Can Shijiazhuang slurry pump save energy and reduce consumption

Slurry pump is used for conveying slag slurry and is widely used as auxiliary equipment in mining, metallurgy and other industries. Under the current situation of paying attention to energy saving and green development, in line with the concept of energy saving and emission reduction, enterprises will not affect the working efficiency of slurry pumps when using them, and reduce the consumption to a small amount. Here are some methods to save energy and reduce consumption of slurry pumps. 1. When selecting slurry pumps according to actual flow and lift, there are often misunderstandings. Many users only pay attention to the flow selection of slurry pump, while ignoring the head selection of slurry pump, and even think that the higher the head is, the safer it is, so choosing the head of slurry pump is larger than the actual head demand, resulting in a lot of waste of electric energy. In fact, slurry pumps can be selected according to the actual required flow rate and slurry conditions, so as to reduce the number of installed machines and save power. It is worth noting that when calculating the head, it is necessary to consider the lost head to avoid insufficient head of slurry pump, which will affect the transmission efficiency. 2. The power of motor and slurry pump needs to be matched with reasonable motor, and the power of slurry pump is unreasonable, which is mainly reflected in two aspects: "big cattle pull small plows, and small cattle pull big plows", especially a phenomenon that is particularly frequent. The matching power is chosen to be large, resulting in a large waste of electric energy. If the motor power is selected to be small, i.e., "the calf pulls the plough", the water output of the slurry pump is insufficient, the motor is overloaded or the slurry pump is not moved at all, and the normal and stable operation of the slurry pump cannot be guaranteed. Therefore, the motor must match the power of slurry pump to achieve the desired effect.