MENÜ

Honlap címe

TD HORIZONTAL HIGH-EFFICIENCY ENERGY-SAVING CIRCULATION PUMP

1.TD horizontal high-efficiency and energy-saving circulation pump is a single-stage pipeline circulation pump with horizontal design. The main feature of this pump is its high-efficiency and energy-saving performance. By optimizing the hydraulic design and structure, this pump can reduce energy consumption and achieve efficient liquid transportation while ensuring stable performance.
2. It has compact structure, small floor space, easy installation and maintenance, and high cost performance. This pump is suitable for various occasions that require efficient and energy-saving liquid circulation, such as liquid delivery systems in industrial, commercial and household fields.
In terms of energy saving, TD horizontal high-efficiency energy-saving circulation pump adopts a variety of technologies to reduce energy consumption and improve energy utilization efficiency.
3. The pump has the characteristics of low noise, no overload, large flow, wide efficient area, and beautiful appearance. At the same time, the pump is designed to be disassembled and assembled so that the motor can be pulled out backwards. The pump can be repaired without affecting the pipeline system, making it convenient and practical.

ORDINARY SEWAGE PUMP

 

1. Our WQ-type general sewage pump adopts a large flow channel anti-clogging hydraulic parts design, which greatly improves the dirt passing ability, and can effectively pass the fibrous material 3 times the pump caliber and solid particles with a diameter of about 30% of the pump caliber.
2. Reasonable design, reasonable supporting motor, high efficiency, energy saving effect is remarkable.
3. The mechanical seal adopts a double-channel tandem seal, the material is hard corrosion-resistant tungsten carbide, which is durable and wear-resistant and can make the pump run continuously for more than 8000 hours.
4. Compact structure, small volume, easy to move, easy to install, no need to build a pump room, submerged in the water can work, greatly reducing the project cost.
5. The pump oil chamber is equipped with an oil and water probe, when the mechanical seal on the pump side is damaged, water enters the oil chamber, and the probe generates a signal to protect the pump. A fully automatic safety protection control cabinet can be equipped according to the user's needs to monitor the pump's water leakage, power leakage, overload over-temperature, etc., to ensure that the pump runs reliably and safely.
6. Double-rail auto-coupling installation system brings great convenience to the installation and maintenance of the pump, and people don't have to go in and out of the sump pit for this purpose. Float shape can automatically control the pump stopping and starting according to the required water level changes, without the need for personal supervision. The use of head range to ensure that the motor is not overloaded.
7. According to the use of occasions, the motor can adopt the water jacket type external circulation cooling system, which can ensure the safe operation of the electric pump in the state of no water (dry).
8. There are two kinds of installation modes: fixed automatic coupling installation and mobile free installation, which can meet different usage occasions.
9. The pump body and impeller are designed using CAD technology and are repeatedly modified concerning the hydraulic model to match the pump body and impeller so that the flow channel is wide and dirt can pass through the pipeline. The impeller is strictly balanced to minimize vibration and extend the life of the bearings and mechanical seals.

VERTICAL PIPELINE PUMP BODY

 

The pump body consists of two main parts: suction chamber and pressure chamber. At the inlet of the suction chamber and the outlet of the pressure chamber are the pump inlet flange and outlet flange respectively, which are used to connect the inlet and outlet pipes. The function of the suction chamber is to receive fluid (usually liquid) and create a negative pressure, so that the liquid can enter the pump. The suction chamber is usually connected to the inlet flange for connection to the inlet pipe. The function of the pressure chamber is to receive the fluid and push it through the pump action to the outlet. The pressure chamber is usually connected to the outlet flange for connection to the outlet pipe. The inlet flange and outlet flange are used to connect the inlet and outlet pipes to ensure that the pump is able to efficiently pump the liquid from the suction chamber to the pressure chamber, where it is then transferred to the external system via the outlet flange. Liquid enters the suction chamber through the inlet pipe and is pumped into the pump due to the negative pressure created by the pump's operation. The liquid is then pumped to the pressure chamber and pushed through the outlet flange to the outlet pipe of the external system.
Asztali nézet