EURUS III Industrial Ceiling Fan
Huge Industrial Fan
The EURUS III HVLS ceiling fan incorporates advanced PMSM (technology, boasting a maximum diameter of 7.3 meters. With a focus on comprehensive disciplines like aerodynamics, transmission dynamics, and PWM control, it efficiently circulates air, enhancing environmental comfort. Constructed with high-strength materials, such as forged steel and aircraft-grade aluminum, it ensures safety and durability. The fan features a unique dovetail power blade design, inspired by bionics, providing increased air volume, wider coverage, and improved safety. Additionally, the patented jacket-type connector and aerodynamics winglet contribute to longevity, stability, and energy efficiency. The control system, utilizing Schneider electrical sets and a German brand control cabinet, emphasizes safety and protection. The PMSM motor technology sets EURUS III apart, delivering a stable air volume surpassing market standards by 30%, earning acclaim for its performance and efficiency.
.png)
.png)
.png)
.png)
.jpg)
PMSM Motor
EURUS III adopts PMSM (permanent magnet synchronous motor) technology, unique external rotor high torque design, compared with the traditional asynchronous motor, eliminating the frictional energy consumption of the gearbox, the maximum torque of 300N.m, while the greater advantage is that it can output a more stable air volume, making EURUS III full load air volume reached 888000m³/h, which exceeds the air volume of common products in the market by more than 30%, and has been highly evaluated by the market once it was launched.
.png)
Control System
Yunzhi Controller is specifically designed and tuned for HVLS fans.It is also an integrated controller with a variety of advantages such as elegant appearance, user-friendly, and energy-saving. Moreover,It can be linked to systems such as on-site BMS or fire alarms via multiple open wiring ports. The following further functions & features can be archieved by working with the KALE FANS Smart platform:
1.Individual/Group Management of fans includes Run/Stop, Speed adjustment and so on;
2.There is no limit to the number of fans that can be controlled;
3.Diverse functions: Timing Function(countdown/daily/weekly), Temperature and Humidity control;
4.Improvement of Fan management efficiency & Reduction in management costs.
.jpg)
Dovetail Power Fan Blade
Advantage 1: Safety Structure Design
Advantage 2: More air volume and wider range
Advantage 3: Higher air layer The dovetail blade design is inspired by bionics and is the result of in-depth hydrodynamic optimization.
.jpg)
Connector for Fan Blade
KALE unique patented jacket-type connector adopt three cold forging process + magnetic force grinding process + anodic oxidation process, aviation hard aluminum 7050 aging heat treatment, certificated by the national quality inspection center, it bears more than millions of times of fatigue experiment, completely solve the break and drop problem caused by long time running!
Parameter:
Model
Size
Air Volume
Max Speed
Fan Weight
Power
Full Load Current
Noise Level
HVLS-D6AAA73
24ft (7.3m)
15550m³/min
54 RPM
124kg
1.5kW
4.9Amps/220V
<40.0 dB (A)
HVLS-D6AAA61
20ft (6.1m)
14650m³/min
62 RPM
120kg
1.1kW
4.4Amps/220V
<40.0 dB (A)
HVLS-D6AAA55
18ft (5.5m)
13800m³/min
68 RPM
112kg
1.0kW
4.2Amps/220V
<40.0 dB (A)
HVLS-D6AAA49
16ft (4.9m)
12670m³/min
76 RPM
108kg
1.0kW
4.2Amps/220V
<40.0 dB (A)
Installation Condition:
We possess a skilled engineering team specializing in electricity, mechanics, and architecture. This team is dedicated to providing the most rational installation plans for various structures based on stress analysis. Our expertise extends to the installation of fans in structures that meet the necessary qualifications.
Key Features:
1. Tailoring installation plans to suit individual needs.
2. Utilizing well-equipped life trucks for efficient installations.
3. Applying rich experience to debug levels, heights, and balance.
4. Conducting dynamic balance tests to ensure steady operation.
5. Implementing fasteners with torque standards for optimal fastening.
6. Executing a concise and scientifically sound installation process.