Contactor Relays

Contactor DILM15-10, (230V) AC operation
Rs.1860 Add to cart
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Contactor DILM17-10,AC operation
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Contactor DILM25-10 230V, AC Operations
Rs.2600 Add to cart
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D Line Contactor – XTCD007B10AO
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DIL M9-01 24VDC – Eaton Moeller – Contactor
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DILM25-10 DC42 Contactor
Rs.2450 Add to cart
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DILM32-10 (230V AC) Contactor
Rs.2421 Request For Price
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DILM32-10 (RDC24), Contactor
Rs.4499 Add to cart
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DILM40 230V , Eaton Contactor
Rs.3799 Add to cart
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DILM9-10 (24VDC) Eaton Electric Contactor
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Eaton AC Contactor DILM9-10 (230VAC)
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Eaton Auxiliary Contactor DILM12-XSPV48
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What is a Contactor Relay?

A contactor relay is an electrically controlled switching device designed to handle high-power circuits, such as motors, lighting, and heating systems. It acts as a bridge between control systems and power circuits, enabling automated operation and remote control of electrical loads.

Benefits of Contactor Relays

• High Current Handling: Built to control large electrical loads safely and efficiently.
• Durability: Designed for frequent switching cycles without significant wear.
• Remote Operation: Allows switching circuits from a distance using control signals.
• Overload Protection: Often integrates overload relays to protect circuits from damage.
• Versatility: Works with both AC and DC power circuits.

Why Use Contactor Relays?

• Safety: Minimizes direct human interaction with high-power circuits.
• Automation: Integrates with control systems for automated processes.
• Reliability: Operates consistently under varying electrical and environmental conditions.

Applications of Contactor Relays

• Industrial Automation: Controls machinery like conveyor belts and robotic systems.
• HVAC Systems: Manages compressors, fans, and other HVAC components.
• Lighting Control: Operates high-power lighting in commercial or industrial spaces.
• Motor Control: Starts, stops, and reverses motors in various applications.
• Renewable Energy: Used in solar inverters and wind turbine systems.

Types of Contactor Relays

• Magnetic Contactors: Uses electromagnetic force to open or close circuits.
• Vacuum Contactors: Encloses contacts in a vacuum to reduce arc formation.
• Definite Purpose Contactors: Specialized for applications like HVAC and refrigeration.
• Reversing Contactors: Enables switching between forward and reverse motor operations.
• Miniature Contactors: Compact designs for low-power or space-constrained setups.

Would you like help comparing contactor relays with other switching devices?