Company Information
E-mail		[email protected]
Mobile		+8613666084105
Whatsapp		+8613666084105
WeChat		13666084105
Add		Room 1004, No. 62 Xiangxiu Li, Siming District, Xiamen City, Fujian Province, China

Product Introduction

The ABB DSQC 406 (3HAC035301-001/03) Servo Drive is an integral part of ABB’s high-performance automation and robotics control architecture. Designed specifically for use in ABB industrial robot systems, this servo drive acts as the bridge between the robot controller and the servo motors, enabling the precise control of motor torque, speed, and position.

It plays a key role in delivering highly accurate motion sequences that are vital in robotic arms and automation lines. Thanks to ABB’s advanced engineering, the DSQC 406 is optimized for seamless integration with systems such as the IRC5 and earlier generations like the S4C+ controllers. Its rugged design, versatile communication capabilities, and long operational life make it a trusted component in critical applications across manufacturing, automotive, metal processing, logistics, and more.

Whether powering multi-axis systems or coordinating complex motion cycles, this drive delivers rock-solid reliability and intelligent performance in industrial environments.

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Product Specifications

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Product Applications

The DSQC 406 is engineered to meet the dynamic needs of high-end robotic and industrial control systems. Below are typical use cases:

• ABB Industrial Robots: Provides motor control for articulated robots like the IRB 140, IRB 2400, and IRB 6600 series.

• Automated Assembly Lines: Ensures consistent performance in welding, assembling, and handling operations.

• Material Handling Systems: Drives conveyor and robotic arms in logistics centers and warehouses.

• Electronics Manufacturing: Enables precision in micro-manufacturing for PCB handling, soldering, and assembly.

• Automotive Body Shops: Used in robotic spot welding and heavy-duty material processing stations.

• Metalworking Cells: Powers grinding, polishing, or machining tasks performed by robotic arms.

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Product Advantages

• Purpose-Built for ABB Systems: Engineered for plug-and-play integration into ABB’s robotic ecosystem.

• Industrial-Grade Reliability: Withstands vibration, electrical noise, and thermal stress with consistent output.

• Real-Time Motion Control: High-precision vector control ensures synchronous motion in multi-axis configurations.

• Diagnostics Capabilities: Features self-diagnostic and feedback functions for efficient fault tracking.

• Compact and Modular: Space-saving design fits in standard industrial enclosures.

• Energy Efficiency: Minimal energy loss due to optimized electronic circuitry and heat dissipation.

• Minimal Downtime: Hot-swappable design enables quick maintenance and replacement.

• Compliance with Global Standards: Ensures safety and compatibility across industries and regions.

• Long Service Life: Built for sustained performance over prolonged operational cycles.

• Serviceable and Supported: Fully supported by ABB’s worldwide service and parts network.

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Frequently Asked Questions (FAQ)

1. Can the DSQC 406 drive be calibrated or tuned in the field?
   Yes. The drive supports parameter tuning via the robot controller interface. You can perform torque offset calibration, gain adjustments, and axis balancing during commissioning or maintenance cycles.

2. What are the common fault codes for DSQC 406, and how are they interpreted?
   Fault codes such as 39001 (Overtemperature), 39204 (Communication loss), or 39100 (Overvoltage) typically indicate hardware or system-level issues. These codes are logged in the controller interface and should be diagnosed using ABB’s RobotStudio or service manuals.

3. Is the DSQC 406 capable of regenerative braking?
   Yes, the drive uses regenerative braking to return energy to the system or dissipate it through braking resistors, which improves energy efficiency during deceleration phases.

4. What kind of maintenance does the DSQC 406 require?
   Minimal maintenance is needed beyond periodic visual inspection, dust removal, and checking for secure connectors. Internal fans should be checked annually, especially in dusty environments.

5. How do I identify if the DSQC 406 is malfunctioning without removing it?
   LED indicators on the module, combined with error logs in the controller, can pinpoint axis issues. Look for abnormal behavior such as motor stalling, jittering, or loss of position accuracy.

6. Can DSQC 406 be used to control non-ABB motors?
   While technically possible, it is not recommended. The DSQC 406 is designed for specific ABB servo motors with proprietary feedback and tuning characteristics.

7. How should DSQC 406 be stored if not installed immediately?
   Store it in its original anti-static packaging in a dry, climate-controlled environment (temperature -25°C to +70°C, humidity <90%, non-condensing). Avoid direct exposure to sunlight or moisture.

8. Is it possible to retrofit a different generation ABB drive in place of the DSQC 406?
   Retrofitting requires close electrical and software compatibility. In most cases, it’s safer and more cost-effective to replace with an identical or officially cross-referenced unit.

9. How is cooling handled in panel installations of DSQC 406?
   The drive uses forced air cooling and should be installed with minimum 50 mm clearance on top/bottom. Ensure that airflow is unobstructed and ambient temperatures do not exceed 45°C.

10. What precautions should be taken during installation to avoid damage?
    Always ground the unit properly, avoid ESD during handling, and never connect or disconnect under power. Allow 10 minutes post power-off before disconnection to avoid capacitor discharge shock.

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Related DSQC or Equivalent ABB Models

Popular ABB Models Across Other Product Categories

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Frequently Asked Questions (FAQ)

1. Can the DSQC 406 drive be calibrated or tuned in the field?
   Yes. The drive supports parameter tuning via the robot controller interface. You can perform torque offset calibration, gain adjustments, and axis balancing during commissioning or maintenance cycles.

2. What are the common fault codes for DSQC 406, and how are they interpreted?
   Fault codes such as 39001 (Overtemperature), 39204 (Communication loss), or 39100 (Overvoltage) typically indicate hardware or system-level issues. These codes are logged in the controller interface and should be diagnosed using ABB’s RobotStudio or service manuals.

3. Is the DSQC 406 capable of regenerative braking?
   Yes, the drive uses regenerative braking to return energy to the system or dissipate it through braking resistors, which improves energy efficiency during deceleration phases.

4. What kind of maintenance does the DSQC 406 require?
   Minimal maintenance is needed beyond periodic visual inspection, dust removal, and checking for secure connectors. Internal fans should be checked annually, especially in dusty environments.

5. How do I identify if the DSQC 406 is malfunctioning without removing it?
   LED indicators on the module, combined with error logs in the controller, can pinpoint axis issues. Look for abnormal behavior such as motor stalling, jittering, or loss of position accuracy.

6. Can DSQC 406 be used to control non-ABB motors?
   While technically possible, it is not recommended. The DSQC 406 is designed for specific ABB servo motors with proprietary feedback and tuning characteristics.

7. How should DSQC 406 be stored if not installed immediately?
   Store it in its original anti-static packaging in a dry, climate-controlled environment (temperature -25°C to +70°C, humidity <90%, non-condensing). Avoid direct exposure to sunlight or moisture.

8. Is it possible to retrofit a different generation ABB drive in place of the DSQC 406?
   Retrofitting requires close electrical and software compatibility. In most cases, it’s safer and more cost-effective to replace with an identical or officially cross-referenced unit.

9. How is cooling handled in panel installations of DSQC 406?
   The drive uses forced air cooling and should be installed with minimum 50 mm clearance on top/bottom. Ensure that airflow is unobstructed and ambient temperatures do not exceed 45°C.

10. What precautions should be taken during installation to avoid damage?
    Always ground the unit properly, avoid ESD during handling, and never connect or disconnect under power. Allow 10 minutes post power-off before disconnection to avoid capacitor discharge shock.

Related DSQC or Equivalent ABB Models

Popular ABB Models Across Other Product Categories

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