Lenze EVS9325-ES Servo Controller

Motor Power (KW):7.5

Operating Voltage (V):400-480

Frequency Range (Hz):40-60

Control Protocol:EtherCAT, CANopen

Protection Class:IP20

No. of Poles:4

Motor Interface:4-wire, 5-wire

Control Modes:Position, Velocity, Torque

Overload Capability:150% for 1 min

Standby Current:Less than 1A

Communication Interface:USB, Ethernet

Cooling System:Natural convection

    Integrating cutting-edge technology, the Lenze EVS9325-ES Servo Controller delivers exceptional performance for high-precision robotic and manufacturing applications. This state-of-the-art device is tailored for the demands of modern industry, featuring a compact yet robust design that ensures reliability and longevity.

    With its advanced control algorithms, this servo controller optimizes energy consumption while ensuring smooth and precise movements, making it an ideal choice for complex automation tasks. Its compatibility with both CANopen and EtherCAT protocols enhances integration with various automation systems, facilitating seamless communication within factory networks.

    Designed with user convenience in mind, the EVS9325-ES is equipped with intuitive configuration options and diagnostic tools, allowing for easy setup and maintenance without compromising on operational efficiency. Its durable construction withstands harsh industrial environments, ensuring dependable performance in challenging conditions.

    Equipped with a high-capacity motor driver, this servo controller can handle a wide range of loads, making it suitable for diverse applications in packaging, metal processing, and material handling industries. The high-speed torque control enables rapid acceleration and deceleration, improving throughput and reducing cycle times.

    Moreover, the EVS9325-ES incorporates safety features such as overvoltage and overcurrent protection, safeguarding the system against potential failures and ensuring workplace safety. Its comprehensive documentation and technical support guarantee a smooth implementation process, minimizing downtime and maximizing productivity.