Robust connecting element GV2AF01

Connecting element for motor starter circuits

The robust GV2AF01 connecting element is a key component in building reliable and safe motor starter circuits. It is used to connect the GV2 motor starter or LS1D32 fuse disconnector to the LC1K or LP1K contactor, ensuring the coherent and efficient operation of the entire system. It is particularly useful in installations mounted directly on a DIN rail, where minimizing space and ease of installation are a priority.

Construction and application

The construction of the GV2AF01 element is designed for durability and reliability. It allows for a solid connection of components, eliminating the risk of loosening connections and ensuring stable operation of the circuit. It is a TeSys GV accessory, dedicated to creating complete starter circuits. Thanks to it, installers can quickly and efficiently build circuits, and end-users can enjoy trouble-free operation of devices.

Advantages and benefits

• Compatibility: Ensures a perfect fit for GV2 motor starters and LS1D32 disconnectors, as well as LC1K and LP1K contactors.
• Installation: Designed for direct mounting on a DIN rail, which simplifies installation and saves space in the control cabinet.
• Safety: Compliance with Green Premium standards (RoHS/REACh) guarantees minimal environmental impact and compliance with the latest environmental regulations.
• Ecology: The Green Premium label from Schneider Electric is a declaration of commitment to sustainable development – products with low CO2 emissions and a closed loop.
• Durability: Robust construction ensures long-lasting and trouble-free operation in demanding industrial conditions.
• Simplified selection: The element is dedicated to 3-pole circuits, which simplifies its selection for specific applications.

The GV2AF01 connecting element is not only a technical element, but above all a guarantee of the reliability and safety of the electrical installation. Its use translates into minimizing downtime, reducing operating costs and increasing the efficiency of devices.