Dynatron Cooling Fan/Heatsink K5
US Delivery Time: 3-5 Business Days.
Product Description
Dynatron Cooling Fan/Heatsink K5
Model
Brand: DynatronModel: K5
Spec
Type: Fan & HeatsinksFan Size: 92mm
Compatibility: LGA 1155 / 1156
Bearing Type: 2 Ball
RPM: 1000 RPM (0~20%) 1800 RPM (50%) 2500 RPM (100%)
Air Flow: 14.98 CFM (0~20%) 33.8 CFM (50%) 46.96 CFM (100%)
Noise Level: 14.7 dBA (0~20%) 22.7 dBA (50%) 29.8 dBA (100%)
Power Connector: 4 Pin
Heatsink Material: Aluminum
Physical Spec
Fan Dimensions: 92 x 25.0 mmWeight: 200g
Features
Features: Support CPU Power up to 77 Watts Screw fastener Captive Mounting Type Interference-free mounting backplate is included Pre-print thermal compound TIG830SP RoHS ComplianceFeatures of Dynatron Cooling Fan/Heatsink K5
Manufacturer Part Number:K5 Manufacturer:Dynatron Corporation Product Model:K5 Product Type:Cooling Fan/HeatsinkSpecification of Dynatron Cooling Fan/Heatsink K5
| Product Details | |
|---|---|
| Dimensions | 4.61X4.29x2.72 |
| Weight | 0.44 |
Product FAQs
Q: Is the Dynatron Cooling Fan/Heatsink K5 compatible with LGA 1155 and 1156 sockets?
Ans: Yes, the Dynatron Cooling Fan/Heatsink K5 is compatible with LGA 1155 and 1156 sockets.
Q: What is the RPM range of the fan on the Dynatron Cooling Fan/Heatsink K5?
Ans: The fan on the Dynatron Cooling Fan/Heatsink K5 has an RPM range of 1000 RPM (0~20%), 1800 RPM (50%), and 2500 RPM (100%).
Q: What is the noise level of the fan on the Dynatron Cooling Fan/Heatsink K5?
Ans: The noise level of the fan on the Dynatron Cooling Fan/Heatsink K5 ranges from 14.7 dBA (0~20%) to 29.8 dBA (100%).
Q: What is the power connector type of the Dynatron Cooling Fan/Heatsink K5?
Ans: The Dynatron Cooling Fan/Heatsink K5 has a 4 Pin power connector.
Q: Does the Dynatron Cooling Fan/Heatsink K5 come with pre-print thermal compound?
Ans: Yes, the Dynatron Cooling Fan/Heatsink K5 comes with pre-print thermal compound for easy installation.
Warning - California Proposition 65 This product may contain chemicals known to the State of California to cause cancer, birth defects, or other reproductive harm.