LS Electric LSLV0004S100-2EONNS Inverter VFD Low Voltage Drive

Description

LS Electric LSLV0004S100-1EONNS Inverter VFD Low Voltage Drive

The LS Electric LSLV0004S100-1EONNS is a compact Variable Frequency Drive (VFD) designed to convert single-phase 200–240V AC input into three-phase 200–240V AC output. It is part of the S100 series, known for its general-purpose industrial applications, offering both V/F and sensorless vector control. This drive is suitable for applications requiring precise motor control and energy efficiency.

The Polar Energy Assessment:

Selectable V/F and sensorless vector control, providing flexibility for various applications. 150% overload for 60 seconds, suitable for demanding start-up conditions. Supports open field networks including Profibus-DP, CANopen, and EtherNet/IP. Designed for side-by-side installation, enhancing space efficiency. IP66, offering protection against dust and water ingress, suitable for harsh environments. Equipped with a C2 EMC filter to minimize electromagnetic interference. ncludes Safe Torque Off (STO) functionality for enhanced safety.

Pros

• Compact Design: Space-saving dimensions suitable for installations with limited space.
• Flexible Control Options: Multiple control methods to suit various application requirements.
• Enhanced Communication: Wide range of communication protocols for seamless integration.
• Reliable Performance: Capable of handling overload conditions, ensuring consistent operation.

Limitations

• Indoor Use Only: Not suitable for outdoor installations without additional protective measures.
• External Braking Resistor Required: Dynamic braking requires an external 100W resistor (not supplied).

Typical use cases

The LSLV0004M100-1EOFNA is ideal for applications requiring precise motor control, such as:

• Pumps: Ensures consistent flow rates and energy efficiency.
• Fans: Provides variable speed control for optimal airflow.
• Conveyors: Facilitates smooth and adjustable material handling.
• HVAC Systems: Offers energy-saving solutions through speed modulation.