IPC Control Mode Gas Cylinder Mounting Brackets Strength Test Machine

Specifications

• In light of Standard 5.2.1.4 description on GB/T18437.1-2009, the gas cylinder mounting brackets will be capable of load capacity up to the static strength which be eight times  the air bottle weight when measuring under rated working pressure (natural gas), at these six orientations of upside, underside, left, right, front and backward .Max allowable displacement between air bottle and base be not exceed 13mm
• Ideal for the strength test on strap wrench and also the fixed support which are used on the CNG vehicles 

There are two control modes for option

1.Manual control and data recording type  2.IPC control,data automatic recording type 

IPC control,data automatic recording type 

• The whole test process is that the hydraulic power pack will firstly deliver the hydraulic power to the lift jacking,and in the following process ,the lift jacking applies forces to air bottle(normal gas filling), which will corresponding cause the movement of displacement transducer. 
• In this process, the forces and displacement signal will be simultaneously transmitted to IPC by means of data sampling system. It is also available for data dealt with and recording on IPC as well as ejection forces-displacement curves automatic generated and pintout 

Components

• This device includes test table, hydraulic pump power station, lifting jack, weighing transducer, displacement transducer and PC programme for electronic control unit 

                                                            Data  set  and  display  picture

Key feautures and advantages

• Real-time monitoring and test data displaying on LCD as well as data recorded after automatic sampling
• Alarming at due time when test failure
• Industrial control configuration software for controlling and dealt with the signal
• Long-term and continous working available
• Stable and accurate position switching
• No impact ,low noise level 

Technical parameters

                                                        Real-time pressure-time curve picture