Schneider LC1DT32Q7 |Contactor, TeSys Deca, 4P(4 NO), AC-1, <=440V, 32A, 380V AC 50/60Hz coil, screw clamp terminal

Description

Schneider LC1DT32Q7 |Contactor, TeSys Deca, 4P(4 NO), AC-1, <=440V, 32A, 380V AC 50/60Hz coil, screw clamp terminal

Technical Specifications

• Brand: Schneider Electric

• Series: TeSys Deca

• Model: LC1DT32Q7

• Contactor Type: 4P (Four Normally Open Contacts)

• Utilization Category: AC-1 (Resistive & Low Inductive Loads)

• Maximum Voltage: ≤ 440 V

• Rated Current: 32 A

• Coil Voltage: 380 V AC, 50/60 Hz

• Terminal Type: Screw Clamp Terminals for secure wiring

• Electrical Durability: Designed for high switching cycles

• Mounting Type: DIN rail or screw mounting

• Mechanical Life: Up to millions of operations

• Compliance Standards: IEC 60947-4-1 for industrial contactors

Key Features

• 4-Pole (4 NO) Configuration: Allows for simultaneous control of multiple circuits.

• Reliable 380 V AC Coil: Ensures stable operation in industrial power systems.

• Compact and Sturdy Design: Fits seamlessly into electrical panels, ensuring long-term durability.

• Screw Clamp Terminals: Provides secure and reliable wiring for better electrical connectivity.

• High Electrical and Mechanical Lifespan: Reduces maintenance needs and ensures long-lasting operation.

• Flexible Mounting Options: Supports DIN rail and screw mounting, making installation easy.

• Compatible with Auxiliary Devices: Can be used with overload relays and other accessories for enhanced functionality.

Applications

• Power Distribution: Used in industrial and commercial electrical panels to manage resistive loads.

• Lighting Control: Suitable for switching large lighting circuits in factories, warehouses, and public buildings.

• Heating Systems: Ideal for controlling electric heaters, furnaces, and HVAC systems.

• Non-Motor Loads: Perfect for applications that do not require motor control, such as heating elements and lighting.

• Automation Systems: Plays a role in managing various electrical loads in automated processes