Shineeast CNG Vehicle Gas Leak Test Machine

Specifications

• Gas leak test machine adopts compressed air as the driven source and the air driven gas boosters  as the booster system and are provided with operating pressure from 0.3 to 32Mpa.
• To operate this system,the manual regulator valve has to be fitted on the machine so that it is capable for ultimate output pressure by adjusting the driving air pressure through it.
• The gas boosters,pressure gauages as well as all accessories will be mounted into the closed cabinet in a compact and space saving manner. 
• It is widely used for the leakage test for CNG vehicle high pressure hose lines

                                                            Data  set  and  display  picture

There are two control modes for option:   1.Manual control mode  2.IPC control mode

IPC control mode leak test machine 

Key features and advantages

• Compact and rugged constructure
• Real-time monitoring and display on LCD with test pressure value as well as test data recorded on high-speed data sampling cards and also available for pressure-time curves printing
• Alarming at due time when test pressure decreases to a certain value within pressure-holding period.
• Industrial control configuration software are available for programming
• Electronic control components in this system include data sampling cards,IPC,PLC,configuration software and printer
• Key components ,such as gas booster,high pressure air operated valve,high pressure instruments and    pipelines are from world top brands to guarantee the safety,reliability and precision of the whole system
• Easy installation , maintenance and reliable performance

Applications

• Leakage test for CNG vehicle hose lines     
• High pressure and super high pressure testing for pressure equipments in oil field industries,such as valves,pipelines,pressure vessels,wellheads,wellhead control devices,downhole tools and sealing components
• Test tools for research and test institutes 

                                                          Real-time pressure-time curve picture

Technical parameters