The Schneider LXM32AD18N4 is a sophisticated motion servo drive designed to deliver precision and efficiency in a variety of industrial applications. This three-phase drive operates on a supply voltage ranging from 208 to 480V and is capable of handling a continuous output current of 6A at 8 kHz, with a peak output current of 18A for short durations of up to 5 seconds. It boasts a nominal power rating of 1.8 kW, making it suitable for demanding tasks.
Crafted with an integrated EMC filter, the LXM32AD18N4 ensures compliance with electromagnetic compatibility standards, providing reliable operation even in environments with potential electrical noise. The drive features a robust design with an IP20 degree of protection, safeguarding the internal components from the ingress of solid objects.
The unit is equipped with multiple communication interfaces, including integrated CANopen, Modbus, and CANmotion, facilitating seamless integration into existing control systems. The RJ45 connectors provide a reliable physical interface for these communication protocols.
With a compact book-style format, the LXM32AD18N4 has a minimal footprint, making it an ideal choice for installations where space is at a premium. Its dimensions are 48 mm in width, 270 mm in height, and 237 mm in depth, and it weighs approximately 2 kg.
The servo drive is compatible with a range of servo motors, including the BMH and BSH series, and supports various control modes such as position control, speed profile, torque profile, and homing mode. The integrated fan ensures effective cooling, maintaining optimal operating temperatures and enhancing the drive's longevity.
The LXM32AD18N4 is a Green Premium product, reflecting Schneider Electric's commitment to sustainability and environmental responsibility. It is designed for easy commissioning and maintenance, with status LEDs providing clear indication of the drive's operational state and diagnostics.
Overall, the Schneider LXM32AD18N4 motion servo drive is a high-performance solution that combines advanced features with ease of use, making it a valuable asset for enhancing the efficiency and precision of industrial motion control systems.