BAZA1130B2UP002 AVC 12VDC 113x113x30mm PWM Blower Fan

Description

The AVC BAZA1130B2UP002 is a precision-engineered centrifugal blower designed for high-static pressure applications within compact chassis environments. Utilizing advanced DC motor technology, this unit delivers efficient thermal management by directing airflow at a 90-degree angle, ideal for overcoming high thermal impedance in dense workstations like the Dell Precision series. The aerodynamic volute design optimizes air velocity while minimizing turbulence-induced noise. Constructed with robust materials to ensure structural rigidity, the fan features a 4-wire PWM interface, allowing for dynamic speed modulation based on real-time thermal loads. This ensures a balance between acoustic performance and cooling efficiency, critical for maintaining component longevity in professional computing hardware.

Model Number: BAZA1130B2UP002
Brand: AVC (Asia Vital Components)
OEM Partner: Dell
Product Type: Centrifugal Blower
Rated Voltage: 12 VDC
Rated Current: 0.50 A
Input Power: 6.00 W
Dimensions: 113 x 113 x 30 mm
Bearing Type: Precision Hydraulic Bearing
Termination: 4-Wire Lead
Connector Type: 4-Pin PWM Header
Speed Control: PWM (Pulse Width Modulation)
Direction of Rotation: Counter-Clockwise
Airflow Direction: Tangential / 90 Degree Exhaust
Housing Material: PBT Synthetic Plastic (UL94V-0)
Blade Material: PBT Synthetic Plastic (UL94V-0)
Mounting Configuration: 3-Point Flange Mount
Application Compatibility: Dell Precision T3630, T3640, T3650
Operating Temperature: -10°C to +70°C
Ingress Protection: IP4X (Standard)

Designed specifically for the Dell Precision workstation series, the BAZA1130B2UP002 serves as a critical cooling component for models such as the T3630, T3640, and T3650. Its high-pressure output makes it suitable for forcing air through dense heatsinks or restricted intake channels found in professional tower chassis. The BAZA1130B2UP002 ensures stable operating temperatures for high-performance CPUs and GPUs during intensive rendering or computational tasks, preventing thermal throttling in mission-critical hardware environments.

Additional information