Inverter LS Electric series S100 LV0110S100-4EOFNS

LS Electric S100 Series Inverter – a reliable drive for various applications

The LS Electric S100 series inverter (model LV0110S100-4EOFNS) is a universal frequency converter that will perform well in a wide range of automation applications. Designed for reliability and efficiency, it offers advanced control functions and compact dimensions, making it an ideal solution for both professional installers and end users. Its robust construction and built-in protections guarantee long-lasting and trouble-free operation.

Construction and mounting options

The S100 inverter is distinguished by its ability to be mounted side-by-side, allowing for optimal use of space in control cabinets. Compact dimensions (180 x 290 x 163 mm) facilitate integration with existing systems. The built-in EMC filter category C3 and braking module minimize electromagnetic interference and ensure stable device operation. An IP66 version up to 22kW is also available, increasing resistance to harsh environmental conditions.

Functions and communication

This model offers both scalar V/f control and sensorless vector control, allowing for precise adjustment of operating parameters to the specifics of a given motor and application. Built-in Modbus RTU communication enables easy integration with control and monitoring systems. Additionally, optional communication cards are available: PROFInet, Modbus TCP, EtherCAT, EtherNet/IP, Profibus-DP and CANopen, expanding the possibilities of connecting to various industrial networks. Fast data exchange via the RS485 port (115 kbps) ensures efficient communication between devices.

Safety and protection

User safety is a priority – the inverter has a built-in STO (Safe Torque Off) input, compliant with EN-60204-1 (category 0), EN-954-1 (safety category 3) and EN-ISO-13849-1 (SIL2) standards. This ensures a safe stop of the device in emergency situations. Additionally, built-in protection functions protect the inverter from overload, short circuit and other potential damage.