ABB DSQC626 – Modular Power Supply for Industrial Automation

ABB DSQC626 – Modular Power Supply for Industrial Automation

Product Overview

ABB DSQC626 is a modular power supply specially designed for industrial automation scenarios, aiming to provide stable and reliable power support for all kinds of equipment in industrial automation systems. It adopts a modular design concept with a high degree of flexibility and expandability, and can be configured according to different application requirements. Through advanced power management technology, DSQC626 can effectively deal with power fluctuations and interference in complex industrial environments, ensure stable operation of automation equipment, improve overall system reliability and operational efficiency, and is the ideal choice for industrial automation power supply.

Specification

Input parameters

Voltage range: support wide voltage input, AC input voltage range is usually 85 - 264V AC, can adapt to different regions and working conditions of the grid voltage fluctuations, reduce the risk of damage to the equipment due to voltage instability, to protect the safe and stable operation of the equipment.

Frequency range: The input frequency range is generally 47 - 63Hz, which is suitable for most of the global power grid frequency standards, ensuring stable operation in different regions.

Input current: The input current varies according to the output power, and the specific value can be referred to the specification table in the product manual to meet different load requirements.

Output parameters

Output Voltage: The common output voltage is 24V DC, the output voltage is stable, the fluctuation range is controlled within a very small range, such as ±1%, to provide accurate and stable power for the load equipment.

Output current: Output current capability is excellent, and the maximum output current of some models can reach 15A, which can meet the power demand of multiple devices running at the same time and guarantee the power supply of complex automation systems.

Output power: high output power, 24V/15A for example, the output power can reach 360W, and according to the actual application scenarios, flexible selection of different power levels of the module for the combination of configurations.

Physical and environmental parameters

Dimensions: Compact modular design, small size of individual modules, easy to install in industrial control cabinets or equipment with limited space, saving installation space and improving system integration.

Weight: Light weight, easy to transport and install, reducing construction difficulties and labor costs.

Operating temperature range: the working temperature range is 0℃ - 55℃, which can be adapted to the temperature environment of most industrial sites; the storage temperature range is -20℃ - 70℃, which ensures the safety and reliability of the module in the non-operating state.

Protection level: The protection level reaches IP20, which can prevent dust and larger particles from entering the module, provide basic protection for the internal circuitry, and guarantee the stable operation of the module.

Other parameters

Efficiency: Power conversion efficiency of up to 92% or more, effectively reduce power loss, reduce business operating costs, while reducing heat generation, improve module stability and reliability.

Certification standards: CE, UL, CSA and other international authoritative certification, in line with strict safety, quality and environmental standards, can be used safely around the world.

Performance Advantages

Modularized design is flexible and convenient

The modular design of DSQC626 allows users to freely combine different functional modules according to the actual needs, whether it is new equipment expansion, or upgrading the existing system, can be quickly adapted. This flexible configuration reduces system design and maintenance costs, improves resource utilization, and makes the industrial automation system more adaptable and scalable.

High stability and reliability

The use of advanced voltage stabilization technology and filtering circuits can effectively inhibit grid voltage fluctuations, harmonic interference and other issues to ensure that the output voltage is stable and pure. Built-in perfect overload, short-circuit, over-voltage, under-voltage and other protection mechanisms, when an abnormal situation occurs, it can quickly respond and cut off the power supply to protect the module and the load equipment, reduce equipment failure and downtime, to protect the continuous and stable operation of industrial production.

High efficiency and energy saving

Ultra-high power conversion efficiency, significantly reducing the loss of power in the conversion process, saving a lot of electricity costs for the enterprise. At the same time, the reduced heat generation reduces the equipment cooling needs, optimizing the overall operating efficiency of the system, in line with the concept of green environmental protection and sustainable development.

easy to install and maintain

Adopting standardized installation interface and wiring, the installation process is simple and fast, and can be quickly integrated into the existing automation system. The module is equipped with intuitive status indicator, which is convenient for operators to monitor the working status and fault information in real time, and the maintenance personnel can quickly locate the problem and repair it, reducing the maintenance time and difficulty, and improving the production efficiency.