DSQC609 Power Supply

Overview

Place of Origin:	Sweden
Brand Name:	ABB
Model Number:	DSQC609
Packaging Details:	Original new Factory Sealed
Delivery Time:	5-7 days
Payment Terms:	T/T
Supply Ability:	In stock

Specifications

Description

The ABB DSQC609 is a highly reliable 24V DC power supply module for ABB industrial robot control systems. Designed specifically for the IRC5 controller platform, it provides stable power support for I/O modules, sensors, and actuators within the robot control cabinet. This module employs PWM pulse width modulation technology, achieving an output accuracy of ±1%, and can simultaneously drive eight 24V loads, meeting the power supply requirements of complex industrial scenarios such as welding, assembly, and material handling.

Applications

Automotive Manufacturing Plants: In body welding lines, ABB DSQC609 powers the servo motors, welding torch controllers, and vision sensors of welding robots, ensuring precise control of welding parameters. In one case, the module's redundant design ensured 100,000 consecutive welds without defects, increasing the weld pass rate to 99.8%.

Electronics Assembly Plants: In chip packaging equipment, the module provides a stable 24V power supply for the vacuum suction cups, pick-and-place tools, and AOI inspection system of high-precision robotic arms, supporting micron-level positioning accuracy (±5μm). After adopting this module, a semiconductor factory reduced its equipment failure rate from 3 times per month to 0.5 times, increasing capacity by 30%.

Food and Pharmaceutical Plants: In aseptic filling production lines, the module, with its IP20 protection design and fanless cooling structure, meets GMP cleanroom requirements, providing reliable power to filling valves, labeling machines, and CIP cleaning systems. After using this module, a pharmaceutical company shortened its equipment validation cycle from 4 weeks to 72 hours.

Competitive Advantage

Wide Adaptability and Stability:

The ABB DSQC609 supports AC 85–264V input and adapts to global power standards. With PWM and LC filtering, output ripple is <50 mVrms, ensuring stable I/O performance even under ±15% voltage fluctuations.

Redundant Design and Hot-Swapping:

Supports N+1 redundancy with parallel operation. In case of failure, backup power takes over within 5 ms. Hot-swapping allows replacement without shutdown, reducing downtime.

Intelligent Diagnostics and Energy Saving:

LED indicators provide real-time status monitoring and support remote diagnostics via IRC5. Energy-saving mode (<30% load) reduces power consumption by up to 40%, lowering operating costs.

Installation and Maintenance

Preparation before installation:

Confirm control cabinet space: A minimum 150mm clearance for heat dissipation is required. Avoid installation adjacent to heat-generating components (such as servo drives).

Tool preparation: Equip with 5mm² multi-strand copper wire, a torque wrench (0.5-10Nm), and an anti-static wrist strap.

Environmental check: Ensure the installation location temperature is ≤60°C, humidity ≤85% RH, and free of corrosive gases.

Installation steps:

Insert the module into the 35mm DIN rail and rotate the latch to lock it in place.

Connect the input power lines: Use yellow-green dual-color grounding for the L/N lines, ensuring a grounding resistance < 1Ω.

Output wiring: Use Phoenix terminals to connect the 24V +/- signal lines. The terminal torque must reach 0.8Nm.

Communication configuration: Using the FlexPendant teach pendant on the IRC5 controller, set the DSQC609 device address to the default value (1).

FAQ