General Information : Our equipment have been designed to meet the requirements specified for hydro and burst test of brass Fittings of various sizes The equipment have been designed to be operated....
Our equipment have been designed to meet the requirements specified for hydro and burst test of brass Fittings of various sizes
The equipment have been designed to be operated from a local HMI station for ease of operator and required display parameters are also available on HMI screen for better visualization and comfort.
The hardware selected for the equipment are branded products with absolute reliability and consistent performance.
EQUIPMENT INFORMATION :
A Hydro test cabinet of aluminium profile heavy duty sections for better ashthestics.
Transparent poly carbonate sheets for better visualization
SS water tank.
Poly-carbonate door with safety interlocks during testing
Fluid Test Media : Water with additives
Highly Reliable Air Driven Pressure pump
PLC for controlling operational sequence
Ramp Rate control system
Display of test pressure over HMI screen
Display of status of operations on HMI
Display of peak value of the burst pressure in case component bursts before reaching set value of pressure.
Graphical Display of pressure v/s time curve on HMI screen
DATA ACQUISITION SYSTEM ( OPTIONAL )
The automatic Data Acquisition System will be equipped with DAQ hardware to log data for burst pressure value automatically with the feedback from high precision pressure sensor.
The customized Report with company Logo, cylinder serial no will be designed while generating test report.
To generate and save customized reports in the computer, a PC based software and other required accessories will be included.
This will help maintaining all the records inside the pc. USB / LAN can be used for communicating with test terminal for transferring the test reports to customer via internet.
Pressure V/s time curve will be a part of customized test report which will have analytical values of Date/time stamp, pressure, time, total time before burst, and peak value at the time of bursting.