Product Description
Lexium 16d Servo Lxm16du07m2x - 750 Watt
Nominal Speed : 3000 rpm
Nominal Torque : 2.39 Nm
Moment of Inertia : High8 Wire 2500 PPR Incremental Encoder 100 mm Flange size
Technical Specification
| Input Phase | 1 - Phase |
| Input Voltage | Single Phase |
| Torque | 2.39 NM |
| Speed Range | 3000 RPM |
| Model Name/Number | LXM16DU07M2X |
| Motor Type | AC Servo drive |
| Output Power | 750 Watt |
| Brand | Schneider |
Advanced Motion ControlEngineered for industrial automation, the Lexium 16d Servo Lxm16du07m2x delivers smooth and precise movement for applications such as CNC machines and robotic systems. Its vector control enables adaptable and accurate performance across diverse tasks, supporting both incremental and absolute encoders for maximum feedback flexibility.
Robust Connectivity and SafetyWith integrated RS-485, CANopen, and Modbus communication interfaces, this servo drive ensures smooth data flow and adaptability to various industrial networks. Safety is enhanced by a built-in dynamic braking unit and IP20-rated enclosure, protecting against dust ingress and ensuring safe panel mounting.
Efficient and Reliable OperationOperating on 200-240V AC with high efficiency, the Lxm16du07m2x minimizes power consumption while maintaining consistent output. Natural air cooling (fanless) and a robust build ensure long-term performance with minimal maintenance, making it ideal for demanding environments in India.
FAQ's of Lexium 16d Servo Lxm16du07m2x - 750 Watt:
Q: How do I install the Lexium 16d Lxm16du07m2x servo drive?
A: Mount the drive on a secure panel using the provided brackets, ensuring adequate space for airflow around the unit. Connect the power supply (200-240V AC), input signals, and communication interfaces such as RS-485, CANopen, or Modbus. Ensure wiring conforms to the indicated phase and voltage requirements.
Q: What applications benefit most from using this servo drive?
A: The Lexium 16d Lxm16du07m2x is well-suited for industrial automation sectors, including CNC machinery, pick-and-place robotics, and other precision-driven systems where accurate, responsive motion control is essential.
Q: When should I use the built-in dynamic braking function?
A: Utilize the built-in dynamic braking during high-speed deceleration or emergency stops. The dynamic braking feature dissipates excess energy safely, protecting both the drive and the connected machinery during abrupt stops.
Q: Where can I integrate this servo drive within an existing automation system?
A: This servo drive is designed for flexible panel mounting and can be integrated into main control panels or existing automation cabinets. Its multiple communication interfaces allow easy network integration in most industrial setups.
Q: What process should I follow to configure communication protocols?
A: Connect to the drive using the appropriate port (RS-485, CANopen, or Modbus) and follow the manufacturer's documentation to set parameters, address, and baud rate. Configuration can be done using the LED indicators and compatible programming tools.
Q: How does natural air cooling (fanless design) benefit the user?
A: Natural air cooling eliminates the need for internal fans, reducing operating noise and the risk of fan-related failures. This design lowers maintenance demands while ensuring efficient thermal management in the specified temperature range.
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