Regulator

Regulator Introduce

Regulator, which is a crucial device widely used in fields such as industrial production, energy management, and automated control systems. It is used to control and adjust various physical quantities, ensuring the stable operation and performance optimization of the system.

Power:DC or AC

Voltage:12-380W

1.High - precision Regulation: By adopting advanced sensors and intelligent algorithms, it can monitor the changes of regulated parameters in real - time and make precise adjustments. In the scenario of pressure regulation, its regulation accuracy can reach ±0.1 kPa, ensuring the stability of the system pressure.

2.Wide - range Adjustability: It can adjust various parameters within a relatively wide range, such as flow rate, pressure, temperature, etc. Taking flow - rate regulation as an example, it can adapt to continuous regulation from a very small flow rate to the rated maximum flow rate, meeting the requirements of different working conditions.

3.Fast Response Speed: It has a rapid response mechanism. When the regulated parameter changes, it can react quickly and make adjustments, effectively reducing system fluctuations and transition time. In case of a sudden temperature change, it can initiate the adjustment action within 1 - 2 seconds and quickly restore temperature stability.

4.Highly Integrated Design: It integrates multiple functional modules into a compact structure, reducing the number of system components and connection complexity. This improves the reliability and stability of the system. At the same time, the integrated design also facilitates installation, debugging, and maintenance, reducing the overall cost of the system.

5.Support for Multiple Communication Interfaces: It is equipped with a rich variety of communication interfaces, such as RS485, Modbus, Ethernet, etc. It can be easily connected and communicate with various host computer systems, PLCs, DCSs, etc., enabling functions such as remote monitoring, parameter setting, and fault diagnosis, and meeting different users' needs for automated and intelligent system management.

1.Enhanced System Stability: Relying on high - precision regulation and fast response speed, it can effectively suppress the influence of various interference factors on the regulated parameters in the system, keeping the system in a stable operating state at all times. This reduces equipment failures and production accidents caused by parameter fluctuations, improving the reliability and safety of the system.

2.Optimized System Performance: The wide - range adjustability and highly integrated design enable it to accurately match and optimize various system parameters according to different working conditions. This gives full play to the potential of the system, improves the operating efficiency and quality of the system, reduces energy consumption and production costs, and enhances the market competitiveness of the system.

3.Reduced Maintenance Costs: The highly integrated design reduces the number of system components and connection complexity, lowering the probability of failures. Meanwhile, the support for multiple communication interfaces enables functions such as remote monitoring, parameter setting, and fault diagnosis. This allows maintenance personnel to promptly understand the operating status of the system, quickly locate and solve faults, reducing on - site maintenance workload and time costs, improving maintenance efficiency and quality, and reducing the overall maintenance cost of the system.

4.Increased System Compatibility: The support for multiple communication interfaces enables it to be easily connected and communicate with various types and brands of host computer systems, PLCs, DCSs, etc., realizing system integration and collaborative work. This good compatibility provides users with greater flexibility and choice in system design and equipment selection. It can make full use of existing resources, reduce system construction costs, and is also convenient for system upgrades and expansions to meet the continuously evolving business needs of users.

5.Improved User Experience: From the perspective of user operation, the design of this regulator fully considers users' needs and habits. Its operation interface is simple and clear, and parameter setting is intuitive and convenient. Even non - professional personnel can quickly get started and operate. At the same time, the remote monitoring and control functions enabled by multiple communication interfaces allow users to monitor and operate the system in real - time in any place with a network connection, such as an office or control room, without the need for cumbersome on - site operations. This greatly improves users' work efficiency and convenience, bringing a good user experience.

Working Voltage	AC 220V±10, 110V±10
Frequency	50/60Hz
Application	Single Phase AC Motor, Three Phase AC Motor
Output Power	6W 10W 15W 25W 40W90W 120W 180W 250W 400W and others
Speed	90-1400r/min 50Hz 90-2800r/min 60Hz
Ambient Tem.	-10 ℃ ~ 50 ℃
External dimension	100 * 60 * 117mm
Mounting	Panel Screw Install
Control mode	Forward / reverse selectable (Connect COM and CW for forward rotation, connect COM and CCW for to reverse rotation)

 

 

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