Automotive Water Pumps
Marine-Grade IP68 Electric Coolant Pump (OWP-BL43-440T) for New Energy Ship Power Battery Cooling
Marine-Grade IP68 Electric Coolant Pump (OWP-BL43-440T) Professional thermal management solution for new energy ship power battery cooling systems, designed to withstand harsh maritime environments. Technical Specifications Parameter Details Power Input 24VDC (18-32VDC) Rated Power 400W Rated Flow Rate 3000L/H @ H=20M Max Flow 5000L/H Max Lift Head 23M Compatible Medium Glycol (50-60%) + water, dielectric oil, electronic fluorinated solution Medium Temperature Range -40℃ to
OWP-BL93-200 High-Efficiency Brushless DC Centrifugal Pump for Antifreeze Fluid Circulation
OWP-BL93-200 High-Efficiency Brushless DC Centrifugal Pump for Antifreeze Fluid Circulation Product Description The OWP-BL93-200 is a rugged, high-performance single-stage centrifugal pump engineered for precision fluid cooling. Its core working principle leverages a brushless DC motor paired with magnetic force transmission (shield pump structure) : the motor drives an impeller optimized via CFturbo/ANSYS FLUENT hydraulic simulations, ensuring ideal impeller-volute matching
IP68 Waterproof Electric Water Pump with 20000h Service Life and 1800 L/H Flow Rate for Cooling Systems
High Efficiency Electric Water Pump for Blockchain Servers Cooling System The OWP-BL93-300 is a high-performance single-stage centrifugal pump designed for efficient fluid transfer in demanding cooling applications. Its core working principle relies on magnetic force transmission (shielded pump structure) and a brushless DC motor: the motor drives an impeller to rotate at constant speed, creating centrifugal force that draws in fluids (e.g., glycol-water mixtures, dielectric
400W 24VDC Input Electric Coolant Pumps 3000L/H For High Power EV Charging
OWP Series 400W 24VDC Input Electric Coolant Pump Premium Cooling Solution for High-Power EV Charging Stations Engineered for extreme reliability in demanding electric vehicle (EV) infrastructure, the OWP-BL43-440C Electric Coolant Pump delivers industry-leading performance for high-power charging stations, battery swap facilities, and critical cooling systems. Combining advanced BLDC motor technology with robust magnetic transmission, this single-stage centrifugal pump
24V Electric Coolant Automotive Water Pumps Premium Cooling Solution For SMT Mounters
Automotive-Grade 24V Electric Coolant Pump: Premium Cooling Solution for SMT Mounters Engineered for high-performance thermal management in Surface-Mount Technology (SMT) mounters, the OWP-BL43-440C electric coolant pump delivers reliable, efficient cooling to critical components like linear motors, servo drives, and magnetic levitation platforms. Designed with advanced BLDC motor technology and intelligent protection features, this pump ensures stable operation even in
Aluminum Alloy Coolant Electric Pump Thermal Management For Heavy Duty EV Batteries
OWP-BL43-300 Electric Coolant Pump: Reliable Thermal Management for Heavy-Duty EV Batteries The OWP-BL43-300 Electric Coolant Pump is a premium solution engineered for heavy-duty electric vehicle (EV) battery thermal management systems, delivering consistent performance, robust protection, and long-term reliability in extreme operating conditions. Application This pump is specifically designed to regulate battery temperature in heavy-duty EVs during high-load scenarios,
IP68 24V 250W Electric Vehicle Coolant Pump For Fuel Cell Cooling
OWP-BL43-300 24V 250W Electric Coolant Pump for Fuel Cell Cooling The OWP-BL43-300 Electric Coolant Pump is a premium, reliable solution specifically engineered to meet the rigorous cooling demands of fuel cell systems. Equipped with advanced protective features and high-performance specifications, this pump ensures stable operation in extreme environments, making it ideal for automotive and industrial fuel cell applications. Technical Specifications Power Input 24VDC (Wide
High Performance 24V Electric Coolant Automotive Water Pumps For Glycol Circulation
High-performance 24V Electric Coolant Pump for Glycol Circulation OWP-BL43-300 Electric Coolant Pump: Reliable Performance for Glycol Circulation The OWP-BL43-300 Electric Coolant Pump is a high-performance industrial-grade solution engineered specifically for glycol circulation boosting, integrating advanced protection features, energy efficiency, and a durable design. Ideal for demanding thermal management systems, this brushless DC pump delivers consistent flow and
6000L/H Automotive Water Pumps IP68 Waterproof Brushless DC Motor For Antifreeze Circulation
Automotive Water Pump OWP-BL43-300: High-Performance Solution for Antifreeze Circulation The OWP-BL43-300 Automotive Water Pump is a reliable, efficient component designed to meet the demanding needs of vehicle cooling systems. Equipped with advanced protection features and a high-efficiency brushless DC motor, this pump ensures stable operation, long service life, and energy savings—making it an ideal choice for automotive antifreeze circulation applications. Key Specificati
