BP-NY-50c blasting test bench Introduction: The BP series pressure and burst testing machine is a testing equipment that determines the pressure resistance time and instantaneous burst pressure of metal and non-metal pipes and fittings at different constant temperatures according to national standards. Adopting microcomputer control for the experimental process, real-time display of experimental time, experimental pressure, and other values. Using a microcomputer for data processing and analysis, the experimental results can be actively saved and printed out. characteristic: 1. Adopt PLC module and control gas proportional valve to control the rate of test pressurization. 2. The use of sophisticated components such as high-precision pressure sensors and pneumatic booster pumps greatly improves the control accuracy of frequency testing for data acquisition. 3. The protective box cover adopts the design of gas filled springs, providing labor-saving and convenient conditions for the operation of the staff, and has double protection measures. Technical parameters: Maximum pressure: 40Mpa Pressure accuracy: ± 1% Voltage control accuracy: ± 2% Timing accuracy: 0.05S Boosting rate: can be set within the range (the starting working pressure of the gas control proportional valve is 0.6 MPa, so the pressure curve above 0.6 MPa can be controlled as shown in the implementation curve chart) Number of test routes: 1 route Test medium: Hydraulic oil (46 #) Gas source standard: pressure above 0.69MPa, sufficient gas supply (customer provided) Power supply: 220 V 500W
Introduction: The BP series pressure and burst testing machine is a testing equipment that determines the pressure resistance time and instantaneous burst pressure of metal and non-metal pipes and fittings at different constant temperatures according to national standards. Adopting microcomputer control for the experimental process, real-time display of experimental time, experimental pressure, and other values. Using a microcomputer for data processing and analysis, the experimental results can be actively saved and printed out.
