Latest News

• 

  How to Protect a Water Pump from Dry Running

  Dry running can quickly damage a water pump by causing overheating, loss of lubrication, and seal failure. Explore the main causes, compare three detection methods using water level, motor current, and pressure or flow signals, and learn how to choose suitable protection settings to reduce unnecessary shutdowns and costly repairs.
• 

  IP55 vs. IP65: Which Protection Rating Does Your Pump Controller Need?

  Choosing between IP55 and IP65 can affect the long-term protection of your pump controller. Discover how their dust and water protection levels differ, which installation environments suit each rating, and what to consider before selecting an enclosure. Find the right protection level for your pump system.
• 

  How to Choose the Right Control Mode for a Dual-Pump System

  Choosing the right control mode is essential for reliable dual-pump operation. Explore three options: pump alternation for balanced running hours, fixed duty/standby for backup support, and single-pump operation when one unit is unavailable. Learn how to match each mode to your system's needs and improve operational reliability.
• 

  What Causes Repeated Pump Trips and How Can They Be Reduced?

  Repeated pump trips can disrupt operations, increase maintenance costs, and damage equipment. Discover five common causes, from power supply faults and motor overload to mechanical problems and improper control settings, along with practical ways to diagnose recurring shutdowns and improve pump system reliability.
• 

  How to Choose a Compatible Water Pump Controller: 4 Key Factors

  Choosing the right water pump controller requires more than checking power ratings. Discover 4 key compatibility factors: signal inputs, supply voltage, adjustable current settings, and application requirements. Learn how to match a controller to your pump system for reliable operation and make more informed selection decisions.