Simulated deep-sea 3000 meter isostatic pressure testing device pressure tester

Simulated deep-sea 3000 meter isostatic pressure testing device pressure tester0-100MPa hydraulic testing machine

Hydrostatic pressure testing of underwater joints and submarine cables using deep water pressure testing machinesHigh pressure crushing test bench

Jinan Saisite Fluid System Equipment Co., Ltd. has rich experience in pressure testing. In order to ensure the safety of instruments, equipment, and production facilities working on the seabed (especially in the deep sea), a large amount of experimental research and testing evaluation work needs to be carried out before they are put into use, including water tightness testing under high pressure conditions, pressure strength testing, fatigue testing, etc. Our company has designed and produced a simulated deep-sea water pressure test detection device based on the actual situation in China and with reference to foreign deep-sea water pressure test technology. This device is suitable for pressure structure assessment, water tightness testing, equipment debugging and other testing services for new deep-sea equipment such as submarine structural compartments, various types of submarines, underwater production facilities, and detection instruments. In the field of simulating deep-sea pressure testing, providing reliable crushing failure performance is commonly seen in underwater pipelines, data protection containers, etc; Fatigue damageMainly targeting equipment with frequently changing working water depth, common ones include underwater robots, sampling equipment, etc; Water tightness failure mainly targets some submarine optical cables, cables, joints, etc.

1Hydrostatic pressure testing of underwater joints and submarine cables using deep water pressure testing machinesHigh pressure crushing test benchProduct Application

The deep-sea simulation hydraulic testing machine developed by Jinan Saisite can conduct deep-sea simulation experiments, with a depth of up to 0-10000m (pressure range 0-100Mpa), widely used for deformation and failure tests of underwater pipelines and underwater data protection containers under high pressure in the ocean. Fatigue testing of submarine structural compartments, various types of submarines, deepwater robots, deepwater equipment, deep-sea exploration instruments, sampling equipment, data acquisition equipment, etc. under high ocean pressure. Sealing test of submarine cables and optical cables under high voltage in the ocean. It is an ideal choice for research institutions and companies.

IISimulated deep-sea 3000 meter isostatic pressure testing device pressure testerProduct Features：

1. Deep sea pressure test control device, proposed deep sea water pressure test bench. This test bench can simulate deep sea high-pressure deformation and failure testing, as well as deep sea pressure fatigue testing. The operating interface of the device is developed using LabVIEW software from the United States. You can freely set the water filling and boosting time, boosting speed, holding time, holding detection range, test pressure up and down lines, fatigue testing frequency, etc.

2. Deep sea underwater simulated high-pressure tank. You can choose the size according to your needs. The pressure resistance range is 0-100Mpa. Height 0-2m, please consult for higher requirements.

3. The high-pressure end cap sealing device can be divided into three types based on the actual diameter and pressure of the high-pressure water jacket: threaded fastening, gas-liquid cylinder lifting fastening, power device clamping sleeve fastening, etc.

4. Equipped with a Saist gas driven gas automatic booster pump, it can easily achieve adjustable and controllable output pressure.

5. Technological advancement and reasonable structural design. Automatic lifting, no need for manpower, safe and reliable.

6. Automatic data collection for easy access to experimental data in the future.

IIITechnical specifications

1. Drive pressure range: 0.1-0.8 Mpa; And the output pressure is directly proportional to the driving air pressure.

2. High gas consumption: 1Nm3/min

3. Pressure testing range: 0-10Mpa, pressure control accuracy of 0.5FS. The corresponding pressure and control accuracy can be selected according to the actual needs of the customer. (For higher pressure, please consult)

4. Working medium: water, seawater, or liquid media with similar properties to seawater.

5. The data collection system and corresponding functions can be configured according to customer needs.