About Hydrostatic Pressure Testing Equipment
Hydrostatic Pressure Testing EquipmentPLC based Computerised Hydrostatic Pressure Testing Equipment as per IS 4984 and IS 4985 to check the creep rupture of pipe when subjected to internal pressure under a specified condition.
- Pressure range : 0-100 bar*.
- No. of stations : 8 nos.
- Pressure input : Through compressed air having pressure upto 5 kg/cm.sq
- Pressure output: through hydro-pneumatic pump.
- Time range : 0-999.9 hours.
- Panel mounting : Trolley with castor wheels.
- Paint : Powder coated.
- Power : 230 Volts, 50Hz, single phase.
Exceptional Accuracy for Reliable ResultsThis equipment boasts 100% accuracy, ensuring your pressure testing delivers precise, repeatable results every time. By simulating real-world conditions in a controlled laboratory environment, you can confidently verify the durability and performance of materials used in your products.
Efficient Laboratory PerformanceDesigned for laboratory settings, the systems highly efficient operation allows for quick, safe testing cycles. The unit utilizes 230 Volts, single-phase power, making it compatible with standard electrical setups for hassle-free integration into existing laboratory infrastructures.
Versatile Applications Across IndustriesHydrostatic Pressure Testing Equipment is suitable for research units, academic labs, and industrial quality assurance departments. Its robust build and reliable performance ensure accuracy and longevity, supporting various sectors such as waterworks, construction, and chemical processing.
FAQs of Hydrostatic Pressure Testing Equipment:
Q: How does the Hydrostatic Pressure Testing Equipment ensure 100% accuracy during laboratory tests?
A: The equipment utilizes advanced sensors and precision controls that maintain consistent pressure levels, reducing error margins and guaranteeing accurate, reproducible measurement results.
Q: What is the process for conducting a hydrostatic pressure test using this equipment?
A: To conduct a hydrostatic pressure test, the sample is securely connected, and water or another test fluid is introduced. The equipment then applies pressure up to the desired setpoint, holding it for a specified duration to check for leaks or deformations.
Q: When should hydrostatic pressure testing be performed in a laboratory setting?
A: Testing should be done during the product development phase, quality assurance checks, and whenever compliance with industry standards and safety regulations is required.
Q: Where can this hydrostatic pressure testing equipment be installed?
A: The unit is designed for laboratory environments and can be easily installed where standard 230 Volts, single-phase power is available, ensuring compatibility with most lab electrical systems.
Q: What are the benefits of using highly efficient hydrostatic pressure testing equipment in research and industry?
A: Benefits include precise testing, reliable data, enhanced safety through rigorous quality checks, and the ability to meet international compliance and certification standards for products under pressure.
Q: How is the equipment powered and what voltage is required for operation?
A: The equipment operates on a 230 Volts, 50Hz, single-phase power supply, which is standard in most laboratory settings, facilitating straightforward installation and operation.