In the thermal power industry, solenoid valves are key components for controlling fluid flow, and their compatibility with existing control systems and pipeline systems is crucial. So how to ensure the smooth integration of solenoid valves J-110VDC-DN6-DOF in thermal power plants? Today we introduce the compatibility assurance strategy of solenoid valves J-110VDC-DN6-DOF in multiple dimensions.

First of all, ensuring the electrical interface matching between the solenoid valve and the control system is the basis. The working voltage of the solenoid valve J-110VDC-DN6-DOF is 110V DC, and it is necessary to confirm that this voltage matches the control system power supply of the thermal power plant. If the control system uses AC power supply, a DC power converter needs to be introduced to achieve voltage conversion to ensure the normal operation of the solenoid valve.

Secondly, signal compatibility cannot be ignored. The solenoid valve should be able to accurately respond to the start and stop signals from the control system, whether it is an analog signal or a digital signal (such as PLC output). In addition, the consistency of the control logic is also key. The operation mode of the solenoid valve must be consistent with the design logic of the control system to avoid system misoperation.

The physical compatibility of the solenoid valve and the pipeline system is equally important. The nominal diameter of DN6 (approximately equal to 1/2 inch) must match the interface size of the thermal power plant pipeline system to ensure seamless connection. At the same time, the pressure level of the solenoid valve must meet the working pressure requirements of the pipeline system to prevent safety hazards caused by pressure mismatch.

Media compatibility is also a key consideration. The solenoid valve must adapt to the properties of the fluid in the pipeline system, including but not limited to temperature range, chemical properties, etc., to ensure long-term stable operation. Before installation, thoroughly clean the inside of the pipeline to prevent impurities from entering the solenoid valve and affecting its performance.

Choose a suitable installation location, taking into account both operational convenience and safety. Pay attention to the flow direction mark of the solenoid valve to ensure that it is consistent with the flow direction of the medium in the pipeline to optimize the fluid control effect. Establish a regular inspection and maintenance plan, including cleaning, lubrication and component replacement, to extend the service life of the solenoid valve.

Before the solenoid valve is officially put into operation, conduct a comprehensive functional test and system integration test to verify its compatibility and performance with the entire system to ensure trouble-free operation.

Through the implementation of the above strategies, the smooth integration of the solenoid valve J-110VDC-DN6-DOF in the thermal power plant can be effectively ensured, which not only improves the overall efficiency of the system, but also enhances safety and reliability. It is recommended to work closely with the solenoid valve manufacturer to obtain professional technical guidance and support to achieve the best system integration effect.

Yoyik offers various types of valves and pumps and its spare parts for power plants:
Pump driven screw DLZB820-R64
AST solenoid valve C9206013
Pneumatic double slide valve Z644C-10T
Bellows valves WJ10F2.5P
main cooling water pump YCZ50-250C
Actuator striker arm / drive coupling P22060D-01
Skeleton oil seal 589332
Drain Valve M-3SEW6U37/420MG24N9K4/V
mannual bellows globe valve WJ20F1.6P
Bellows valves WJ50F1 6P-II
steam turbine trip solenoid valve F3DG5S2-062A-50-DFZK-V
Bellows valves KHWJ100F-1.6P
solenoid valve J-110VDC-DN6-UK/83/102A
Large flow helical gear oil pump CB-B16
multistage centrifugal water pump YCZ65-250B
2 way solenoid valve 12v 4WE6D62/EG220N9K4/V
Pressure relief valve YSF16-55/130KKJ
trip overspeed cover plate F3CG2V6FW10
main sealing oil pump coupling KF80KZ/15F4
water in oil sensor detector OWK-1G