24V Coolant Circulation Water Pump For Hydrogen Fuel Cell Vehicle Cooling Systems
24V Coolant Circulation Water Pump for Hydrogen Fuel Cell Vehicle Cooling Systems Electric Coolant Pump (Model: OWP-BL43-426C) for Hydrogen Fuel Cell Vehicle Cooling Systems. Designed exclusively for hydrogen fuel cell vehicle cooling systems, the OWP-BL43-426C Electric Coolant Pump delivers reliable, high-performance coolant circulation to maintain optimal operating temperatures of fuel cell stacks. Its robust build, advanced protection features, and wide adaptability to
BLDC 24V Electric Coolant Pumps For E Dump Truck'S Battrey Thermal Management System
24V Electronic Water Pump for E-Dump Truck Battery Thermal Management System The OWP-BL43-426T Electronic Coolant Pump is a high-performance solution specifically engineered for Battery Management Systems (BMS) in electric dump trucks and heavy-duty engineering vehicles. Designed for harsh construction and mining environments, this pump ensures optimal thermal management to maintain stable battery performance during extended operation periods, preventing overheating even
18V-32V High Efficiency Solution Coolant Pump Electric For Antifreeze Circulation
Electronic Coolant Pump OWP-BL43-426T: High Efficiency Solution for Antifreeze Circulation The OWP-BL43-426T Electronic Coolant Pump is a high-performance solution designed to excel in antifreeze circulation scenarios, ensuring reliable thermal management across diverse industrial and automotive applications. Application Areas This pump plays a critical role in maintaining optimal temperatures for sensitive systems across multiple industries: EV Battery Thermal Management -
48V DC Brushless Water Pump With 2880L/H Flow Rate IP68 Waterproof For 5G Base Station Cooling
High-Efficiency 48V DC Brushless Water Pump for Signal Base Station Cooling The OWP-BL300H-D3-3 48V DC Brushless Water Pump is a high-performance cooling solution specifically designed for 5G signal base station cooling systems. Engineered to handle the intense heat generated by 5G infrastructure, this pump ensures stable operation of critical equipment while adapting to various industrial cooling applications including high-power EV charging stations, battery energy storage
24V DC Electric Water Pump with 2800L/H Flow Rate and IP67 Waterproof for Automotive and Heavy-Duty Use
24V Electric Water Pump: High-Reliability Cooling Solution The Electric Water Pump OWP-BL43-200 is a high-reliability cooling solution designed for automotive and heavy-duty engineering applications, combining advanced technology with rugged performance. Working Principle This pump features a single-stage centrifugal structure with magnetic force transmission (shield pump design) to prevent fluid leakage. Driven by a high-efficiency brushless DC (BLDC) motor, it uses PWM
24VDC High Efficiency BLDC Water Pump for Electric Engineering Vehicles' Thermal Management System
24VDC High Efficiency BLDC Water Pump for Electric Engineering Vehicles' Thermal Management System The OWP-BL43-440C is a high-performance brushless DC (BLDC) pump engineered for efficient liquid circulation in demanding thermal management scenarios. Designed with a single-stage centrifugal structure and magnetic force transmission (shield pump design), its working principle revolves around converting electrical energy into hydraulic energy: the high-efficiency BLDC motor
24V DC Automotive Water Pump with 6000L/h Rated Flow and 18 Months Warranty for HEV Buses Battery Cooling
Automotive Water Pump OWP-BL43-300 High Capacity and Quality for HEV Buses Battery Cooling The OWP-BL43-300 Electric Water Pump is a high-performance, durable solution engineered for precise liquid circulation, ideal for demanding cooling and thermal management needs. Its core working principle relies on a single-stage centrifugal design paired with magnetic force transmission (shield pump structure) , which eliminates leakage risks while ensuring efficient fluid transfer.
BLDC Water Pump with 20M Max Lift IP67 Waterproof and PWM Speed Control for Reliable Cooling
OWP-BL43-200 BLDC Electric Water Pump Reliable Cooling for EVs, Industrial & Data Center Applications The OWP-BL43-200 is a high-performance brushless DC (BLDC) electric water pump engineered for demanding cooling systems. It features magnetic force transmission (shield pump structure) and single-stage centrifugal design, combining professional electromagnetic theory with optimized hydraulic simulation. Key Features BLDC motor encapsulated with nylon plastic magnets and SUS
High Efficiency 24V DC Electric Coolant Pump for Hybrid Bus and Engineering Vehicles with a 250W Rated Power
High Efficiency Electric Coolant Pump 24V DC Input for Hybrid Bus & Engineering Vehicles Pump Major Parameters Parameter Specification Model No. OWP-BL43-200 Power Input 24VDC (18-32VDC) Rated Power 250W Rated Flow Rate 2800L/H @ H=16M Max Flow 4800L/H Max Lift Head 20M Medium Glycol (50-60%)+water, dielectric oil, Electronic fluorinated solution Medium Temperature -40℃ to +85℃ (-40°F to +185°F) Outlet Diameter 38mm (1.5inch) Speed Regulation No (optional) Fault Feedback