As high‑power electrification advances, thermal management has become critical to the safety, performance, and service life of electric vehicles, commercial vehicles, fuel cell systems, and high‑power on‑board cooling systems. High‑power batteries, motors, inverters, and stacks release intense heat during operation, requiring higher cooling capacity, stability, intelligence, and durability. Traditional pumps often suffer from insufficient flow, unstable performance, weak protection, and short lifespan, threatening thermal safety. The EPL160M‑00 (EP510) is a professional liquid cooling pump designed for high‑power thermal management, delivering reliable performance to support stable and safe system operation.
Built for high flow and high head, the EPL160M‑00 provides 30L/min@13m rated flow and head, with a maximum flow of 60L/min and maximum head of 13.2m. It circulates coolant efficiently, removes heat rapidly, maintains optimal component temperatures, and eliminates overheating risks in high‑power systems.
It operates on 24V DC with a wide voltage range of 16–32V DC, rated power ≤165W, max power 200W, and speed range 1000–6000rpm. This design balances strong cooling and high energy efficiency, reducing power consumption and improving vehicle endurance.
Constructed from PPS+40%GF and die‑cast aluminum (ADC12), the pump features IP67 protection, Class H insulation, and strong resistance to dust, water, vibration, and corrosion. It works reliably in harsh environments and runs quietly at ≤50dB(A) for better NVH performance. With a ≥15,000-hour lifespan, it greatly reduces maintenance and replacement costs.

The pump supports PWM precision speed control with 1% resolution and includes full protection: idling, locked‑rotor / over‑current, over‑temperature, over / under‑voltage, and reverse connection protection. It provides real‑time fault feedback via PWM for system monitoring and early warning.
Combining high flow, high head, high efficiency, low noise, IP67 protection, long life, and intelligent control, the EPL160M‑00 is ideal for high‑power EVs, commercial vehicles, fuel cells, and on‑board cooling systems, offering stable, efficient, and safe core power for liquid cooling circulation.