Brand:Schneider PLC Item No.:ATV320U02M3C Product Origin:France Product Dimensions:72 x 143 x 109 mm Product Weight:0.8 kg Payment:T/T, Western Union, Credit Card Goods_stock:15 Shipping Port:Xiamen, China Lead Time:1-3 Days Condition:Brand New And Original Warranty:1 Year Certificate:COO
The Schneider ATV320U02M3C Variable-Speed Drive Module is engineered to deliver efficient motor control in compact automation applications. As part of the Altivar Machine ATV320 family, it provides a practical combination of performance, flexibility, and reliability for machine builders and industrial engineers.
Designed with a focus on space efficiency and operational stability, this variable-speed drive helps optimize machine performance while reducing system complexity. Its advanced control functions make it suitable for a wide range of automation equipment requiring accurate motor management.
With dependable operation and flexible application support, the ATV320U02M3C is a valuable solution for modern industrial systems seeking improved productivity and efficient motor control.
Technical Specifications
Specification
Details
Product Model
ATV320U02M3C
Product Type
Variable-Speed Drive Module
Product Series
Altivar Machine ATV320
Rated Motor Power
0.18 kW
Rated Supply Voltage
200–240 V AC
Phase Type
Three Phase
Rated Output Current
1.5 A
Input Frequency
50/60 Hz
Protection Class
IP20
Cooling Method
Integrated Cooling System
Installation Method
Panel Mounting
Control Technology
Sensorless Vector Control
Communication Capability
Compatible with Optional Communication Modules
Dimensions (W × H × D)
72 × 143 × 109 mm
Weight
0.80 kg (1.76 lb)
Recommended Related Models
Model
Product Type
Description
Schneider ATV320U04M3C
Variable-Speed Drive Module
Compact drive designed for slightly higher motor power applications
Schneider ATV320U06M3C
Variable-Speed Drive Module
Flexible motor control solution for small industrial machinery
Schneider ATV320U07M3C
Variable-Speed Drive Module
Reliable drive option for OEM automation equipment
Popular Related Models
Model
Product Type
Description
Schneider ATV320U11M3C
Variable-Speed Drive Module
Widely used compact drive for industrial machine applications
Schneider ATV320U15M3C
Variable-Speed Drive Module
Efficient drive solution for medium-duty automation systems
Schneider ATV320U22M3C
Variable-Speed Drive Module
Advanced compact drive for applications requiring increased capacity
Typical Applications
The Schneider ATV320U02M3C Variable-Speed Drive Module is a compact motor control solution designed for modern machine automation and industrial equipment. Built for applications requiring accurate speed regulation, smooth motor operation, and efficient energy management, this drive provides reliable performance in compact control cabinets and OEM machine designs.
Its flexible architecture makes it suitable for a wide range of industrial systems where precise motor control and simplified integration are essential.
Application Field
Typical Uses
Packaging Equipment
Conveyor systems, automatic filling machines, labeling machines, and production lines
Material Handling Systems
Small conveyors, feeders, transfer units, and automated handling equipment
Machine Tools
Compact processing equipment requiring stable motor speed control
Pump and Fan Systems
Variable-speed operation for improved efficiency and process control
OEM Machinery
Custom-built automation systems requiring reliable drive technology
The compact design helps engineers optimize cabinet space while maintaining advanced motor control capabilities for demanding industrial environments.
Key Advantages & Performance Benefits
The ATV320U02M3C combines efficient motor management with a space-saving design, making it a practical choice for machine builders and automation professionals.
Advantage
Description
Compact Form Factor
Designed for installations where control cabinet space is limited
Reliable Motor Control
Provides accurate speed and torque management for industrial motors
Energy Efficient Operation
Variable-speed technology helps reduce unnecessary power consumption
Flexible Machine Integration
Supports integration into various automation architectures
Advanced Control Functions
Provides stable operation for both simple and complex machines
Reduced Maintenance Needs
Designed for dependable long-term industrial performance
Technical FAQs
1. What type of motors are compatible with the ATV320U02M3C?
The drive is compatible with asynchronous motors and permanent magnet synchronous motors, providing flexibility for different industrial applications.
2. What is the rated motor power of this variable-speed drive?
The ATV320U02M3C is designed for applications with a rated motor power of 0.18 kW.
3. Does this drive support sensorless vector control?
Yes. The ATV320 platform includes advanced motor control algorithms that provide improved torque response and speed accuracy.
4. What control modes are available on this drive?
The drive supports multiple control methods including standard frequency control and advanced vector-based motor regulation.
5. Can the ATV320U02M3C be used in OEM machine applications?
Yes. It is designed specifically for OEM equipment manufacturers requiring compact, configurable, and reliable motor control solutions.
6. What communication options are supported?
The ATV320 series supports communication expansion options including industrial network modules for different automation platforms.
7. Does the drive include safety functions?
Yes. The ATV320 family includes integrated safety features designed to support machine safety requirements.
8. What programming tools can be used for configuration?
Parameter setup, monitoring, and diagnostics can be performed through compatible Schneider Electric configuration tools.
9. How does the drive improve motor efficiency?
By adjusting motor speed according to actual operating requirements, the drive reduces unnecessary energy usage and improves process efficiency.
10. Can operating parameters be customized for different machines?
Yes. The drive provides adjustable parameters that allow engineers to configure performance according to specific application requirements.
