logo
Welcome to Changzhou Bextreme Shell Motor Technology Co.,Ltd
+86 18152874275

24VDC High Efficiency BLDC Water Pump for Electric Engineering Vehicles' Thermal Management System

Basic Properties
Place of Origin: China
Brand Name: Bextreme Shell
Model Number: OWP-BL43-440C
Trading Properties
Minimum Order Quantity: 1
Price: Negotiable
Payment Terms: T/T,Western Union
Supply Ability: 10000pcs/month
Product Summary
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 ...

Product Details

Highlight:

High Efficiency BLDC Water Pump

,

-40℃ to +85℃ Temperature Range Electric Water Pump

,

20

Product Name: 24VDC BLDC Water Pump
Power: 240W
Usage: Coolant Circulation
Application: Automotive Industrail, Energy Storage, Servers Liquid Cooling
Structure: Single-stage
Theory: Centrifugal Pump
Voltage: 17-32V DC
Warranty: 18 Months
Feature: High-precision,High Efficiency,energy Saving,BLDC Motor, Rich Protection Functions
Flow Rate: 2400L/h Under Head=17m
Pump Body: Die-cast Aluminum
Motor: Dc Power,DC Brushless Motor
Product Description
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 drives the impeller via magnetic coupling, generating centrifugal force to accelerate the medium (e.g., glycol-water mixtures, dielectric oil) and maintain stable flow--eliminating leakage risks while ensuring reliable operation.
Key Specifications
Parameter Details
Model Number OWP-BL43-440C
Power Input 24VDC (18-32VDC)
Rated Power 240W
Flow Rate 2400L/H (rated, @ 17M head); 5000L/H (max)
Max Lift Head 20M
Medium Compatibility Glycol (50-60%)+water, dielectric oil, electronic fluorinated solution
Temperature Range -40℃ to +85℃ (-40°F to +185°F) (medium/ambient, long-term); -40℃ to +70℃ (-40°F to +158°F) (storage)
Outlet Diameter 50.5mm (Flange)
Protection Ratings IP67 (waterproof per EN60529); reverse polarity, dry running, over-voltage/current/temperature/load protection
Noise Level ≤60dB
Service Life >20,000 hours (rated voltage, 36℃/86°F ambient)
Weight 2200g
Connector Model AMP282106-1 (matched plug: AMP282088-1)
Core Applications
  • Data Centers & Computing: Liquid cooling for high-performance servers (AI training, HPC), high-density blade/storage servers, all-flash arrays (AFA), supercomputers, and immersion cooling systems for large-scale GPUs.
  • Electric Vehicles (EVs) & E-Mobility: EV motor/controller cooling, battery thermal management (BMS), turbocharger intercooler circulation, and coolant circulation for electric trucks.
  • Renewable Energy & Storage: Battery energy storage (BESS) cooling, fuel cell cooling, and high-power EV charging station thermal management.
  • Industrial & Telecom: Industrial cooling systems, communication base station cooling, liquid-cooled supercharger EWP, and electric insulating oil boosting.
Competitive Advantages
  1. Reliability & Durability: Magnetic transmission prevents leaks; IP67 waterproofing and wide -40℃ to +85℃ temperature range suit harsh environments.
  2. Energy Efficiency: High-efficiency BLDC motor reduces power consumption, with a >20,000-hour service life cutting maintenance costs.
  3. Smart Control: Supports speed regulation and fault feedback signals, enabling precise flow adjustment for dynamic cooling needs.
  4. Robust Protection: Integrated safeguards (dry running, over-voltage, over-temperature) minimize downtime and extend component life.
Target Markets
The OWP-BL43-440C targets global markets including data center infrastructure, EV manufacturing, renewable energy storage, industrial cooling, and telecom equipment. It meets the growing demand for energy-efficient, high-reliability thermal management solutions in sectors prioritizing sustainability and performance.
Flow rate VS head pressure Curve
24VDC High Efficiency BLDC Water Pump for Electric Engineering Vehicles' Thermal Management System 0
Dimensions Drawing
24VDC High Efficiency BLDC Water Pump for Electric Engineering Vehicles' Thermal Management System 1
24VDC High Efficiency BLDC Water Pump for Electric Engineering Vehicles' Thermal Management System 2
Related Products

Send An Inquiry