Your Professional Vehitler Tools & Testing Machines Supplier

 

Flying Bull (Ningbo) Electronic Technology Co.,Ltd has an excellent team with more than 20 years of experience in design and development, focusing on the design, development and production of auto solenoid valve and sensor, engineering machinery solenoid valve and sensor, various solenoid valves and sensors used in industrial factories solenoid valve, committed to global sales and after-sales service oriented.At present, our products have been used by many internationally renowned brands and are deeply trusted by our customers.

 

 
 
Why Choose Us
 

Advanced Equipment
Flying Bull (Ningbo) Electronic Technology Co.,Ltd has an excellent team with more than 20 years of experience in design and development, focusing on the design, development and production of auto solenoid valve and sensor, engineering machinery solenoid valve and sensor.

 

Rich Experience
The company adheres to the business philosophy of "expert quality, global trust" and the business purpose of "pursuing quality, never ending".

 

High Quality
Quality is always our Flying Bull's unchanging concept. The company has established a research and development center, measurement room, laboratory, and chemical analysis room, and launches a number of high-tech products every year.

 

Professional Team
The company has strong R&D capabilities to lay a good foundation for the development and cooperation of new products for customers. First-class talents, advanced equipment, strict quality control system, scientific management, perfect service, and strong R&D capabilities, let us work together to become industry pioneers and win an unlimited future.

 

Advantages of Solenoid Valve Testing Equipment
 

Real-time Data Analysis

Equipment provides real-time graphs and data, allowing for analysis of a solenoid's performance under actual operating conditions, revealing deviations from expected behavior.

Accurate Diagnostics

Advanced testing equipment can run custom test scenarios, simulating various operating modes and analyzing performance at different temperatures and pressures, providing a comprehensive health assessment.

Fast Fault Detection

By identifying anomalies and deviations from reference data, the equipment quickly detects potential faults or wear, enabling prompt repairs or replacements.

Preventative Maintenance:

The ability to test solenoids before installation or during regular maintenance helps prevent failures in mission-critical applications.

Confirmation of Function:

Testing confirms that solenoids will operate correctly when needed, particularly important for applications with serious consequences if a valve fails.

Failure Culling

Equipment can operate in "good/bad" mode, identifying and culling faulty solenoids, which is essential for maintaining the integrity of systems and preventing potential hazards.

 

Transmission Solenoid Valve Testing Equipment

 

Solenoid Valve Testing Procedure
  • The solenoid valve inlet port is connected to the upstream flow and outlet to the downstream line as shown in the above figure.
  • To carry out an operation test on a solenoid valve, it is necessary to make sure that the solenoid is in good condition and working. Check the voltage rating on the label of the coil.
  • The coil is checked installed in the valve and applying a voltage to it to make the plunger actuation work, which will perform the function of opening or closing the valve as the case may be.
  • As shown in the following figure in a normally closed valve, we can test its operation by applying fluid to it, either water or air.
  • The pressure of the media that is to pass through the solenoid valve should not exceed the maximum pressure rating of the valve.
  • Once the flow is applied to a normally closed NC valve, it will not open until the coil is energized. The solenoid must be energized by supply voltage to perform this function.
  • Once we apply voltage to the solenoid, the valve opens and lets out the flow, we remove the voltage again and it should completely close the flow path.

 

Maintenance Practices of Solenoid Valve Testing Equipment
 

Daily Cleaning Routine

Wipe down all external surfaces with a clean, dry cloth after each use. For internal components, follow manufacturer guidelines regarding dust removal and particulate prevention to maintain mechanical integrity.

 

Lubrication Protocol

Apply recommended lubricants to moving parts at specified intervals. Focus particularly on linear guides and actuators to reduce friction and prevent premature wear that could affect test accuracy.

 

Electrical System Maintenance

Periodically inspect wiring harnesses, connectors, and circuit boards for signs of corrosion, overheating, or physical damage. Ensure all connections remain secure and protected from environmental contaminants.

 

Calibration Schedule

Implement a regular calibration schedule using certified reference standards. This should include verification of force sensors, displacement transducers, and timing mechanisms to maintain measurement accuracy.

 

Software Management

Regularly check for firmware updates from the manufacturer. Updated software often includes performance improvements, bug fixes, and enhanced functionality that can improve testing capabilities.

 

Safety Training Program

Establish a formal training program for all operators and maintenance personnel. This should cover proper operating procedures, emergency protocols, and safety interlock systems to prevent accidents and ensure compliance with workplace regulations.

 

Application of Solenoid Valve Testing Equipment

 
 

Medical and Healthcare:
The equipment is crucial for testing valves used in medical devices such as respirators, ventilators, infusion pumps, blood analyzers, and laboratory instruments, ensuring accurate flow control for patient care and diagnostics.

 
 

Food and Beverage:
Tests verify the accurate flow control of liquids, ingredients, steam, and cleaning fluids in systems like soda dispensers, coffee machines, and food processing equipment.

 
 

Water and Irrigation:
Testing ensures that solenoid valves accurately control water flow for automated irrigation systems, sprinkler systems, and municipal water supply.

 
 

HVAC (Heating, Ventilation, and Air Conditioning):
Solenoid valves are tested for their ability to regulate the flow of refrigerants, steam, or water to maintain desired temperatures and humidity levels in buildings.

 
 

Hazardous Applications:
Solenoid valve testing is vital in chemical processing, oil and gas extraction, mining, and other flammable fluid services to guarantee safe and remote operation.

 

 

FAQ

 

Q: How do you test a solenoid valve?

A: To test a solenoid valve, first, ensure the power is off and then check the coil with a multimeter for resistance (ohms) or a magnetic field with a screwdriver if a multimeter isn't available. If the coil is good, apply power and listen for a "click" sound to confirm it actuates, then check the valve's mechanical function by manually pressing the plunger. A clean test includes a leak test to confirm the valve operates correctly and provides the desired fluid flow when energized and de-energized.

Q: What does a solenoid tester test?

A: A solenoid voltmeter is a specific type of voltmeter electricians use to test electrical power circuits. It uses a solenoid coil to attract a spring-loaded plunger; the movement of the plunger is calibrated in terms of approximate voltage.

Q: How to test for continuity?

A: To test for continuity, you'll need a multimeter set to the continuity setting (often represented by a diode or Wi-Fi symbol). Place one probe on each end of the circuit or component you're testing. If the circuit is complete, the meter will beep, indicating continuity. If it doesn't beep, there's a break in the circuit.

Q: How to test a solenoid valve manually?

A: How to test a solenoid valve with a multimeter? Set the multimeter to measure resistance (ohms). Then, connect the multimeter probes to the two electrical terminals of the solenoid valve and check if the reading on the multimeter falls within the specified range for the valve.

As one of the leading vehitler tools & testing machines manufacturers and suppliers in China, we warmly welcome you to buy high-grade vehitler tools & testing machines made in China here from our factory. All customized products are with high quality and competitive price.

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