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YS620 vs YS820: Which Ausenist Water Pump VFD Should You Choose?
Compare the documented strengths of the Ausenist YS620 and YS820 and learn which project data is needed for a reliable model recommendation. -
Why Is Constant Water Pressure Unstable After Installing a Pump VFD?
Use this structured checklist to diagnose unstable pressure, frequent starts and poor sleep behavior in a YS620-controlled pump system. -
When Does a Multi-Pump Station Need a Standby Master Drive?
See how a standby-master YS620 configuration can maintain multi-pump control when the primary master drive cannot operate. -
How RS485 Multi-Pump Control Works in the Ausenist YS620
Learn how YS620 drives coordinate a master and up to four auxiliary pump drives through RS485 for constant-pressure water supply. -
How Pump Manufacturers Can Integrate the YS620 Into an OEM Pump Package
A practical guide for pump manufacturers evaluating YS620 model matching, factory parameters, branding, packaging and technical documentation. -
How to Select a 4-20mA Pressure Transmitter for a YS620 Pump Drive
Choose the right pressure range and signal for YS620 constant-pressure control and avoid common sensor configuration errors. -
Selecting a 380V VFD for an Industrial Booster Pump System
Select a 380V YS620 for 0.75-7.5kW industrial booster pumps using motor current, pressure feedback and system-duty information. -
Can a 220V Single-Phase Supply Run a Three-Phase Water Pump?
See when a 220V single-phase input VFD can run a compatible three-phase 220V pump and what motor data buyers must check before ordering.
Quanzhou Ausenist Technology Co., Ltd