Zyvpee
Zyvpee DBTD1551B8U 172*51mm 48V 2.16A 4-pin PWM case fan
A 170 mm case fan with dual ball bearing, 48 V PWM control and 2.16 A draw in a 172 × 51 mm frame
- TypeCase Fan
- CompatibilityCase
- Fan Size170mm
- Bearing Type2 Ball
- Power Connector4 Pin
- ColorBlack
- High airflow from 170 mm blade diameter
- Precise speed control via 4-pin PWM connector
- Long service life with dual ball bearing
- Direct 48 V DC input eliminates adapter need
- Deep 51 mm frame suits high-static-pressure builds
48 V PWM axial fan for power equipment
This Zyvpee DBTD1551B8U is a 170 mm DC axial fan built for 48 V systems. It draws 2.16 A through a standard 4-pin PWM connector. The 2-ball bearing supports continuous operation in industrial power supplies or inverter units.
Suits 48 V rack gear; not for desktop headers
Technicians maintaining 48 V power shelves or inverter chassis can mount this 172 x 51 mm frame directly. Builders assembling standard ATX computers should look elsewhere because the voltage and current rating do not match motherboard fan headers.
48 V 2.16 A input decides fit
The single specification that determines compatibility is the 48 V 2.16 A power requirement. Only systems supplying that exact voltage and current through a 4-pin PWM header can drive this fan correctly.
จุดเด่น
- High airflow from 170 mm blade diameter
- Precise speed control via 4-pin PWM connector
- Long service life with dual ball bearing
- Direct 48 V DC input eliminates adapter need
- Deep 51 mm frame suits high-static-pressure builds
ข้อมูลจำเพาะ
| Series | DBTD1551B8U |
|---|---|
| Model | DBTD1551B8U |
| Type | Case Fan |
| Compatibility | Case |
| Fan Size | 170mm |
| Bearing Type | 2 Ball |
| Power Connector | 4 Pin |
| Color | Black |
| LED | Non-LED |
| Features | DC axial fab |
| Dimensions | 172*51mm |
คำถามเกี่ยวกับสินค้านี้
How do I choose between the 48 V 2.16 A version and other voltage options?
This model is the only one listed; it runs on 48 V DC at 2.16 A with a 4-pin PWM connector and 2-ball bearing.
What does the 2.16 A current draw mean once the fan is installed?
The fan will draw up to 2.16 amps from a 48 V rail, so the supply or inverter must deliver that current continuously.
What does the 4-pin PWM interface control in practice?
The fourth pin carries a PWM signal that lets the motherboard or controller vary the fan speed dynamically.
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