Waterproof and energy saving pipeline pump

The new benchmark for pipeline pump energy efficiency, equipped with a national standard certified energy-saving device. The motor stator uses high-performance non-oriented cold-rolled steel strips and pure copper coils, which not only reduce temperature rise but also significantly enhance work efficiency. It operates quietly, eliminating the noise that once annoyed people. Unlike previous models, this third-generation pipeline pump reduces noise by 10%, with optimized and upgraded impeller and air ducts. This ensures rapid motor cooling while effectively reducing operational noise. Now, the pipeline pump operates with a sound so low it is almost imperceptible, and its installation and maintenance are simple, making it easy for beginners to handle. For those like us who lack manual dexterity, the ease of installation and maintenance is crucial. The design is highly considerate, with convenient installation and an integrated safety protection concept that prevents entangled objects from entering connections and avoids contact with rotating shafts, eliminating potential safety hazards. The entire series comes standard with brand precision bearings, ensuring robust durability and low maintenance costs, making it a hassle-free and efficient choice.

Robust and durable, with low maintenance costs, the pipeline pump is user-friendly and efficient. In selecting a pipeline pump, flow rate and head are the most critical factors. The relationship between flow rate and head, as well as how to determine their values, is crucial. First, the relationship between flow rate and head: they are inversely proportional. Higher head results in lower flow rate, and lower head results in higher flow rate. When supplying water to high-rise buildings and fire protection systems, the priority is on water output, so the head is given higher priority. In agricultural irrigation and drainage, the priority is on continuous water supply, so the flow rate is given higher priority.

How is the head of a pump calculated? Simply put, the head is the height to which water can be pumped. To calculate the pump’s flow rate, you need to know the distance between the water usage point and the water source, and then determine the required flow rate based on the actual water usage. Selecting the most suitable range can better utilize the pump’s performance.