Typical Case Analysis of Technical Requirements and Characteristics of Feentor Pneumatic Pressure Test Pump

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1、 Equipment Name: Pneumatic Pressure Testing Pump II. Equipment Purpose: Mainly used for pressure testing of pipelines, tanks, valves, underwater structures, etc. 3、 Quantity/Supply Time: 1 set/2 months after contract signing. Please refer to the main text for the main technical parameters

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What is the basis for the testing standards of the Feentor blasting test bench?

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GB50198-94 Technical Specification for Civil Closed Circuit Television Monitoring System Engineering; The Feentor pressure (explosion) test equipment is a new type of pressure testing device developed by our company based on the working principle of the pneumatic boosting device imported from abroad and combined with the actual situation in China. The blasting (pressure resistance) testing equipment produced by our company includes: blasting test bench

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What are the precautions and maintenance suggestions for using an air booster pump?

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What are the precautions and maintenance suggestions for using an air booster pump? The driving pressure of the pneumatic booster pump cannot exceed 10 bar. If it is driven through pipeline air, there must be reliable pressure reducing valves and safety valves. Usually, the driving pressure range of an air booster pump is 2-8 bar. 5. Connection pipeline: Select the appropriate inlet and outlet connection pipeline based on the output pressure and flow rate of the booster pump to ensure

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Technical requirements and specifications for carbon dioxide booster pump of pneumatic booster pump.

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Technical requirements for pneumatic booster pump 1/CO2 booster pump, with the following operating conditions: 1 Rated discharge pressure: 30MPa, operating temperature: room temperature~80 ℃; 2. Rated flow rate: 10L/h; 3. Medium: The inlet is liquid CO2, and the outlet is liquid or supercritical CO2;

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Operation method and usage precautions of Feentor gas booster pump ZTD40

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Let me introduce the operation method and usage precautions of the Feentor gas booster pump ZTD40. When using the ZTD40 gas booster pump, attention should be paid to the significance of the pump model. The booster ratio of the pump is 40:1, and the output pressure is a multiple of the driving pressure. The specific output pressure calculation method is: driving pressure * booster ratio+plus inlet pressure equals the output pressure.

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