From among the huge choice of fans from 0.1 to 2000 kW that it provides, with ACOVENT, AIR VISION proposes a range with an excellent quality-price ratio, consisting of strong construction, welded, extremely flexible and built on a standardized base. Air Vision selects the right fan corresponding to the specifications submitted, taking into account both economic criteria such as investment and operating costs, and also technical criteria such as reliability, longevity and energy efficiency, which are important issues for decision makers.

Presentation Acovent

 

CTR-CTA

Fans designed for high flows with lower pressure. Available in single or double inlet. Flow up to 400.000 m³/h and with a pressure up to 3000 Pa.

Impeller CTR is designed with straight backward blades.

Impeller CTA is designed with backward curved Airfoil blades with high efficiency.

 

The fans of the CTA – CTR series are high efficiency centrifugal fans for low pressures in flat-blade backward inclined (CTR) and airfoil (CTA). They were specifically designed for conveying clean or slightly dusty air and can be run both single and double inlet. These fans find their main application in the civil air conditioning systems, dust collection systems, drying cabins, in painting systems, boilers and furnaces. One of the main characteristics of these series is the sturdy electro-welded construction, made of thick plates and reinforced as required, which guarantees minimum noise and the absence of vibrations and pulsations.

The fans of the CTA – CTR series are manufactured in 24 sizes with impeller from 318mm to 2400mm in diameter. All the fans are built in fixed execution; from the size “150” onwards are supplied unassembled with the case divided to allow the transport. The impellers are statically and dynamically balanced with electronic equipment in compliance with ISO N.1940 Class G = 2.5.

 

CTC-NFR

Fans designed for flows with middle pressure. Available in single or double inlet. Flow up to 250.000 m³/h and with a pressure up to 6000 Pa.

Impeller NFR and CTC are designed with backward curved blades.

 

The fans of the CTC series – NFR – NFL are centrifugal fans with backward curved blades (CTC) or backward flat (NFR-NFL) medium pres double inlet specially designed for conveying clean or slightly dusty air with flow rates up to 1,000,000 m3/h and a pressure up to 8,000 Pa. These fans find their main application as pneumatic conveying, air curtains, liquid agitators and cooling or glass tempering. What distinguishes the CTC series is the possibility to mount 2 different types of impeller, standard or self-cleaning depending on the amount of dust present in the fluid on one spiral thus reaching the highest levels of standardization and functionality. One of the main features of these series is the robust construction with strong electro performed appropriately reinforced metal sheets that ensure minimum noise and the absence of vibrations and pulsations.

The fans of the CTC series – NFR – NFL are built in 19 sizes with impellers from 400 mm to 2500 mm in diameter, the size 1600 onwards, the fans are supplied with case divided into two or more parts to be able to effect the transport. The impellers are statically and dynamically balanced with electronic equipment in compliance with ISO N.1940 Class G = 2.5.

 

CTD-NFD-NFE

Fans designed for flows with high pressure. Available in single or double inlet. Flow up to 250.000 m³/h and with a pressure up to 17000 Pa.

Impeller CTDNFDNFE are designed with backward curved blades.

 

The fans of the  series CTD, NFD and NFE are centrifugal fans with backward curved blades at high pressure both simple and double inlet specially designed for conveying clean or slightly dusty air with flow rates up to 350,000 m3/h and a pressure up to 20.000 Pa . These fans find their main application as fans for combustion air, for pneumatic transport, air curtains, liquid agitators and cooling or glass tempering. What distinguishes the CTD series is the possibility to mount 2 different types of impeller, standard or self-cleaning depending on the amount of powder present in the fluid on one spiral reaching the highest levels of standardization and functionality in this way. One of the main features of these series is the robust construction with strong electro performed appropriately reinforced metal sheets that ensure minimum noise and the absence of vibrations and pulsations.

The fans of the CTD series – NFD – NFE are built in 21 sizes with impellers from 315 mm to 2500 mm in diameter, the size 1600 onwards, the fans are supplied with case divided into two or more parts to be able to effect the transport. The impellers are statically and dynamically balanced with electronic equipment in compliance with ISO N.1940 Class G = 2.5.

 

NFEA-NFDA-CTT-CTMR

Fans designed for flows with dust content, fibers or solids. Flow up to 250.000 m³/h and with a pressure up to 10000 Pa.

Impeller NFEA and NFDA are designed with backward straight blades.
Impeller CTT and CTMR are impellers with straight blades.

 

The fans of the CTT – CTMR series are centrifugal fans with radial blades (with or without cone) specially designed for conveying air or gas containing powders, granular materials and long fibers. These fans find their main application in the dust suppression equipment, for fumes aspiration or acid vapors. What distinguishes the CTT series – CTMR is the possibility to mount three different types of impeller in a single spiral thus reaching the highest levels of standardization and functionality. One of the main features of these series is the robust construction with strong electro performed appropriately reinforced metal sheets that ensure minimum noise and the absence of vibrations and pulsations.

The series of CTT – CTMR fans are built in 24 sizes with impeller from 400mm to 2500mm in diameter. All fans are build in fixed execution. From size “1600” onwards, the fans are supplied with case divided to allow the transport. The impellers are statically and dynamically balanced with electronic equipment in compliance with ISO N.1940 Class G = 2.5.