Specification Sheet

Opmised for stac pressure
Ideal choice on heatsinks, radiators and (partly-) covered case vents
Newly developed, very quiet motor
Wide RPM range
Extended life span
High Quality Bearing
PWM Sharing Technology (PST) regulates fan speed synchronously
Push- or pull-conguraon
P8 PWM PST CO
The P8 PWM PST CO is a 80 mm fan with PWM PST connectors. It features completely redesigned fan blades and is opmised for high stac pressu-
re. Thanks to this, it is especially eecve when used on heatsinks and in situaons with higher air resistance. With its japanese dual ball bearing, the
P8 PWM PST CO is opmised for connous operaon. The wide RPM range from 200 to 3.000 RPM can be regulated seamlessly and synchronously
with other fans thanks to ARCTIC‘s PWM Sharing Technology (PST). The newly developed motor with a low coil temperature signicantly increases
the life span of the fan. Therefore we have extended the warranty to 10 years.
Designed by ARCTIC
Pressure-opmised 80 mm Fan with PWM PST for Connuous Operaon
Specifications
Fan 80 mm, 3.000 RPM
Airflow 23.4 CFM/40.3 m³/h (@ 3.000 RPM)
Static Pressure 1.9 mm H
2
O (@ 3.000 RPM)
Noise Level 0.3 Sone (@ 3.000 RPM)
Bearing Dual Ball Bearing
Current/Voltage 0.09 A/+12 V DC
Connector
4-pin Connector + 4-pin Socket
Dimensions 80 (L) x 80 (W) x 25 (H) mm
Weight 78.5 g
Opmised for Stac Pressure
During the development of the new P8 PWM PST CO, special
emphasis was placed on a focused airstream and thus a high
stac pressure. The fan guarantees extremely ecient cooling,
even with increased air resistance. Therefore, the P8 PWM PST
CO is parcularly suitable for use on heatsinks and radiators.
More Ecient Technology
The motor is powered by a Neodym-Iron-Boron-Magnet ring
of the newest generaon, which allows the new P8 PWM PST
CO to run much more eciently than its predecessors.
This saves energy and lowers the coil temperature without
comprimising the performance.
P8 PWM PST CO
Power Consumpon
0.09 A @ 3.000 RPM
0.16 A @ 2.000 RPMF8 PWM PST CO

Summary of content (2 pages)