High flow pressure testing pumpThe manufacturer believes that the pressure testing pump is a testing and pressure testing device used for water pressure tests in pipeline systems (including tap water supply systems, heating systems, etc.), valves, pressure vessels, etc. The high flow pressure testing pump generally consists of a water container, pressurizing device, pressure gauge, drainage valve, pressurizing pipe, etc. Its working principle is to connect the pressurizing pipe of the pressure testing pump to an outlet of the pipeline system, close other outlets of the pipeline system, and use the pressurizing device to draw water from the container into the pipeline system, so that the pressure in the pipeline system reaches the pressure testing requirements. The pressure is maintained in the pipeline system for a period of time, and the product quality and installation quality of the pipeline system can be judged by the change in the pressure gauge's value (i.e., the pressure drop value).

 High flow pressure testing pumpThe manufacturer believes that pipeline systems are essential for modern life. In the installation of pipeline systems, water pressure testing is a key and indispensable acceptance step, which relates to the installation quality, safety, and service life of the pipeline system. Currently, the detection and pressure testing of pipeline systems basically use manual pressure testing pumps, which require manual pressurization, have low pressure efficiency, and are labor-intensive and slow to operate; manual pressure testing pumps are bulky and inconvenient to carry.

 The manufacturer of the high flow pressure testing pump believes that the technical problem to be solved is to overcome the shortcomings of existing technology, such as the inconvenience of carrying pressure testing pumps and slow operation. This includes a liquid inlet channel, where a liquid inlet hole is set at any position of the liquid inlet channel, and the liquid inlet hole is connected to any liquid source through a water inlet pipeline; the second liquid inlet channel is connected to the first liquid inlet channel through a power pump, and the second liquid inlet channel is connected to the water outlet pipeline; the connecting pipeline is respectively connected to the water inlet pipeline and the water outlet pipeline, and a valve is set on the connecting pipeline. A mechanical pressure gauge is set on the water outlet pipeline to detect and display the pressure of the water outlet pipeline and the second liquid inlet channel. This electric pressure testing pump also includes a control switch, which is connected to the power supply connection line and the power pump, used to control the power supply to the power pump. It also includes a base plate, where the first liquid inlet channel and the second liquid inlet channel are arranged in parallel; the water inlet pipeline is set at the upper part of the liquid inlet channel; the water outlet pipeline is set at the upper part of the second liquid inlet channel.

 ElectricHigh flow pressure testing pumpAdvantages of

 1. The electric high flow pressure testing pump is small in size, easy to operate, and the power pump pressurizes the liquid into the external pipeline, achieving the purpose of pressurizing the external pipeline. Compared with traditional manual pressure testing pumps, it not only saves labor but also improves efficiency. The diaphragm pump can provide sufficient power while ensuring a small size.

 2. When the tested pipeline needs to be pressurized, first ensure that the valve is closed, so that the water inlet pipeline and the water outlet pipeline are not connected, then connect the water inlet pipeline to the liquid source and the water outlet pipeline to the tested pipeline. The user can control the operation of the power pump through the control switch, and the user can understand the pressure value of the water outlet pipeline in real-time through the pressure display at the mechanical pressure gauge. When the water outlet pipeline reaches the expected pressure, it indicates that the tested pipeline has reached the expected pressure. Then, stop the power pump through the control switch, and the testing of the pipeline is complete. After the test is completed, open the control valve to connect the water inlet pipeline to the water outlet pipeline through the connecting pipeline, allowing the water with higher pressure in the water outlet pipeline to flow into the water inlet pipeline, thus achieving the process of relieving pressure from the water outlet pipeline to the water inlet pipeline.