The OWPD240LT-24-F50 is a high-efficiency brushless DC (BLDC) centrifugal pump designed for demanding liquid cooling applications. Engineered for durability, adaptability, and performance, it excels in extreme temperatures and harsh environments—making it ideal for data centers, electric vehicles (EVs), and industrial cooling systems.

1. BLDC Motor & Magnetic Transmission: Powered by a high-efficiency BLDC motor, the pump uses magnetic force transmission (shield pump structure) to transfer power without physical contact. This design eliminates leaks, reduces wear, and extends service life (over 20,000 hours).
2. Centrifugal Liquid Movement: As a single-stage centrifugal pump, it generates centrifugal force to accelerate coolant (e.g., glycol-water, dielectric oil). This force pushes liquid through the system, delivering consistent flow and pressure for effective heat dissipation.

The OWPD240LT-24-F50 supports multiple cooling methods (cold plate, immersion cooling) and compatible media (glycol, mineral oil, fluorinated liquids). Key uses include:

• Data Centers & HPC: Cooling high-performance servers (AI/HPC), dense blade servers, all-flash arrays (AFA), and large-scale GPUs.
• Electric Vehicles (EVs): EV motor/controller cooling, battery thermal management (BMS), turbocharger intercooling, and liquid-cooled superchargers.
• Energy & Industry: High-power EV charging stations, battery energy storage, fuel cell cooling, industrial cooling systems, and communication base station cooling.

• Comprehensive Protection: Features reverse polarity, dry running, over-voltage/current, and overload/over-temperature protection to prevent damage and ensure safety.
• Extreme Adaptability: Operates in -40℃ to +85℃ (-40°F to 185°F) medium/ambient temperatures (humidity ≤90%) and has an IP67 waterproof rating (per IEC 60529) for dust/water resistance.
• Efficient & Quiet: BLDC motor reduces power consumption while maintaining high efficiency; noise is controlled to ≤60dB for low-disturbance operation.
• Precise Control: Offers speed regulation and constant flow control, plus fault feedback signals for real-time system monitoring.

1. Data Center & HPC/AI: Demands for efficient cooling of AI training servers and dense computing hardware drive adoption here.
2. EV & Electric Trucks: Growth in EV battery thermal management and fast-charging infrastructure fuels demand.
3. Energy Storage & Fuel Cells: Critical for cooling battery storage systems and fuel cell stacks in renewable energy setups.
4. Industrial & Telecom: Used in industrial cooling systems and communication base stations requiring reliable, low-maintenance pumps.

Flow rate VS Head Pressure

Dimensions Drawing