The OWP-BL93-201 Electric Coolant Pump is engineered as a core component for laser cutting chillers, delivering consistent fluid circulation to maintain optimal operating temperatures of laser cutting equipment. With a robust design integrating permanent magnet brushless technology and IP68 waterproof protection, this pump ensures reliable performance in industrial environments while minimizing energy consumption and operational noise. It is specifically optimized to handle the demanding cooling requirements of laser cutting systems, supporting stable laser output and extending equipment lifespan.
| Parameter | Details |
|---|---|
| Power Input | 12VDC (9-16VDC) |
| Rated Power | 100W |
| Rated Flow Rate | 1800L/H @ H=8M |
| Maximum Flow | 2800L/H |
| Maximum Lift Head | 11M |
| Compatible Media | Glycol (50-60%) + water, dielectric oil, electronic fluorinated solution |
| Medium Temperature Range | -40℃ to 85℃ |
| Outlet Diameter | 20mm |
| Speed Regulation | Fixed speed |
| IP Grade | IP68 |
| Noise Level | ≤45dB |
| Service Life | >20000 hours |



The OWP-BL93-201 Electric Coolant Pump is specifically designed to meet the cooling demands of laser cutting chillers, where stable flow rate and temperature control are paramount. Its 1800L/H rated flow rate and 11M maximum lift ensure efficient circulation of cooling media (including glycol-water mixtures and dielectric oils) to dissipate heat generated by laser resonators and cutting heads. The pump’s compatibility with media temperatures ranging from -40℃ to 85℃ adapts to varying industrial environments, while its IP68 waterproof rating allows for installation in humid or submerged conditions. For laser cutting equipment, the pump’s low noise operation (≤45dB) maintains a quiet workplace, and its closed impeller design ensures consistent performance that directly impacts cutting precision by preventing laser overheating. The model OWP-BL93-201’s combination of high efficiency, long service life, and maintenance-free operation makes it an ideal choice for fiber laser, CO2 laser, and ultrafast laser cutting systems, supporting continuous industrial production with minimal intervention.