Product Name: EPS 2-Pole AC Contactor
Model Examples: EPS 2P 20A Contactor, EPS 2P 32A Contactor, EPS 2P 40A Contactor (variants may differ by rating)
The EPS 2-Pole Contactor is an electromagnetic switching device designed to control electrical power circuits by opening and closing the connection of two conductors simultaneously. It’s widely used in automation, motor control, lighting circuits, HVAC systems, pumps, and industrial control panels where remote or automatic switching is required.
This contactor uses an electromagnetic coil that, when energized, pulls in a set of contacts to allow current to flow through the power circuit. When the coil is de-energized, the contacts open and stop current flow. The 2-pole design enables simultaneous control of two lines–for example, phase and neutral in single-phase setups or two phases in certain two-phase or split power circuits.
The unit is built for reliable frequent switching, with robust contact materials and insulation suitable for typical industrial and commercial environments. It is usually mounted on a DIN rail or panel and connected using screw/clamp terminals for secure wiring.
2 Poles (2P): Controls two conductors together (e.g., phase + neutral).
Electromagnetic Coil: Enables remote/automatic switching via control voltage.
Rated Current Options: Typically available in 16 A, 20 A, 32 A, 40 A depending on model.
Mounting: DIN-rail or panel mountable.
Durable Construction: Designed for repeated switching cycles.
Wide Use: Suitable for lighting, motors, pumps, HVAC, and automation circuits.
Switching lighting circuits automatically
Controlling HVAC units and fans
Start/stop control for pumps and compressors
Integration with timers, PLCs, and automation systems
Part of control panels in industrial or commercial installations
Control Coil Voltage: Commonly AC 230 V or AC 110 V
Power Poles: 2 (two main contacts)
Rated Load Current: e.g., 20 A, 32 A, 40 A
Switching Category: AC1/AC3/AC4 (depends on load type)
Frequency: 50/60 Hz
Terminals: Screw/clamp for power and control wiring
Must be installed in a protected electrical panel.
Ensure the coil control voltage matches your control circuit (e.g., 230 V AC).
Use with appropriate overload or short-circuit protection (MCB/MCCB/RCD) in the supply circuit.
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