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YUTEC 024VDC 048VDC 133mm 92motor Double inlet blower fan
- Fan model: YUTEC-D133DC92-024U-G02;YUTEC-D133DC92-048U-G02
- Rated Voltage: 024VDC;048VDC
- Rated Current: 6A; 3A
- Rated Power: 144W
- Rated Speed: 1780RPM
- Air Flow: 750M3/H
- Air Pressure: 500Pa
- Noise Level:62dBA
- Frequency: 50/60 Hz
- Weight:3.3KG
- Brand: YUTEC
Description
Dimensional drawing:
Performance Curve:
Connection Diagram:
Description:
This DC double inlet blower fan features a 133mm impeller diameter and 92mm motor diameter, available in 24V and 48V DC versions. It delivers strong airflow, high static pressure, and stable performance for efficient ventilation and heat dissipation. Designed with low noise, low power consumption, and smooth operation, it ensures reliable long-term use. The double inlet structure enhances airflow balance and cooling uniformity. Ideal for electrical cabinets, inverters, automation equipment, and ventilation systems, it combines compact structure, easy installation, and high efficiency for various industrial applications.
Specifications：
Brand Name | YUTEC |
Impeller Material | Galvanized Metal Sheet |
Motor Type | BLDC External Rotor Motor |
Type of Protection | IP44 |
Insulation Class | Class B |
Speed Control | 0-10VDC/PWM |
Bearing | Ball Bearing |
Signal Output | FG |
Life Expectance | 50,000 Hours |
Electrical Protection | Locked Rotor Protection |
Reverse Polarity Protection | |
Over Voltage Protection | |
Soft Start |
Competitive Advantage:
1. Higher Airflow Volume
DC double inlet blower fans draw air from both sides, providing significantly larger airflow than single-inlet models. This dual-inlet design boosts ventilation efficiency, making them ideal for equipment that needs strong heat dissipation and high air volume. Stable performance under 24V or 48V DC power ensures consistent airflow for large cooling systems, cabinets, and industrial machinery.
2. Balanced and Stable Operation
With air entering symmetrically from two sides, the fan runs with better dynamic balance, reducing vibration and stress on bearings. This balanced structure extends service life and improves overall stability. Even during long-hour continuous operation, the fan maintains smooth performance, protecting surrounding components and enhancing equipment reliability.