CJPF CJPF/ATEX
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CJPF CJPF/ATEX HIGH AIRFLOW VENTILATION UNITS WITH HIGH EFFICIENCY PLUG FANS · ALUMINIUM PROFILE STRUCTURE · HIGH ENERGY EFFICIENCY · PREFINISHED SHEET CONSTRUCTION · EASY CHANGE OF AIR DIRECTION · ACOUSTIC CASING WITH A THICKNESS OF 25 MM VENTILATION UNITS WITH HIGH F

CJPF series fans are especially recommended for extracting and supplying air in areas with stringent soundproofing requirements, thanks to their acoustic casing made with high quality materials. Its cubic design facilitates adapting to the installation by modifying the fan air outlet as needed. Interchangeable covers to supply air on either side. Silentblocks to prevent transmitting vibrations and for properly anchoring the unit.

ENERGY SAVINGS The inlet is equipped with guide vanes to prevent the air flow from swirling, which, together with a dynamic pressure balance chamber, optimise the efficiency of the unit. Guide vanes that prevent the air flow from swirling and increase efficiency. All the covers are interchangeable, which provides this unit with exceptional versatility, allowing to supply air in any direction. Also, the covers can be easily removed to access the inside for cleaning the impeller and conducting maintenance. The covers of this unit are made of prefinished sheet and the structural profiles are...

SOLUTIONS COMPLIANT WITH THE ATEX DIRECTIVE: MAXIMUM SAFETY AND QUALITY An ATEX zone is an area containing a mixture of air and flammable gas, flammable liquid vapour, combustible liquid mist or combustible dust, which if ignited, will cause an explosion. Many situations exist that may require specific types of fans that are suitable to operate in these explosive atmospheres. The construction of SODECA's equipment for ATEX is based on a non-sparking fan, powered by an electric motor that is compliant with the requirements of the most stringent standards. SODECA guarantees the quality of its...

All the covers are interchangeable, allowing to supply air in any direction IN-LINE VENTILATION UNITS WITH A HIGH EFFICIENCY PLUG FAN EFFICIENCY OF THE UNIT Its inlet and dynamic pressure balance chamber optimise the efficiency of the unit

Large airflow ventilation units with high efficiency Plug Fan Large airflow ventilation units equipped with Plug Fan type fan and acoustic casing with interchangeable covers for easy installation. Fan: • Aluminium profile structure. • Covers with a high quality, 25 mm thick acoustic casing made of prefinished sheet. • Backward curved impeller. • Standardised inlet and outlet flanges allowing for easy installation in ducts. • Interchangeable covers to supply air on either side. • Air inlet nozzle with diffusers that increase the efficiency of the fan. • Silentblocks to avoid the transmission...

Acoustic characteristics The indicated values are determined by measuring the sound pressure level and sound power in dB(A) obtained in a free field at a distance equivalent to twice the size of the fan plus the impeller diameter, with a minimum of 1.5 m. Sound power spectrum Lw(A) in dB(A) per Hz frequency band 63 125 250 500 1000 2000 4000 8000

Characteristic curves Q= Flow rate in m³/h, m³/s and cfm Pe= Static pressure in mm H₂O, Pa and inwg

CJPF/ATEX Large airflow ventilation units with high efficiency Plug Fan, with ATEX certification Large airflow ventilation units equipped with Plug Fan type fan, acoustic casing with interchangeable covers for easy installation and ATEX certification. Fan: • Aluminium profile structure. • Covers with a high quality, 25 mm thick acoustic casing made of prefinished sheet. • Backward curved impeller. • Standardised inlet and outlet flanges allowing for easy installation in ducts. • Interchangeable covers to supply air on either side. • Air inlet nozzle with diffusers that increase the...

Technical characteristics Installed Maximum Sound Approx. weight power flow rate pressure level1 (Kg) 1 Radiated sound pressure level in dB(A) at 1,5 m distance at 50% of full speed. Speed (r/min) Maximum admissible current (A) Acoustic characteristics The indicated values are determined by measuring the sound pressure level and sound power in dB(A) obtained in a free field at a distance equivalent to twice the size of the fan plus the impeller diameter, with a minimum of 1.5 m. Sound power spectrum Lw(A) in dB(A) per Hz frequency band

Characteristic curves Q= Flow rate in m³/h, m³/s and cfm Pe= Static pressure in mm H₂O, Pa and inwg

HEADQUARTER Sodeca, S.L.U. Pol. Ind. La Barricona Carrer del Metall, 2 E-17500 Ripoll Girona, SPAIN Tel. +34 93 852 91 11 Fax: +34 93 852 90 42 General sales: comercial@sodeca.com Export sales: ventilation@sodeca.com PRODUCTION PLANT Sodeca, S.L.U. Ctra. de Berga, km 0,7 E-08580 Sant Quirze de Besora Barcelona, SPAIN Tel. +34 93 852 91 11 Fax: +34 93 852 90 42 General sales: comercial@sodeca.com Export sales: ventilation@sodeca.com HELSINKI Smoke Control Solutions Mr. Antti Kontkanen Vilppulantie 9C FI-00700 Helsinki Tel. +358 400 237 434 akontkanen@sodeca.com HYVINKAA Smoke extraction and...