Overview
The Elmwood Sensors 3-pole contactor is a rugged magnetic switching device designed for motor control and heavy-duty electrical load management in industrial environments. This unit operates at 600 VAC with a 30 FLA (full load amps) / 40 amp (resistive) rating per pole, making it suitable for three-phase motor starters and general-purpose switching applications requiring reliable IEC & NEMA compliance.
Key Features
- 3-Pole Configuration — Control three-phase power distribution efficiently
- 600 VAC Rating — Rated for standard industrial voltage levels
- 30 FLA / 40A Resistive — Accommodates medium-sized motors and inductive loads
- Magnetic Contactor Design — Proven electromagnetic switching for dependable operation
- Compact Mounting — Standard footprint compatible with control enclosures
Technical Specifications
- Voltage Rating: 600 VAC
- Poles: 3-Pole
- Full Load Amps (FLA): 30 A
- Resistive Rating: 40 A
- Contact Type: Magnetic (electromechanical)
- Application: IEC & NEMA motor control, industrial switching
- Series: Elmwood Sensors definite-purpose contactor
- Condition: Used, tested and inspected
Typical Applications
- Three-phase motor starting and stopping control
- HVAC compressor and pump motor circuits
- Industrial conveyor systems and production equipment
- Building automation and facility control panels
- General-purpose industrial load switching at 600 VAC
Compatibility & Replacements
Compatible With
- IEC and NEMA motor starters and control circuits
- Standard 600 VAC three-phase industrial power systems
- Magnetic motor control enclosures
- Common industrial PLC and relay-based control schemes
Replaces / Drop-In Replacement For
- Other Elmwood Sensors 3-pole 600V 30/40A contactors
- Verify compatibility with your specific control system and motor nameplate data before ordering
Works With
- Standard 24 VAC, 120 VAC, and 240 VAC control coils (verify coil voltage for this unit)
- IEC and NEMA motor control relays and soft starters
- Industrial automation control platforms requiring magnetic switching
