Typical Case Analysis of Technical Requirements and Characteristics of Special Pneumatic Pressure Testing Pump

1、 Equipment name: Pneumatic pressure testing pump
2、 Equipment usage: mainly used for pressure testing of pipelines, tanks, valves, underwater structures, etc.
3、 Quantity/Supply Time: 1 set/2 months after contract signing
4、 Main technical parameters:
1. The medium is tap water;
2. Maximum pressure: 120 megapascals;
3. Equipped with pressure holding and releasing functions, manually controlled;
4. Pressure display mode: mechanical pointer pressure gauge;
5. * Drive form: Pneumatic;
6. Stainless steel frame structure with a protective cover plate for impact;
7. Operation mode: manual;
8. During the pressure holding period, the pressure cannot be automatically reduced due to the pressure suppression system;
9. Require the functionality of both high and low pressure pumps;
10. The set pressure values of low and high pressure pumps can automatically shut down, and there must be overpressure protection;
11. Inlet pressure protection;
12. The pressure ratio of the high-pressure pump shall not be less than 1:150; (The on-site gas source is approximately 0.7 megapascals)
13. The material of the high and low pressure pump body is stainless steel;
14. The maximum pressure of the low-pressure pump shall not be less than 10 megapascals, and the flow rate shall not be less than 11.5 liters per minute;
15. The flow rate of the high-pressure pump shall not be less than 1.3 liters per minute;
16. The seller shall be responsible for completing the first inspection of all measuring instruments and instruments on the equipment until the components are tested and approved by the buyer, and providing all supporting documents for the qualified inspection.
5、 Technical requirements
1. Bottom equipped with casters for easy mobility;
2. Environmental temperature: -20 ℃ -40 ℃;
3. Dry operation, oil-free, lubrication free compression, no additional electrical energy required;
4. The installation of pipelines follows the principle of horizontal and vertical alignment, which is aesthetically pleasing and elegant;
5. The equipment adopts a stainless steel frame structure, which is lightweight;
During the pressure test, there will be no self drop phenomenon due to equipment system problems;
7. Install a safety valve at the high-pressure outlet to prevent equipment overpressure and protect system safety;
8. Drive air inlet: NPT1/2F;
9. Inlet: NPT1/2F;
10. High pressure outlet: 6MF 9/16-18UNF;
11. Unloading outlet: NPT1/2F;
12. Adjusting the driving air pressure reducing valve can regulate the output pressure;
13. The high-pressure unloading valve unloads the pressure in the system;
14. High pressure safety valve pressure limit protection;
15. The high-pressure discharge port must have a device to prevent injury during high-pressure water discharge;
There should be a valve between the outlet of the high-pressure pump and the outlet of the low-pressure pump to prevent damage to the outlet pipeline of the low-pressure pump caused by high pressure;

Pneumatic pressure testing pump