As a typical pneumatic solenoid valve, the pneumatic solenoid valve 73218BN4UNLVNOC111C2 is widely used in various industrial fields, especially in occasions where strict control of gas flow is required. Its stability and reliability directly affect the safe operation of the entire system. This article aims to explore the safety measures that should be taken when using and maintaining this type of pneumatic solenoid valve to prevent accidental leakage or damage and ensure production safety and efficiency.

Safety use measures

Before installation, be sure to check the working pressure range of the solenoid valve to ensure that the actual operating pressure does not exceed its maximum bearing pressure. Overpressure use will cause damage to the seal and cause leakage.

Secondly, strictly follow the installation guide provided by the manufacturer to ensure that the inlet and outlet of the solenoid valve are connected correctly to avoid leakage or internal damage caused by improper installation.

Taking into account the working environment of the pneumatic solenoid valve, especially the temperature, humidity and possible corrosive gases, the appropriate protection level and material should be selected to prevent environmental factors from eroding the solenoid valve. The insulation and temperature rise of the coil should be checked regularly to prevent safety hazards caused by overheating or short circuit.

To prevent emergency shutdown, manual shut-off valves are configured before and after the solenoid valve. Once an abnormality is found, the gas source can be quickly cut off to avoid the expansion of the accident.

In order to ensure the stable operation of the pneumatic solenoid valve 73218BN4UNLVNOC111C2, a variety of maintenance measures can be taken, including: regularly remove dust and impurities inside the solenoid valve, properly lubricate the moving parts, and reduce wear. Regularly check and replace aging and worn seals to ensure sealing performance. Check whether the electromagnet is flexible in attracting and releasing, clean the contacts, and ensure that the electromagnet operates reliably. Perform functional tests regularly and record the working status of the solenoid valve, including opening time, closing time, leakage, etc., so as to detect potential problems in time.

Through the implementation of the above-mentioned safe use and maintenance measures, the risk of accidental leakage and damage of the pneumatic solenoid valve 73218BN4UNLVNOC111C2 can be significantly reduced, and the continuity and safety of industrial production can be guaranteed.

Yoyik offers various types of valves and pumps and its spare parts for power plants:
AST solenoid valve C9206013
Sealing components KHWJ40F 1.6P
RUBBER BLADDER NXQ-A-6.3L/31.5-L-Y
Seal kit-actuators 120 and 129 A1390
VALVE POPPET ASSY
overflow valve 98H-109
BLADDER, HYDRAULIC ACCUMULATOR NXQ-63/31.5-L-Y
bladder type tank NXQ A 10/31.5
Filter Replacement Kit for Moog G761 servo B2555RK201K001
stainless steel multistage centrifugal pump YCZ50-25
Globe valve 25FWJ-1.6P
Emergency pump oil seal HSND280-54
temperature Regulating valve LWH-ZG1/2
2 port solenoid valve CCP115M
Welding type corrugated pipe globe valve WJ10F1.6P-II
Charging Kit with Gauge and gas valve NXQ A40/31.5-L
SOLENOID 4420197142
EH accumulator bladder NXQ A B80/10
Globe valve WJ65F-16
rotary type oil pump F3V101S6S1C20