This equipment is developed according to relevant gas appliance standards and undergoes aging tests on the stove's shut-off solenoid valve. It uses PLC + touchscreen control, high-quality components, reasonable design, simple operation, high stability, and durability. Read all product manuals carefully. Reference standard: GB16410 household gas stove GB/T16411 General test method for household gas appliances CJ/T3072 household gas appliance plug valve assembly.

The self-priming solenoid valve performance tester is a specialized instrument used to test the electrical characteristics and parameters of solenoid valves of various specifications. It can simultaneously test and display the strong suction voltage, strong suction current (i.e., suction valve self-priming voltage and current), maintenance voltage, holding current, release voltage, and release current (i.e., valve shut-off voltage and closing current) of various self-priming solenoid valves. It can also test the operating voltage of various types of impulse solenoid valves, The holding current of the solenoid valve in the operating current gas safety protection device can also be indirectly tested for the coil resistance of the solenoid valve being tested. This instrument features manual/automatic detection and a fully Chinese menu interface, making it convenient for users to use and operate.

The equipment is used to test valve service life and can conduct fatigue switch strength tests. It plays an important role in testing valve switching lifespan. The equipment can set valve opening torque, valve opening stroke, and valve speed for testing.

Proportional valve aging detection equipment is designed to test the performance of proportional valves, using precision components designed to offer high safety, excellent safety, and good stability.

The gas stove valve body life test bench conducts durability tests on the valve body. This test device can simulate the user's actions to open or close the valve body. The duration and number of cycles for each cycle can be set. The test device's functions comply with the technical requirements specified in CJ/T 3072-1998 "Household Gas Appliance Plug Valve Assemblies." It is suitable for quality inspection departments of manufacturing enterprises to conduct type testing and sampling inspections of products. The testing mechanisms use pneumatic components. The straight and rotating cylinders respectively perform the entire process of pressing the knob, rotating ignition, releasing knob, high flame combustion, re-rotating to reduce flame combustion, and rotary reset. The key components used in the testing device use imported components, ensuring reliable and stable operation.

The series of damp heat test chambers is suitable for reliability testing of industrial products under constant and alternating damp heat. The performance indicators comply with GB5170.18 "Basic Parameter Verification Method for Environmental Test Equipment of Electrical and Electronic Products." This product is suitable for adaptability tests of electrical engineering, electronics, instruments, and other products, components, and materials during storage, transportation, and use in high and low temperature alternating humid heat environments. This product complies with standards GB10592.89 and GB2423.22.87.

Solenoid valve airtightness testing benches are conducted on products according to customer requirements. The test bench uses advanced PLC control and a touchscreen human-machine interface to display real-time working status, making it user-friendly and intelligent. It also has a long service life, is stable and reliable, and easy to operate. The chassis uses an aluminum profile frame, stainless steel sheet metal, and welded hot pipelines, making it durable and attractive. Compared to traditional testing equipment, it can improve testing efficiency.

The series of damp heat test chambers is suitable for reliability testing of industrial products under constant and alternating damp heat. The performance indicators comply with GB5170.18 "Basic Parameter Verification Method for Environmental Test Equipment of Electrical and Electronic Products." This product is suitable for adaptability tests during storage, transportation, and use of electrical work, electronics, instruments, and other products, components, and materials in high and low temperature alternating humid and hot environments. This product complies with GB10592.89 and GB2423.22.87 standards.

This device conducts durability tests on the valve bodies of gas stoves. The device can simulate the user's actions to open or close the valve body. The duration and number of cycles for each cycle can be set. The test device's functions comply with the technical requirements in CJ/T 3072-1998 "Plug Valve Assembly for Household Gas Appliances." It is suitable for quality inspection departments of manufacturing enterprises to conduct type testing and sampling inspections on products. The actuation mechanisms for testing use pneumatic components. The straight cylinder and rotary cylinder respectively perform the entire process of pressing the knob, rotating ignition, releasing the knob, burning with high flame, then turning to reduce the flame for combustion, and rotary resetting. The key components used in the testing device are imported components, ensuring reliable and stable operation.

The gas stove valve body life test bench conducts durability tests on the valve body. This test device can simulate the user's actions to open or close the valve body. The duration and number of cycles for each cycle can be set. The test device's functions comply with the technical requirements specified in CJ/T 3072-1998 "Household Gas Appliance Plug Valve Assemblies." It is suitable for quality inspection departments of manufacturing enterprises to conduct type testing and sampling inspections on products. The actuation mechanisms for testing use pneumatic components. The straight cylinder and rotary cylinder respectively perform the entire process of pressing the knob, rotating ignition, releasing the knob, burning with high flame, then turning to reduce the flame for combustion, and rotary resetting. The key components used in the testing device are imported components, ensuring reliable and stable operation.