Product details
HTF-180 Tangential Fan | 180mm | Cross Flow | HARBAX
The HARBAX HTF-180 Tangential Fan is a high-efficiency cross-flow fan designed for HVAC and refrigeration applications requiring uniform and consistent airflow. With its 180mm length and compact structure, it is ideal for use in indoor units, air curtains, display cabinets, and other ventilation systems.
This fan features an aluminum impeller with thin blade design, ensuring high airflow output with low noise and energy consumption. Its corrosion-resistant construction and self-lubricating motor bearings provide long service life and reliable performance in demanding environments.
Designed for professional applications, the HTF-180 delivers efficient air distribution and stable operation across a wide range of cooling and ventilation systems.
Key Benefits
High airflow output for efficient air distribution
Compact 180mm design for space-saving installation
Aluminum impeller with thin blades for better performance
Corrosion-resistant construction for durability
Self-lubricating motor bearings for long life
Low energy consumption and high efficiency
Lightweight design for easy installation
Specifications
Brand: HARBAX
Model: HTF-180
Product Type: Tangential / Cross Flow Fan
Fan Length: 180 mm
Impeller Material: Aluminum
Performance
Load Speed: 1150 RPM
Power Consumption: 15.5 W
Current: 0.12 A
Construction
Stator Thickness: 15 mm
Design: Thin blade impeller
Bearing Type: Self-lubricating
Applications
Air conditioning indoor units
Fan coil units (FCU)
Air curtains
Display refrigerators and cabinets
Ventilation systems
HVAC air distribution systems
FAQs
What type of fan is this?
It is a tangential (cross-flow) fan designed for uniform airflow distribution.
Where can this fan be used?
It is used in HVAC systems, fan coil units, air curtains, and display refrigeration units.
What is the fan length?
The fan length is 180 mm.
Is it energy efficient?
Yes, it is designed for low energy consumption with high efficiency.
Does it require maintenance?
It uses self-lubricating bearings, which reduce maintenance requirements.
