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How Pressure Sensor Location Affects Pump VFD Performance
Choose a pressure-sensing point that represents the controlled service while avoiding pulsation, trapped air, excessive distance and inaccessible maintenance. -
Pre-Shipment Inspection Checklist for Water Pump VFD Orders
Inspect model, ratings, labels, packaging, parameters, documents and sampled functions before shipping a YS620 or YS820 order. -
Building a PMSM Pump OEM Platform: YS620 or YS820?
Evaluate motor-control method, tuning data, pressure functions, model range and OEM validation when building a PMSM pump platform. -
How to Optimize YS820 Sleep and Wake Settings Without Short Cycling
Tune YS820 target pressure, start pressure, dormancy frequency and hold timing after checking leaks, sensor accuracy and pump duty. -
VFD Parameter Version Control for Pump OEMs: A Practical Production Method
Build a controlled method for naming, approving, loading, testing and maintaining YS620 or YS820 parameter sets across OEM pump products. -
Selecting a Pump VFD for Industrial Process Water Systems
Select a process-water pump VFD using duty, continuity, water quality, motor, sensor, control interface and acceptance requirements. -
How Much Energy Can a Water Pump VFD Save? Why There Is No Universal Percentage
Understand when variable-speed pump control can reduce energy use and how to measure savings without making unsupported percentage claims. -
How Ausenist Matches a VFD to the Motor, Pump and Hydraulic System
See the engineering information Ausenist reviews to match YS620 or YS820 control with the motor, pump curve, pressure network and operating duty.
Quanzhou Ausenist Technology Co., Ltd