Product Parameters:
Model: AS240 - L
Material: Aluminum
Interface type: G1/4 thread
Size: 277mm*121mm*30mm
Waterways: 12
Pressure test: 0.2Mpa
Color: Black
Inlet and outlet size: 11.8mm*18mm (inner diameter * outer diameter)
Surface treatment: Baking paint
Production Process: High temperature integrated solder
Fan diameter: 120mm (2 PCS)
Weight: About 0.50KG(including packaging)
Application: Computer CPU water cooling, Industrial frequency conversion driver, Laser head cooling, Industrial control cabinet cooling
Core,selling point
1. 240mm dual-fan radiator format doubles cooling airflow versus single-fan units, providing balanced high-capacity heat dissipation for mid-power fiber lasers, industrial automation cabinets, and medical imaging systems requiring consistent thermal management.
2. 12-tube internal core with dense zig-zag fin array maximizes coolant contact surface and heat exchange efficiency, efficiently removing waste heat from laser resonators, IGBT modules, and high-power electronics under continuous production duty cycles.
3. Dual G1/4 brass threaded ports enable reliable leak-free connection to industrial chiller loops, water cooling plates, and pump-reservoir systems using standard fittings, simplifying circuit design and enabling quick field installation for OEM integrators.
4. Uniform matte black anodized finish provides superior corrosion resistance and thermal emissivity in harsh workshop and data center environments, maintaining long-term stable heat rejection performance despite dust, humidity, and temperature variation.
5. Six pre-drilled mounting holes support two 120mm fans with flexible push-pull configuration, while the compact 2-fan footprint fits standard 19-inch server racks, laser machine cabinets, and control enclosures to save valuable installation space.
6. Precision vacuum brazed construction ensures uniform fin-tube bonding and leak-proof sealing, delivering long service life and reliable 24/7 operation for semiconductor manufacturing support equipment, energy storage systems, and laser processing lines.
