LVSSN GROUP's Successful Export of Motor Protection Relays and Weighing Sensors

Background:
Customers in Kuwait and Russia sought high-quality and reliable solutions for motor protection and accurate weighing in their industrial processes. LVSSN GROUP was invited to provide relays and weighing sensors to ensure the safety of motor operations and precise weight measurements.

LVSSN GROUP's Solutions:
Relays:
Model: LVSSN R-200A Overload Relay
Specifications: 50...200 A, for motor protection, CLASS 5...30E
Installation: Contactor mounting/stand-alone installation
Circuit: Main circuit with straight-through transformer, auxiliary circuit with spring-type terminal
Operation Modes: Manual-Automatic-Reset
Fault Detection: Internal ground fault detection
LVSSN's relays aim to provide comprehensive motor protection, supporting various operation modes, and featuring internal ground fault detection to ensure high stability during motor operation.

Weighing Sensors:
Model: LVSSN W-6 Line Cantilever Beam Weighing Sensor
Accuracy Grade: D1, C3
Resistance Compensation: Capable of compensating resistance variations
Material: Galvanized steel (measurement body)
Protection Rating: IP67
Features: Large measurement volume, easy integration
LVSSN's cantilever beam weighing sensors employ high-precision sensing technology to ensure accuracy in weight measurements. With an IP67 protection rating, they adapt well to various industrial environments, and the design of the measurement body facilitates easy integration into the customer's production line.

Successful Outcomes:
LVSSN GROUP successfully met the customers' needs for motor protection and weighing, delivering high-quality and reliable products. Customers in Kuwait and Russia expressed satisfaction with LVSSN GROUP's solutions, experiencing increased efficiency and reliability in their production processes while ensuring product quality and safety. This success case has established LVSSN GROUP's positive reputation in the international market, laying a solid foundation for future collaborations.