About Nicotra Forward Curved Centrifugal Fan ADH 280 R
Nicotra Forward Curved Centrifugal Fan ADH 280 R
Product Benefits
Performance certified is for installation type B - free inlet, ducted outlet. Power rating (kW) does not include transmission losses. Performance ratings do not include the effects of appurtenances (accessories)
Nicotra Gebhardt S.p.A certifies that the fan shown herein is licensed to bear the AMCA Seal. The ratings shown are based on tests and procedures performed in accordance with AMCA Publication 211 and comply with the requirements of the AMCA Certified Ratings Program. The AMCA Certified Ratings Seal applies to air performance ratings only
ADH E and ADH G2E series
- Sizes 0160 up to 0560
- Scroll of galvanesed sheet steel with standing seam
- Straight cut off
- New cylindrical impeller with forward-curved blade geometry
- Galvanised shaft
- Pressure up to 2.200 Pa
ADH and ADH G2 Series
- Sizes 0630 up to 1000
- Lap jointed scroll of galvanized sheet steel with Pittsburgh-Seam and V-cut off
- Pressure up to 1.800 Pa
Durable Design for Demanding ApplicationsCrafted from galvanized sheet steel with a pressed steel fan housing, the Nicotra ADH 280 R is engineered for longevity, assured by sealed-for-life ball bearings and robust insulation. Its IP54 rating enhances protection against dust and moisture, making it an ideal choice for industrial air circulation and HVAC systems. The grey finish provides a professional aesthetic suitable for installation in various environments.
Flexible Performance with High EfficiencyThis centrifugal fan offers a flow rate of up to 1800 m/h and a maximum pressure of 500 Pa. Operating at a motor speed of 1400 RPM with a power consumption of only 0.37 kW, it strikes the right balance between power and efficiency. Its wide operating temperature range (-20C to +60C) allows installation in both moderate and challenging climates, ensuring reliable performance year-round.
FAQs of Nicotra Forward Curved Centrifugal Fan ADH 280 R:
Q: How is the Nicotra Forward Curved Centrifugal Fan ADH 280 R typically installed?
A: This fan is designed for direct mounting, making it straightforward to integrate into HVAC systems, air handling units, and industrial ventilation setups. Its compact dimensions (395 x 324 x 276 mm) allow flexible installation, even in restricted spaces.
Q: What applications are most suitable for this centrifugal fan?
A: The ADH 280 R is ideal for HVAC systems, commercial ventilation, industrial air circulation, and air handling units. Its performance and robust construction support use in demanding settings such as factories, commercial buildings, and air treatment facilities.
Q: When should the fan be maintained or serviced?
A: The fan uses sealed-for-life ball bearings, reducing the need for regular lubrication or servicing. In normal conditions, minimal maintenance is required, but routine inspections for dust accumulation or unusual noise are recommended for longevity.
Q: Where is this fan manufactured and supplied from?
A: Nicotras ADH 280 R centrifugal fan is manufactured, exported, supplied, and traded in India, ensuring reliable availability and support across the region.
Q: What is the process for integrating this fan into an air handling unit?
A: Integration involves directly mounting the fan within the air handling units framework, connecting electrical supply (three-phase, 230 V, 50 Hz), and ensuring proper duct alignment for optimal airflow. Refer to installation manuals for specific wiring and mounting instructions.
Q: What are the key benefits of using this model?
A: Benefits include high airflow with controlled noise (up to 68 dBA), long operational life (approx. 10 years), minimal maintenance due to sealed bearings, and sturdy galvanized construction that ensures durability in challenging industrial environments.
Q: How does the insulation class and IP rating contribute to its performance?
A: Insulation Class F allows higher temperature operation, while the IP54 rating protects against particulate and water ingress. Together, they ensure the fan can operate reliably across a variety of environments and temperature ranges without risk of electrical failure.