Technical features
Stable power output:
It can provide stable power output for other components in the control system to ensure the normal operation of the control system. This stable power supply is the key to the efficient and accurate operation of the control system.
Efficient energy saving and low noise:
Adopting advanced technology and design, it has the characteristics of high efficiency and low noise, which helps to improve the overall performance of the system and the user experience.
Multiple protection functions:
It has multiple protection functions such as overload protection and short circuit protection, which can protect the power module and connected equipment under abnormal conditions to ensure the safe operation of the system.
Adapt to different environments and applications:
It can work normally within a certain temperature range and support voltage input within a certain range to adapt to different environments and application requirements.
High reliability and stability:
It adopts high-quality electronic components and advanced circuit design to ensure its high reliability and stability, and can provide reliable power support in various industrial environments.
Input voltage and current range:
The input voltage range is 110V-380V, the current range is 1A-30A, and the power range is 5W-130W, which can meet the needs of different industrial scenarios.
High-speed processing capability:
When used as an excitation controller, the processing speed can reach 550μs, which can quickly process large amounts of data and meet the real-time requirements in industrial automation.
Multiple communication interfaces:
Supports multiple communication protocols and interfaces, such as Ethernet, serial communication, etc., to facilitate data exchange and communication with the host computer and other devices.
Programmability:
Flexible control strategies can be implemented through programming to adapt to different industrial automation application scenarios.
Safety:
With multiple security protection functions, it can protect industrial processes and machines from external interference and attacks.
Easy to maintain:
Supports remote diagnosis and maintenance functions, reducing maintenance costs and time.
Application scenarios
Industrial automation control system:
As the core drive control module in the industrial automation control system, it provides stable power output and precise drive control for other components in the control system.
Widely used in machinery manufacturing, automobile production lines, food processing, logistics warehousing and other occasions that require precise control and efficient operation.
Power system:
In the power system, it can be used to control and monitor generators, transformers and other equipment to ensure the stable operation of the power system.
Applied in the fields of smart grid and new energy power generation to improve the stability and reliability of the power grid.
High-end manufacturing:
In high-end manufacturing fields such as semiconductor equipment, automobile welding lines, and 3C product assembly, by providing stable power output and precise drive control, the precise control and efficient operation of the manufacturing process are ensured.
Process control:
In process control fields such as chemical industry and metallurgy, the production process is optimized to improve product yield and quality.
For example, in the temperature control of the reactor, the precise operation of the temperature control system is ensured by stable power output and precise drive control.
Transportation and infrastructure:
In the fields of rail transit signal control, smart water affairs, etc., by providing stable power output and precise drive control, the system operation efficiency and safety are ensured.
For example, in rail transit signal control, the stable operation of the signal system is ensured to improve driving safety.
Gate control:
It is used for gate control units to control the opening and closing of equipment such as water gates, liquid gates or air gates.
Industry value
Improve production efficiency:
By providing stable power output and precise drive control for the control system, it ensures precise control and efficient operation of the manufacturing process, thereby improving production efficiency.
For example, in semiconductor equipment control, through stable power output and precise drive control, nanometer-level positioning accuracy is achieved to improve product yield.
Ensure production safety:
It has multiple protection functions, which can protect the power module and connected equipment under abnormal conditions to ensure the safe operation of the system.
For example, in rail transit signal control, it ensures the stable operation of the signal system and avoids traffic accidents caused by power failure.
Support complex control requirements:
It can adapt to different environments and application requirements and support complex control requirements.
For example, in smart water services, through stable power output and precise drive control, it ensures the normal operation of water pumps, valves and water quality sensors and optimizes water supply scheduling.
Promote industrial upgrading: As a high-end drive control module in the field of industrial automation, it helps promote the upgrading and transformation of traditional industries. By introducing technologies such as stable power output and precise drive control, it improves the intelligence level and competitiveness of the enterprise’s production process. Comply with international safety standards: The product complies with international safety standards, such as IEC 61508 SIL 3 certification, to ensure the safety and reliability of the product. It can help enterprises meet regulatory requirements and avoid legal risks.
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