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quality BLDC 24V Coolant Pump For Liquid Cooled System In EV Charging Battery Swapping Station factory

BLDC 24V Coolant Pump For Liquid Cooled System In EV Charging Battery Swapping Station

24V BLDC Coolant Pump for Liquid-cooled System in EV Charging & Battery Swapping Station OWP-BL43-200 Electric Coolant Pump: Premium Thermal Management for High-Power EV Charging Infrastructure Engineered for the demanding thermal management needs of high-power EV supercharging stations, swapping stations, and mobile energy storage cabinets, the OWP-BL43-200 Electric Coolant Pump delivers reliable, efficient performance in extreme operating conditions. Built with automotive

quality 380V Aluminum Electric Coolant Pumps For AI Computing Centers Thermal Management factory

380V Aluminum Electric Coolant Pumps For AI Computing Centers Thermal Management

OWP-BL3000H-A3-1 Electronic Coolant Pump: Premium Cooling Solution for AI Data Centers The OWP-BL3000H-A3-1 Electronic Coolant Pump is engineered to deliver reliable, high-performance thermal management for demanding AI computing environments. Combining advanced brushless permanent magnet technology with a compact, durable design, this pump ensures stable operation even under extreme workloads, making it an ideal choice for modern data center infrastructure. Technical

quality Fuel Cell Cooling Electric Coolant Water Pump IP68 Waterproof With PWM Speed Regulation factory

Fuel Cell Cooling Electric Coolant Water Pump IP68 Waterproof With PWM Speed Regulation

Fuel Cell Cooling Electric Coolant Pump OWP-BL300H-D3-3 High-efficiency, IP68 waterproof solution with PWM speed regulation for fuel cell cooling applications. Technical Specifications Power Input 48VDC (42-54VDC) Rated Power 300W Rated Flow Rate 2880L/H @ H=17.5M Max Flow 5000L/H Max Lift Head 22M Medium Glycol (50-60%)+water, dielectric oil, Electronic fluorinated solution Medium Temperature -40C-85C (Working long hours guaranteed) Outlet Diameter Flange (50.5mm) Speed

quality High-Power EV Charging Station Cooling Electric Coolant Pump OWP-BL300H-D3-3: 48VDC 300W 5000L/H Max Flow IP68 Waterproof Solution factory

High-Power EV Charging Station Cooling Electric Coolant Pump OWP-BL300H-D3-3: 48VDC 300W 5000L/H Max Flow IP68 Waterproof Solution

High-Power EV Charging Station Cooling Electric Coolant Pump Model: OWP-BL300H-D3-3 The OWP-BL300H-D3-3 Electric Coolant Pump is a high-performance, reliable cooling solution specifically engineered for high-power EV charging stations. Designed to ensure operational stability and extend equipment lifespan, this pump efficiently dissipates heat in fast-charging infrastructure with its impressive 300W power rating and 48VDC operation. Technical Specifications Product NameElectr

quality Reliable High Flow Electric Coolant Pump (OWP-BL43-440T) for PV Inverter Liquid Cooling in Solar Energy Industry factory

Reliable High Flow Electric Coolant Pump (OWP-BL43-440T) for PV Inverter Liquid Cooling in Solar Energy Industry

Reliable High Flow Electric Coolant Pump (OWP-BL43-440T) for PV Inverter Liquid Cooling This IP68-rated electric coolant pump is specifically engineered for PV inverter liquid cooling systems in the solar energy industry, delivering reliable performance in demanding outdoor environments. Technical Specifications Power Input24VDC (18-32VDC) Rated Power400W Rated Flow Rate3000L/H @ H=20M Max Flow Rate5000L/H Max Lift Head23M Compatible Media50-60% glycol + water mixture,

quality Durable BLDC Electric Coolant Pump (OWP-BL43-440T) for Wind Turbine Converter Heat Dissipation in Wind Power Industry factory

Durable BLDC Electric Coolant Pump (OWP-BL43-440T) for Wind Turbine Converter Heat Dissipation in Wind Power Industry

Durable BLDC Electric Coolant Pump (OWP-BL43-440T) Designed specifically for wind turbine converter heat dissipation in the wind power industry, this IP68-rated electric coolant pump delivers reliable performance in demanding outdoor conditions. Technical Specifications Parameter Details Power Input 24VDC (18-32VDC) Rated Power 400W Rated Flow Rate 3000L/H @ H=20M Max Flow Rate 5000L/H Max Lift Head 23M Compatible Media 50-60% glycol + water mixture, dielectric oil,

quality High Efficiency 24V DC Electric Coolant Pump for Hybrid Bus and Engineering Vehicles with a 250W Rated Power factory

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 (-40F to +185F) Outlet Diameter 38mm (1.5inch) Speed Regulation No (optional) Fault Feedback

quality High Flow 6000L/h 24V DC Electric Coolant Pump for Energy Storage Cooling with IP67 Waterproof Grade factory

High Flow 6000L/h 24V DC Electric Coolant Pump for Energy Storage Cooling with IP67 Waterproof Grade

High Flow 24V Electric Coolant Pump 6000L/h for Lithium-ion Battery Energy Storage Cabinet Cooling Pump Major Parameters Parameter Value Model No. OWP-BL43-300 Power Input 24VDC (18-32VDC) Rated Power 250W Rated Flow Rate 6000L/H @ H=8M Max Flow 9000L/H Max Lift Head 11M Medium Glycol (50-60%)+water, dielectric oil, Electronic fluorinated solution Medium Temperature -40 to +85 (-40F to +185F) Outlet Diameter 38mm Speed Regulation No (Optional) Fault Feedback Signal No

quality IP68 Protection Stainless Steel Coolant Pump Electric With 20000h Life Span 400W Power factory

IP68 Protection Stainless Steel Coolant Pump Electric With 20000h Life Span 400W Power

Stainless Steel Electric Coolant Pump for Data Center Liquid Cooling & Copper-based Cooling Equipment This industrial-grade DC liquid cooling pump delivers efficient, consistent heat dissipation for demanding applications. Utilizing electromagnetic drive technology, it converts electrical energy into mechanical power to circulate cooling fluid, with PWM speed control for precise flow regulation based on real-time thermal demands. The robust design ensures stable performance