pet water dispenser submersible pump 2hp 12v

How are micro submersible pumps used in pet water dispensers?

The application of micro submersible pumps in pet water dispensers is mainly by placing the water pump in the water and using the lift of the Mini Water Pump to move the water from the water

The pet is pumped out of the tank and the water is injected through the catheter into the pet's drinking dish.

Specifically, the application of micro submersible pumps in pet water dispensers

Proceed as follows:

1. Place the water pump in the water and adjust the position of the water pump so that the water suction port of the water pump is at the bottom of the water tank.

2. Connect the water outlet of the Micro Water Pump to the bottom of the pet drinking tray through the conduit.

3. Turn on the power and start the water pump. The water pump will draw water from the water tank and inject the water into the pet drinking dish through the conduit.

4. When the pet takes water from the drinking tray, the water pump will continue to work to maintain the flow of water in the drinking tray, thereby increasing the pet's drinking volume.

What does the static lift of a Micro Submersible Pump mean?

The static lift of a Miniature Submersible Pump refers to the maximum height at which the pump can pump water without operation. It is determined by measuring the water level height at the outlet of the water pump. At the outlet of the water pump, the height above the centerline of the pump shaft is the static head. Static head is one of the important indicators of water pump performance, which directly affects the height and efficiency of water pump pumping. Generally speaking, the larger the static head, the higher the pumping height of the water pump, and the higher the pumping efficiency.

How to evaluate the performance and efficiency of the static head of a Small Submersible Pump?

1. Head and flow: The static head is the head measured by the micro Submersible Pump when there is no fluid flowing through it. It can be used to evaluate the head and flow of the water pump. By comparing the changes in static head and dynamic head (the head of fluid flowing through the pump), you can understand the energy loss and efficiency of the water pump. If the static head is significantly reduced, it may be due to internal leakage or blockage of the water pump, and timely measures need to be taken to repair or replace it.

2. Pump efficiency: The efficiency of a miniature submersible pump refers to the ratio of the energy delivered by the pump to the input energy per unit time. Static head can be used to calculate the energy loss and efficiency of a water pump. The efficiency of a water pump can be understood by comparing changes in static head and dynamic head (the head of fluid as it flows through the pump). If the efficiency is too low, it may be due to friction loss, leakage and other problems, and timely measures need to be taken to repair or replace it.

3. Mechanical properties: The mechanical properties of micro submersible pumps include speed, torque, noise and other indicators. Static head can be used to evaluate the mechanical performance of a water pump. By comparing the changes in static head and dynamic head (the head of fluid flowing through the pump), you can understand the mechanical performance of the water pump. If the mechanical performance is good, it may be due to bearing wear, transmission system problems, etc., and timely measures need to be taken to repair or replace it.

4. Service life: The service life of the electric submersible pump is affected by many factors, such as material quality, manufacturing process, use environment, etc. Static head can be used to evaluate the service life of a water pump. By comparing the changes in static head and dynamic head (the head of fluid flowing through the pump), you can understand the service life of the water pump. If the service life is too short, it may be due to poor material quality, improper manufacturing process, etc., and timely measures need to be taken for repair or replacement.

How to measure the static lift of a micro DC Submersible Pump?

The static head of a micro submersible pump can be measured by the following steps:

1. Prepare a bucket filled with water and completely submerge the submersible pump in the water.

2. Connect the power supply, turn on the submersible pump, and observe the drainage of the submersible pump.

3. When the submersible pump stops draining water, record the water level at this time. This is the static head of the submersible pump.

It should be noted that the static head of the submersible pump is measured in a static state, so it is necessary to ensure that there is no residual air inside the submersible pump, otherwise the measurement results will be affected. In addition, in order to obtain more accurate measurement results, multiple measurements can be taken and averaged.

Technical Specification

What does the dynamic lift of a micro submersible pump mean?

The dynamic lift of a micro 1.5 inch submersible pump refers to the maximum height that the water pump can pump water to when it is running. It is determined by measuring the water level at the outlet of the water pump during operation. The dynamic head is related to factors such as the power of the water pump and the diameter of the water outlet pipe. It is one of the important indicators of the performance of the water pump. Generally speaking, the greater the dynamic head, the higher the water pumping height and the higher the water pumping efficiency.

Different from the static lift, the dynamic head is measured when the water pump is running, so factors such as the dynamic effects inside the water pump and the water flow state need to be considered. When measuring the dynamic head, it is necessary to install the water pump in the test pipeline, start the water pump for pumping test, and record the water level height at different time points to obtain the dynamic head of the water pump.