Aprašymas

"LC-Power LC850P2 V3.1. Total power: 850 W, AC input voltage: 100 - 240 V. Motherboard power connector: 20+4 pin ATX. Purpose: PC, Power supply unit (PSU) form factor: ATX, 80 PLUS certification: 80 PLUS Platinum. Width: 180 mm, Depth: 150 mm, Height: 86 mm. Package width: 310 mm, Package depth: 225 mm, Package height: 115 mm"\n"850 watts & an improved 135 mm fan
The fully modular Platinum Pro series power supply LC850P2 V3.1 offers an impressive output of 850 watts and is therefore a powerful power supply solution – even for demanding PC systems.

Equipped with an improved 135 mm high-pressure fan, it ensures efficient cooling and reliable, quiet operation, even under extreme conditions.

80 PLUS PLATINUM certification
The 80 PLUS PLATINUM power supply LC850P2 V3.1 is the ideal model for extremely powerful gaming PCs and other demanding applications. With an efficiency of over 92 % at 50 % load, it offers outstanding energy savings and is therefore the ideal choice for modern high-end systems. The power supply units of the Platinum Pro series guarantee first-class performance and maximum reliability even under high loads.

80 PLUS PLATINUM certification
The 80 PLUS PLATINUM power supply LC850P2 V3.1 is the ideal model for extremely powerful gaming PCs and other demanding applications. With an efficiency of over 92 % at 50 % load, it offers outstanding energy savings and is therefore the ideal choice for modern high-end systems. The power supply units of the Platinum Pro series guarantee first-class performance and maximum reliability even under high loads.

Japanese capacitors
Thanks to the use of high-quality Japanese capacitors, the LC850P2 V3.1 delivers consistently stable performance even under full load. The high quality of these components reduces the risk of failure to a minimum, even during continuous operation.

Fan control technology
With temperature-dependent fan speed control, the LC1000P2 V3.1 optimizes the system all by itself. At cooler temperatures, it knows that less speed is required and therefore consumes less. At warmer temperatures, it can increase the speed in order to cool the system down optimally."