Multi-power Grade Motor Matching Scheme Improves Energy Matching Accuracy for Global Variable Flow Working Conditions

Actual production conditions such as raw material feeding, circulating cooling and waste liquid discharge often have fluctuating flow demands. Equipping pumps with excessive rated motor power will cause ineffective power consumption for a long time; insufficient power will lead to motor overload heating when the pipeline resistance rises suddenly. Both situations increase unnecessary operating costs and equipment hidden dangers for global users.

Based on hydraulic simulation test data of each pump body model, Yida supports multiple optional motor power configurations for magnetic drive pumps, self-priming pumps and vertical pumps of the same flow specification. Clients can select matched motors according to actual pipeline resistance, medium temperature and daily operating duration. Reasonable power matching effectively reduces invalid energy loss during pump operation.

Combined with the zero-leakage advantage of magnetic transmission structure, the whole pump unit achieves higher comprehensive operating efficiency. This differentiated power matching solution helps users optimize energy consumption structure and respond to the energy consumption assessment indicators formulated by local industrial management departments in various countries.