슈나이더 VDM01D10AA00 서보 드라이브

모델 분석 & Definition

Full Model Equivalent: VDM01D10AA00 = MC-4/11/10/400, Schneider ELAU PacDrive 10A servo drive.

주문번호: 13130247

2. 핵심 기술 사양

3. Accessory List

4. Competitor & Cross-Brand Replacement List

5. 기능적 특징 & 응용 시나리오

핵심 기능

1. High-precision Motion Control: 지지 위치, speed and torque control modes for complex trajectory motion.
2. Multi-axis Synchronization: Real-time multi-axis synchronization via SERCOS bus; supports electronic gear, cam synchronization and other functions.
3. Optimized Dynamic Response: Ultra-short control cycle, fast load response to guarantee processing accuracy.
4. Complete Diagnosis System: Real-time drive status monitoring and detailed fault information for rapid troubleshooting.
5. Flexible Expansion: I/O points and communication interfaces can be expanded via extension modules to meet diverse application demands.

일반적인 애플리케이션 시나리오

1. Automatic Production Line: 포장 기계, printing equipment, electronic assembly lines.
2. CNC Machine Tools: Small machining centers, CNC lathes and milling machines.
3. 자재 취급: Automated warehousing systems, robotic handling and conveyor lines.
4. Precision Processing: Semiconductor equipment, medical devices and optical instrument manufacturing.
5. 섬유기계: Spinning machines, weaving machines and printing & dyeing equipment.
6. 보충 노트
7. Product Status: VDM01D10AA00 (MC-4 series) 단종되었습니다. Schneider recommends Lexium 62 series as the direct replacement.
8. Programming Environment: Programming and commissioning via Schneider Machine Expert (formerly SoMachine) or ELAU PacDrive software.
9. 시스템 통합: Seamlessly compatible with Schneider Modicon PLC and HMI touch screens to build a complete automation solution.
10. 유지 관리 팁: Regularly check fan operation and ventilation conditions; update firmware periodically to optimize performance and safety.

Schneider Servo Drive Full Model List & Accessory List

1. Mainstream Servo Drive Series Overview

Schneider servo drives take the Lexium series as the core product line, covering micro to large-scale equipment, from independent control to distributed multi-axis systems. The ELAU PacDrive series is reserved for high-end motion control applications. Below is classified introduction including model naming rules, core models and key parameters.

1.1 렉시움 18 시리즈 (Economical, 0.05~4.5kW)

포지셔닝: Entry-level compact servo, EtherCAT (18이자형) / Pulse (18피) types, 높은 비용 성능.

Naming Rule: LXM18[E/P][디][Power Code]M3X

E/P: E=EtherCAT, P=Pulse Control

디: 표준형

Power Code: 01=0.1kW, 04=0.4kW, 07=0.7kW, 10=1.0kW, 20=2.0kW, 30=3.0kW, 45=4.5kW

M3X: 3-phase 230V power supply, standard configuration

1.2 렉시움 28 시리즈 (콤팩트, 0.05~4.5kW)

포지셔닝: Miniaturized design with CANopen communication, suitable for space-limited occasions.

Naming Rule: LXM28[A/C]유[Power Code]M3X

A=CANopen, C=Pulse Control

유: 표준형

1.3 렉시움 32 시리즈 (High-performance, 0.15~11kW)

포지셔닝: Book-type high-performance servo, EtherCAT/PROFINET supported for complex motion control.

1.4 렉시움 62 시리즈 (Modular Multi-axis, 0.3~24kW)

포지셔닝: 모듈형 구조, shared DC bus, for large multi-axis automation systems.

1.5 렉시움 62 ILM Series (Integrated Servo Motor, 0.3~2kW)

포지셔닝: Integrated drive & motor design, reduced wiring for modular multi-axis equipment.

1.6 ELAU PacDrive MC-4 Series (High-end Motion Control, 0.75~15kW)

포지셔닝: Discontinued high-end servo for high-precision synchronization such as packaging and printing machinery.

2. Universal Accessory List (Full Series Compatible)

3. Special Series Accessories

3.1 렉시움 62 Special Accessories

3.2 ELAU PacDrive Special Accessories

4. General Remarks
5. Product Iteration:

렉시움 62 is the current mainstream high-end model to replace the old Lexium 52;

ELAU PacDrive MC-4 is fully discontinued and replaced by Lexium 62;

렉시움 18 is the latest economical model to upgrade Lexium 28 partial applications.

2. 선택 가이드:

Small standalone equipment: 렉시움 18 / 28

Medium production line: 렉시움 32

Large multi-axis system: 렉시움 62

High-precision synchronous equipment: 렉시움 62 ILM / PacDrive (legacy upgrade)

3. Accessory Matching:

All cables and modules must be model-specific;

Safety-related configurations shall comply with SIL 3 / PL e;

Shared DC bus design is recommended for multi-axis systems to improve energy efficiency.