DC2010C05F/C12F 20×20×10mm DC Fan
Built for high-demand 20mm cooling designs, DC2010 combines a 10mm deep frame with control-ready options for easier integration into compact electronic systems.
Compared with thinner 20mm micro fans, DC2010 provides more cooling headroom for heat-dense devices, crowded layouts, and airflow-restricted structures.
Rated Voltage: 5VDC / 12VDC
Size: 20×20×10mm
Max Airflow: 1.56CFM / 0.044m³/min
Max Static Pressure: 6.16mmH₂O / 60.4Pa
Rated Speed: Up to 17000RPM
Key Specifications of DC2010 DC Fan
Compare DC2010 models by speed, airflow, static pressure, current, noise, and weight to select the right version for higher-demand compact cooling applications.
| Model | Bearing Type | Rate Voltage（VDC） | Current （A） | Speed （RPM） | Air Flow （CFM） | Static Pressure （mmH₂O） | Noise Level （dBA） | Weight （g） |
|---|---|---|---|---|---|---|---|---|
| YDH2010C05F | C | 5 | 0.15 | 17000 | 1.56 | 6.16 | 29.22 | 4.6 |
| YDM2010C05F | C | 5 | 0.08 | 12000 | 1.10 | 3.07 | 21.65 | 4.6 |
| YDL2010C05F | C | 5 | 0.03 | 6000 | 0.55 | 0.76 | 6.60 | 4.6 |
| YDH2010C12F | C | 12 | 0.05 | 17000 | 1.56 | 6.16 | 29.22 | 4.6 |
| YDM2010C12F | C | 12 | 0.04 | 12000 | 1.10 | 3.07 | 21.65 | 4.6 |
| YDL2010C12F | C | 12 | 0.03 | 6000 | 0.55 | 0.76 | 6.60 | 4.6 |
DC2010 DC Micro Fan Advantages for High-Demand Compact Cooling
Designed for applications that need more than basic small-space airflow, DC2010 combines high speed, stronger airflow, pressure support, and control-ready functions in a 20mm fan size.
10mm Deep Frame for Stronger Airflow
The 20×20×10mm structure gives DC2010 more internal depth than thinner 20mm fans, helping generate stronger airflow while keeping a compact mounting size.
Up to 17000RPM High-Speed Cooling
With speed up to 17000RPM, DC2010 supports faster air movement and stronger thermal response for compact devices with higher heat loads.
Higher Airflow in a 20mm Fan Size
DC2010 delivers up to 1.56CFM airflow within a 20mm fan frame, giving it stronger air-moving capacity than thinner micro fan designs while maintaining a compact footprint.
Control-Ready Fan Design
DC2010 can be configured with FG, RD, PWM, auto restart, and polarity protection, giving engineers more options for speed regulation, operation feedback, and fan protection.
YCCFAN DC2010 Product Overview
Understand how DC2010 combines a deeper 10mm frame, flame-retardant materials, and optional signal/control functions for demanding compact cooling designs.
DC2010 is built for compact electronic systems where thinner 20mm micro fans may not provide enough cooling capacity. Its 20×20×10mm structure keeps a small mounting footprint while giving the fan more internal depth to support higher-speed airflow generation.
With up to 17000RPM speed, DC2010 is suitable for small devices with higher heat concentration, denser internal layouts, or more restricted airflow paths. The fan uses PBT UL94V-0 flame-retardant impeller and housing materials, and supports optional FG, RD, PWM, auto restart, and polarity protection for systems that require speed feedback, fault monitoring, control, or safer operation.
DC2010 Cooling Fan Airflow & Static Pressure Performance Curve
Compare DC2010 cooling fan airflow and static pressure across speed levels to evaluate how each model performs in dense layouts, narrow vents, and restricted internal airflow paths.
DC2010 DC Fan Applications for High-Airflow Compact Cooling
For compact devices where heat is concentrated, airflow paths are tight, and fan status or speed may need to be managed as part of the system design.
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High-Heat Compact Devices
DC2010 is suitable for compact devices where internal heat exceeds what ultra-thin micro fans can handle, such as small power modules, embedded controllers, and high-density electronic assemblies.
Dense PCB Cooling with Higher Airflow Demand
For PCBs with closely arranged chips, drivers, and power ICs, DC2010 dc fan provides stronger airflow to help reduce heat buildup around concentrated board-level heat sources.
Small Devices with Restricted Air Paths
With strong static pressure performance, DC2010 can support airflow through narrow vents, compact ducts, and crowded internal structures where air resistance is higher.
Smart Cooling and Monitoring Systems
DC2010 is suitable for devices that need PWM speed control, fan status feedback, fault detection, or automatic restart protection as part of the thermal management design.
Continuous-Running Communication Terminals
DC2010 can be used in compact communication terminals, signal modules, and small network devices that operate continuously and require stronger airflow in enclosed spaces.
DC 20×20×10mm Cooling Fan Video Showcase
Watch DC2010 in operation to see its 10mm frame structure, high-speed rotation, and airflow performance for compact high-demand cooling designs.
Watch DC2010 in operation to see its 10mm frame structure, high-speed rotation, and airflow performance for compact high-demand cooling designs.
FAQs About DC2010 DC Fan
A: DC2010 should be selected when a system generates higher heat density that cannot be effectively handled by thinner 20mm micro fans. With its 10mm deeper frame and higher airflow capacity (up to 1.56CFM), DC2010 provides stronger cooling for compact but high-load electronic designs.
A: DC2010 cooling fan improves cooling efficiency through a higher-speed motor design (up to 17000RPM) combined with optimized airflow structure. This allows faster heat removal in small enclosures with limited ventilation space.
A: Yes. With up to 6.16mmH₂O static pressure, DC2010 can push air through narrow vents, dense PCB layouts, and restricted internal airflow channels. This makes it suitable for systems with high airflow resistance.
A: Yes. DC2010 supports optional PWM speed control, FG signal output, and RD feedback functions, allowing real-time fan adjustment and system monitoring in smart electronic devices.
A: DC2010 is ideal for high-density PCB systems, embedded controllers, compact power modules, and communication devices where heat is concentrated and airflow paths are limited.
A: DC2010 uses a flame-retardant PBT UL94V-0 housing and reinforced structure, combined with optional protection functions such as auto restart and polarity protection. This ensures stable operation in long-running industrial and communication environments.
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