The glove integrity tester uses an inflation pump to compress air. The compressed gas is injected into the glove through an electromagnetic valve. When the pressure inside the glove exceeds the set pressure, the inflation pump stops working and the system maintains pressure

(1) If the holding time of the genuine product is exceeded and the current pressure is greater than the set value of the genuine product pressure, the genuine buzzer will sound and the quantity of genuine products will be increased by 1;

(2) If the holding time for both genuine and defective products is exceeded and the current pressure is greater than the set pressure for defective products, the genuine buzzer will sound and the quantity of genuine products will be increased by 1;

(3) If the current pressure is lower than the set pressure value for defective products, the defective product buzzer will sound and the number of defective products will increase by 1. The buzzer sound test is completed (add 1 to the total product quantity), when the release or emergency stop button is pressed; If the buzzer stops working, the next test can be carried out.

What is the operation process of the glove integrity tester?

1. The operator puts on gloves and closes the door

2. Cycle automatic start

3. Establish a vacuum in the testing chamber and stabilize it

4. Measure the pressure changes inside gloves over a certain period of time

5. The testing room returns to atmospheric pressure

6. The result shows: green light: on, red light: failed

7. The measured values can be output in Excel or PDF format