Automated Burst Pressure Tester (ABPT) ‘s functionalities are similar to Automated Pressure Holding System (APHS), but they are not the same. Throughout the US and beyond, manufacturing companies use both machines to ensure the mechanical activities' seamless execution. The significance of determining the accurate pressure cannot be denied for optimum production output, let alone the avoidance of any technical malfunctions and other incidents.
The demand for Automated Burst Pressure Tester and Automated Pressure Holding System is upsurging in the local and international market, given that they offer myriad of benefits to the end-users. Additionally, with the growth in the general population worldwide, the demand for various products is increasing rapidly; and ABPT, along with APHS, helps companies meet their production goals.
This article will share some of the Automated Burst Pressure Tester and Automated Pressure Holding System's basic functionalities and specifications. So, you may choose the one that meets your expectations and requirements.
Automation
Automated Burst Pressure Tester and Automated Pressure Holding System perform their functionalities automatically, and it's pretty self-explanatory from their nouns. The whole operational process is controlled via windows '98 and higher versions, making it convenient and effortless for the operators.
Pressure Transducer
Automated Burst Pressure Tester and Automated Pressure Holding System are both available in Pneumatic and Hydraulic versions. A pressure transducer is different in each model. The range level is 0 – 5k PSI with an accuracy of up to 0.01 % FS in the pneumatic model. Whereas the hydraulic one ranges from 0 – 6k PSI with the same accuracy of up to 0.01 % FS.
The figures remain the same for both the Automated Burst Pressure Tester and Automated Pressure Holding System.
Dimensions
The dimensions of Automated Burst Pressure Tester and Automated Pressure Holding System is
51″ H x 28.5″ W x 26″ D. It remains the same in Pneumatic and Hydraulic versions. Not even an iota of variation is observed in the dimensions.
Pressure Range
The Automated Burst Pressure Tester has a pressure range of 0 – 5,000 psi in the pneumatic model, whereas the hydraulic model is available within the range of 0 – 60,000 psi. Then again, there is no difference in the pressure range of ABPT and APHS.
Weight
The pneumatic model of The Automated Burst Pressure Tester usually carries a weight of 150 lbs, and the hydraulic model is twice as heavy as compared to the former one. 150lbs and 300 lbs, the same is the total weight of APHS.
Power Requirement
The Automated Burst Pressure Tester requires a power of 110 VAC, 60 Hz (220 VAC, 50Hz optional) to start functioning. APHS also needs the same amount of power supply to run, be it the pneumatic or hydraulic model.
Compatibility
Both are compatible with window 98 and the higher version. With window-based software, you handle all control, measurement, data collection, and report generation, and complete manual control, which is also possible.
Graphical Representation
The Automated Burst Pressure Tester and Automated Pressure Holding System can display the test status and results on the screen throughout the operation. The prompt update on the test status tends to help the operators diagnose the issues, and subsequently, they take the necessary measures to avoid any disturbance in the operations.
Conclusion
After a thorough analysis of both systems' basic specifications and functionalities, we can deduce here that both perform the same activities. No substantial distinction we could spot between The Automated Burst Pressure Tester and Automated Pressure Holding System.
If you can figure out any significant variation in both these systems' functionalities, please let us know in the below comment section.
