LENZE EPZ-10203 SERVO DRIVE
LENZE EPZ-10203 SERVO DRIVE
LENZE EPZ-10203 SERVO DRIVE
LENZE EPZ-10203 SERVO DRIVE
LENZE EPZ-10203 SERVO DRIVE
LENZE EPZ-10203 SERVO DRIVE
LENZE EPZ-10203 SERVO DRIVE
LENZE EPZ-10203 SERVO DRIVE

LENZE EPZ-10203 SERVO DRIVE

MOQ : 1 Piece

LENZE EPZ-10203 SERVO DRIVE Specification

  • Sensor Type
  • Compatible with Incremental and Absolute Encoders
  • Control Type
  • Vector Control / Position Control
  • Remote Control
  • Yes
  • Drive Type
  • Servo Drive
  • Weight
  • Approx. 2.5 kg
  • Automation Grade
  • Automatic
  • Processor Type
  • Integrated Microprocessor
  • Cable Length
  • Not Included
  • Mounting Type
  • Panel Mounting
  • Speed Range
  • 0 - 4000 rpm
  • Connectivity Type
  • Standard Communication Interface (RS232/RS485, CANopen, Profibus)
  • Phase
  • Single / Three Phase Compatible
  • Frequency
  • 50/60 Hz
  • Features
  • Compact Size, Energy Efficient, Overload Protection, Fault Diagnosis
  • Application
  • Servo Motor Control, Industrial Automation, Packaging, Robotics
  • IP Rating
  • IP20
  • Load Capacity
  • Up to 2.0 kW motor
  • Material
  • Industrial Grade Components
  • Power
  • 2.0 kW
  • Temperature
  • 0C to +45C (Operation)
  • Voltage
  • 230V AC
  • Feedback Devices Supported
  • Resolver, Encoder
  • Relative Humidity
  • < 90% (non-condensing)
  • Model
  • EPZ-10203
  • Braking Unit
  • Integrated Dynamic Braking
  • Insulation Class
  • F
  • Display Type
  • Status LED Indicators
  • Dimensions (HxWxD)
  • 235 x 60 x 180 mm
  • Protection
  • Overvoltage, Undervoltage, Overtemperature, Short Circuit
  • Installation Altitude
  • Up to 1000m without derating
  • Cooling Method
  • Forced Air Cooling
  • Digital Inputs/Outputs
  • 6 DI / 2 DO
 

LENZE EPZ-10203 SERVO DRIVE Trade Information

  • Minimum Order Quantity
  • 1 Piece
  • Supply Ability
  • 100 Pieces Per Month
  • Delivery Time
  • 7 Days
 

About LENZE EPZ-10203 SERVO DRIVE

LENZE EPZ-10203 SERVO DRIVE


The EPZ-10203 Lenze is a high-performance servo drive system designed for precision positioning and speed control in industrial automation applications. It offers excellent dynamic performance, accuracy, and reliability, making it suitable for a range of manufacturing and processing operations. The EPZ-10203 Lenze incorporates advanced servo technology, providing precise control of motor rotation and positioning with high torque and speed capabilities. It features a modular design, allowing for easy integration into existing automation systems or as part of new custom solutions. The EPZ-10203 Lenze offers a wide range of configuration options, allowing users to tailor it to specific application requirements. It supports a variety of industry-standard interfaces, making it compatible with a range of controllers and other components. The EPZ-10203 Lenze provides high reliability and longevity, thanks to its robust design and construction. It is suitable for use in harsh industrial environments, withstanding dust, moisture, and other environmental factors. The EPZ-10203 Lenze offers excellent value for money, combining high performance with cost-effective operation. It provides a low total cost of ownership, thanks to its efficient energy consumption and long service life.



Advanced Control for Diverse Applications

The LENZE EPZ-10203 SERVO DRIVE is engineered for optimal performance in varied settings such as robotics, industrial automation, and packaging. With a power rating up to 2 kW and a speed range of 0-4000 rpm, it precisely handles servo motor operations. Compatibility with multiple feedback devices and communication interfaces ensures broad applicability across modern automation systems.


Comprehensive Protection and Durability

Equipped with robust protection features-including overvoltage, undervoltage, overtemperature, and short-circuit prevention-this servo drive operates reliably within 0C to 45C and can be installed at altitudes up to 1000m without derating. Industrial-grade materials combined with insulation class F reinforce its dependability for continuous operation.


Flexible Integration and Easy Diagnostics

Thanks to its standard RS232/RS485, CANopen, and Profibus interfaces, the drive is easy to integrate and remotely control. Built-in status LED indicators and advanced fault diagnosis streamline system troubleshooting, ensuring maintenance and monitoring are straightforward for users and technical personnel alike.

FAQ's of LENZE EPZ-10203 SERVO DRIVE:


Q: How does the integrated dynamic braking unit in the LENZE EPZ-10203 benefit industrial applications?

A: The integrated dynamic braking unit enables quick and controlled stopping of the motor, which is essential for applications requiring high safety standards and precise motion control, especially in robotics and packaging lines.

Q: What feedback devices are supported by this servo drive and how does this expand its usability?

A: The drive supports both resolvers and encoders, including incremental and absolute types. This broad compatibility allows it to be paired with a variety of servo motors, facilitating deployment in diverse automation and motion systems.

Q: When should users consider using the status LED indicators on the drive?

A: The status LED indicators provide real-time information about the drive's operating condition. Users should monitor these indicators for routine status checks or to quickly identify faults requiring immediate attention, aiding in prompt troubleshooting.

Q: Where is the ideal installation environment for the LENZE EPZ-10203 SERVO DRIVE?

A: This drive is designed for industrial panel mounting in environments with ambient temperatures from 0C to +45C, relative humidity below 90% (non-condensing), and installation altitudes up to 1000 meters without performance derating.

Q: What is the process for remote controlling the LENZE EPZ-10203?

A: Remote control is achieved via the drive's communication interfaces-RS232, RS485, CANopen, or Profibus. Integration with a central controller or PLC enables users to manage parameters, monitor status, and initiate diagnostic functions remotely.

Q: How does overload protection work in this servo drive?

A: The drive continuously monitors operational parameters. If overloads, overvoltage, or overtemperature are detected, it triggers protective mechanisms to prevent damage, thus safeguarding both the drive and connected motor.

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