Description
The Delta BUB0712HHDA01-7JR is a high-performance centrifugal blower engineered for thermal management in space-restricted electronics. Featuring a brushless DC motor and a precision dual ball bearing system, this unit delivers exceptional longevity and operational stability under continuous loads. The aerodynamic volute design maximizes static pressure, allowing the fan to effectively push air through dense heatsink fins and high-impedance pathways. Equipped with a 4-wire PWM interface, it supports dynamic speed control to optimize the balance between thermal dissipation and acoustic output. The robust thermoplastic housing is rated UL94V-0, ensuring structural rigidity and fire safety in demanding industrial and consumer applications.
Model Number: BUB0712HHDA01-7JR
Brand: Delta Electronics
Product Type: Centrifugal Blower
Rated Voltage: 12 VDC
Operating Voltage Range: 7.0 – 13.2 VDC
Rated Current: 0.62 A
Power Input: 7.44 W
Rated Speed: 4800 RPM (Nominal)
Bearing Type: Dual Ball Bearing
Max. Air Flow: 13.45 CFM (22.85 m³/h)
Max. Static Pressure: 18.5 mmH₂O (181 Pa)
Dimensions: 75 x 75 x 30 mm
Weight: 110 g
Noise Level: 49.5 dBA
Termination: 4-Wire (PWM Control)
Connector Type: 4-Pin Proprietary (Dell/AIO Standard)
Housing Material: PBT Plastic (UL94V-0)
Impeller Material: PBT Plastic (UL94V-0)
Operating Temperature: -10°C to +70°C
Life Expectancy: 70,000 Hours at 40°C
Safety Protection: Locked Rotor Protection, Polarity Protection
The BUB0712HHDA01-7JR is specifically designed for integrated computing environments, such as All-in-One (AIO) PCs and compact workstations where vertical clearance is limited. Its lateral airflow discharge makes it an ideal solution for cooling CPU heatsinks in slim chassis designs. Additionally, the BUB0712HHDA01-7JR is frequently deployed in projection equipment and industrial automation systems requiring reliable, high-pressure air delivery to prevent component overheating.
Updated:
Additional information
| Shipping Weight | 1 kg |
|---|
Reviews
There are no reviews yet.