire runs An ideal solution for controlling tungsten (incandescent filament), ballast (fluorescent and mercury arc), high intensity discharge (HID), non-motor AC resistive and single- & three phase motor ratings load Provides effective control in applications such as office buildings, industrial plants, hospitals, stadiums, airports, and so on

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Make Eaton
Manufacturer Eaton
Category Motors and Electrical Equipment>Contactors
Model code C30CNM82A02A0
Series C30CN mechanically held lighting contactors
No. of Poles 10
Rated Voltage 115 ~ 120 V 60 Hz / 110 V 50 Hz
Rated Current 30 A
Enclosure Open
Standards UL
Height 3.86 inch
Depth 7.39 inch
Width 4.18 inch

Product description

Eaton C30CNM82A02A0 Lighting Contactor

The Eaton C30CNM82A02A0 is a mechanically held lighting contactor designed for superior performance in industrial, commercial, and outdoor environments. This device is engineered to provide effective control of various lighting loads such as tungsten (incandescent filament), fluorescent, mercury arc, and HID lighting applications. Its robust design ensures durability and reliability, making it an ideal solution for environments where the control power is vital, even in the event of failure.

Key Features

  • Mechanically held design ensures no power wastage post operation, providing noise-free and efficient operation.
  • Rated for 30A power poles with 10 poles.
  • Low magnetic noise and low VA input requirements enable long wire runs and quiet operation.
  • Available in single and double pole configurations, supporting up to 74 different circuit combinations.
  • Enclosed contacts enhance reliability by resisting contaminants.

Ideal Use Cases

The Eaton C30CNM82A02A0 is ideally suited for applications in office buildings, industrial plants, hospitals, stadiums, and airports. These environments benefit from its energy-efficient operation and its ability to handle a wide range of load types quietly and effectively.

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