Schneider LC1D09B7 Contactor | TeSys D – 3P (3NO) – AC-3 – ≤ 440V 9A – 24V AC Coil

1. Overview

The Schneider LC1D09B7 is a 3-pole (3NO) contactor from the TeSys D series, specifically designed for motor control and power switching applications. It has a 9A current rating at ≤ 440V, making it suitable for small to medium-sized motor control circuits. The contactor operates with a 24V AC coil (50/60Hz), ensuring compatibility with low-voltage control systems.

2. Key Features

• Brand: Schneider Electric

• Series: TeSys D

• Model: LC1D09B7

• Type: Contactor

• Number of Poles: 3 (3NO)

• Utilization Category: AC-3 (Motor Control)

• Voltage Rating: ≤ 440V

• Current Rating: 9A

• Coil Voltage: 24V AC (50/60Hz)

• Electrical Durability: High endurance for frequent switching operations

• Connection Type: Screw clamp terminals for secure and easy wiring

• Mounting: DIN rail or panel mounting for flexible installation

3. Benefits

• Compact & Space-Saving: Ideal for small control panels.

• Reliable Performance: Designed for AC-3 applications, ensuring stable motor control.

• Long Service Life: Built for high mechanical and electrical durability.

• Low-Voltage Coil (24V AC): Ensures safe and efficient operation in low-voltage control circuits.

• Easy Installation & Maintenance: Screw clamp terminals provide quick and secure wiring connections.

4. Applications

• Motor Control: Suitable for small to medium-sized motors.

• HVAC Systems: Used in air conditioning and ventilation systems.

• Pumps & Fans: Ideal for industrial water pumps and cooling systems.

• Lighting Control: Can be used in automated lighting systems.

• Industrial Automation: Essential for control panels in manufacturing and process industries.

5. Conclusion

The Schneider LC1D09B7 TeSys D Contactor is a versatile and reliable solution for motor control and industrial automation applications. With its 3-pole (3NO) design, 9A rating, and 24V AC coil, it offers efficient performance, high durability, and ease of integration into low-voltage control systems.