Technical Specifications:

• Model: Schneider LX1D6B7 | TeSys D Contactor Coil

• Voltage Rating: 24 V AC

• Frequency: 50/60 Hz

• Coil Type: Contactor Coil for TeSys D Contactors

• Current Rating: Compatible with 80 A and 95 A contactors

• Coil Power Supply: AC voltage for energizing the coil

Features:

1. Reliable Performance:
   The LX1D6B7 coil is designed for consistent and dependable operation, energizing and de-energizing the contactor reliably, even in demanding environments.

2. Low Voltage Operation:
   With a 24 V AC operating voltage, the coil is ideal for low-voltage control circuits, ensuring safer and more efficient control of electrical systems in industrial and commercial applications.

3. Wide Compatibility:
   This coil is specifically designed for use with TeSys D contactors rated for 80 A and 95 A, making it highly versatile for controlling larger electrical loads while ensuring that the contactor operates efficiently.

4. Compact and Robust Design:
   The coil is engineered to fit seamlessly into TeSys D contactors, which are known for their compact size and robust design, making them easy to integrate into various electrical control systems.

5. Durable Construction:
   Constructed with high-quality materials, the LX1D6B7 coil is built to withstand industrial environments, offering reliable service over a long period.

Applications:

• Motor Control:
  The LX1D6B7 coil is commonly used in motor control applications, integrated into TeSys D contactors to control the switching of large motors in industrial machinery.

• Industrial Automation:
  This coil is also ideal for use in industrial automation systems, where it helps control the switching of circuits, machinery, and electrical loads in automated processes.

• HVAC Systems:
  In heating, ventilation, and air conditioning systems, this coil works with contactors to manage the switching of HVAC components, ensuring proper operation of the system.

• Lighting Control:
  Used in lighting control applications, it allows for efficient switching of lighting circuits in large-scale installations, such as factories or commercial buildings.

• Heavy-Duty Electrical Systems:
  The coil is designed to be used in applications that require controlling high electrical loads, such as heavy-duty machinery or large industrial control systems.