Hydrostatic Pressure Testing Machine (HDPE Pipe/PVC Pipe) Suppliers
Are you looking for Hydrostatic Pressure Testing Machine (HDPE Pipe/PVC Pipe) Manufacturer in Navi Mumbai? You have arrived at the right place. We are the best Hydrostatic Pressure Testing Machine Manufacturer and Supplier in Navi Mumbai, India.
Product Specification
| Description: | Two Station | Three Station | Four Station | Six Station | Eight Station | 10 Station |
| Pressure Range: | Up to 100 bar | Up to 100 bar | Up to 100 bar | Up to 100 bar | Up to 100 bar | Up to 100 bar |
| Pressure Accuracy: | +/- 0.5 % | +/- 0.5 % | +/- 0.5 % | +/- 0.5 % | +/- 0.5 % | +/- 0.5 % |
| Timer Range: | Up to 9999.9 Hrs. | Up to 9999.9 Hrs. | Up to 9999.9 Hrs. | Up to 9999.9 Hrs. | Up to 9999.9 Hrs. | Up to 9999.9 Hrs. |
| Pressure Unit: | K.g./ cm2 , BAR, PSI, MPA | K.g./ cm2 , BAR, PSI, MPA | K.g./ cm2 , BAR, PSI, MPA | K.g./ cm2 , BAR, PSI, MPA | K.g./ cm2 , BAR, PSI, MPA | K.g./ cm2 , BAR, PSI, MPA |
| Maximum Pressure: | Up to 100 bar | Up to 100 bar | Up to 100 bar | Up to 100 bar | Up to 100 bar | Up to 100 bar |
| Power Requirement: | 230 V Ac, 1 Phase, 50 HZ. | 230 V Ac, 1 Phase, 50 HZ. | 230 V Ac, 1 Phase, 50 HZ. | 230 V Ac, 1 Phase, 50 HZ. | 230 V Ac, 1 Phase, 50 HZ. | 230 V Ac, 1 Phase, 50 HZ. |
| Outlet: | 2 or 3 | 2 or 3 | 2 or 3 | 2 or 3 | 2 or 3 | 2 or 3 |
Product Description
Hydrostatic pressure testing apparatuses evaluate the resistance to the internal pressure of C-PVC, R-PVC, MDPE, U-PVC, LLDPE, HDPE, pipes, fittings, and valves according to IS, BS, ASTM, and countless other similar standards.
Features
Pressure Control Unit
The pressure control unit has a touch screen or a PC for configuring test parameters. The results of testing are easily converted to excel for additional processing.
Provide up to 50 different pressures on a 1m2 area.
Intelligent identification of specimen size and substance includes an improved pressure rising solution and algorithm.
High precision pressure control. Input pressure can be adjusted selectively in each module to reduce solenoid valve wear.
Stainless steel is used for any metal components that come into touch with the media.
A user-friendly, multilingual interface is provided for various users.
The calibration is finished promptly. Temperature and pressure calibration can be done while the test is running.
There are individual options for pressure, flow rate, and circulation time.
It minimizes energy usage while ensuring uniformity of test temperature, pressure, and flow rate.
Reliable safety measures ensure that the tester is rendered unusable if the test fails or the pipe system collapses, such as liquid level measurement tools, an emergency stop, and a cord switch. All doors must be shut and secured during the testing period.
Data sharing via the TCP/IP protocol is reliable.
Thermal Tank
An ideal choice of materials. All the components—the lid, outer protective plate, and interior container—are premium stainless steel.
The Thermal Tank has an extraordinarily durable performance because of the steel frame employed in its construction.
The energy consumption rate was decreased by the optimized heating capacity and superior thermal insulation. Even if the water reaches a temperature of 95°C, the outside cover will still be at room temperature. It reduces power usage by more than 70% while also enhancing security.
Unique steam collection technology keeps heat and steam in the test tank while guarding against damage.
Thanks to the automatic water refill technology, the tank will always be full.
The lids are opened by hydraulics, and the opening degree is adjustable to the operator's preferences.
The test specimens are connected more easily via quick connections.
The exterior protection plates are removed to access servicing parts like the circulation pump and heating elements. Due to the unique construction, service and maintenance are carried out while the tank is filled with water.
Application
This testing procedure can evaluate the thermoplastic pipe's resistance to constant internal water pressure. It is relevant to the thermoplastic pipe used for fluid transmission.
Note: Ideal Lab is the finest Hydrostatic Pressure Testing Machine Manufacturer and Supplier in Mumbai. We offer Hydrostatic Pressure Testing Machines to our clients at a lower price.
What Is A Hydrostatic Pressure Testing Machine?
Hydrostatic pressure testing equipment is widely used to inspect vessels such as cylinders, boilers, tubes, pipes, valves, components, etc. A hydrostatic pressure testing machine is another typical test to check that pressure testing equipment vessels do not leak or have manufacturing faults. In terms of device safety and durability under working conditions, hydrostatic pressure test pumps and units are required for pressure testing equipment vessels.
The vessel to be tested for pressure testing equipment is contained within a sealed vessel. The sealed vessel contains an incompressible fluid, usually water or oil. The hydrostatic pressure testing machine vessel is then put through a series of reputable internal pressure tests for a set amount of time. There is frequently a difference between the known internal pressure testing equipment and the device's maximum operational pressure testing equipment (typically 150 percent ).
The test vessel expands due to the pressure testing equipment being used; the existing instrumentation is then read to establish how much the test chamber has expanded completely and permanently (external). A physical and visual check is done after the hydrostatic pressure testing machine to ensure the tested device hasn't been irreversibly bent or damaged by the testing pressure equipment.
Pressure testing equipment vessels are re-verified by putting the vessel device through a proof-pressure testing equipment test. The "modified hydrostatic test" is another name for the proof-pressure testing equipment test. The vessel is tested under known pressure using the equipment for a given time. During and after the proof-pressure testing equipment test, the pressure testing equipment vessel is inspected for abnormal deformation or failure.
Why Is It Necessary To Check The Pressure Of Pipes And Fittings?
Pressure testing aims to look at the pipeline's various constraints. Testing the resilience and flexibility of pipes, hoses, and fittings under varying pressure and temperature conditions can show dependability and maximum capacity. This data can be used by manufacturers and testing facilities to determine whether a product complies with national and international standards.
Definition Of Pressure Testing
A pipe sample is in temperature-controlled conditions, such as a thermal tank, an oven, or a conditioning chamber. Then, it was subjected to extremely accurate internal hydraulic pressure for a predetermined time. It is accomplished by using a "static test," in which failure is not anticipated, or a "burst" test, in which failure is projected after a predetermined time. Usually, pressure is measured 60 seconds following the breach.
Testing Different Materials And Diameters
Numerous pipe manufacturing companies produce a variety of sizes and materials, including PVC, O-PVC, PP, PE, HDPE, and others. A flexible pressure testing rig with extraordinarily accurate internal pressure regulation and enough flow to pressurize or even burst large expanding samples is needed due to the wide range of diameters and plastic materials.