Nova Series Air Cooler

NT620

NOVA NT620 LCP PRO BK

A flagship twin-tower air cooler with six 6 mm heatpipes, a blacked-out fin stack, and two R25 LCP PRO 120 mm fans built for high-load desktop processors.

280WCooling Class

6 x 6 mmHeatpipes

2 x R25Fans

158.5 mmHeight

Flagship air cooling, built around real thermal mass. Dual towers. Dual R25 LCP PRO fans. Six heatpipes.

Thermal Architecture

Designed for sustained high-wattage CPU loads.

NT620 combines dense black fin stacks, bidirectional heatpipe behavior, and high-pressure R25 airflow to move heat out of the socket area with control.

Twin-Tower Structure

Two dense fin stacks for high thermal capacity.

The dual-tower layout expands heat-dissipation area while keeping airflow paths direct through each fin stack for modern high-core-count CPUs.

6 x 6 mm Heatpipes

Bidirectional heat transfer from the copper base.

Six black-coated heatpipes draw heat from the CPU contact area and distribute it into both towers for lower resistance under broad input loads.

Dual R25 LCP PRO Fans

Flagship 120 mm airflow from both towers.

Two R25 LCP PRO fans use LCP blades, dual ball bearings, and three PWM profiles to balance high static pressure, airflow, and acoustic control.

Turbo3000 RPM +/-10%

Airflow: 131.32 CFM
Pressure: 6.55 mm-H2O
Noise: 45.56 dBA

Performance2400 RPM +/-10%

Airflow: 104.54 CFM
Pressure: 4.64 mm-H2O
Noise: 39.81 dBA

Hybrid1600 RPM +/-10%

Airflow: 70.38 CFM
Pressure: 2.15 mm-H2O
Noise: 29.6 dBA

Three PWM Profiles

Select the output that fits the thermal load.

Turbo pushes maximum heat removal, Performance balances speed and acoustics, while Hybrid keeps daily loads controlled at a quieter operating point.

Fin Insertion Process

Through-fin and folded-fin reinforcement.

The fin stack uses a through-fin plus folded-fin process to tighten heatpipe contact, improve structural strength, and increase usable dissipation area.

NT620 mounting base and heatpipe contact area

Anti-bending

High strength bending resistance.

Prevent product deformation caused by long-distance transportation and deformation caused by gravity for a long time when the machine is installed horizontally.