PF/EC PF PF/ATEX
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PF/EC PF PF/ATEX PLUG FAN SYSTEM ■ EASY INSTALLATION AND MAINTENANCE ■ AIR TREATMENT APPLICATIONS - PLUG FAN TYPE HIGH EFFICIENCY FAN - WITH AUTOMATIC FLOW CONTROL PRESSURE CONNECTION PLUG FAN TYPE HIGH EFFICIENCY CENTRIFUGAL FANS

These new products exceed the requirements of the ErP 2009/125/EC Ecodesign Directive and its regulating provisions (EU) 327/2011 for fans, and 1253/2014 for ventilation units, collaborating with the KYOTO Protocol objective of reducing carbon emissions. BENEFITS · Energy savings of 70%, thanks to their EC TECHNOLOGY and speed control · Reduction in energy costs · Reduction in environmental impact · Low noise level · Balanced ventilation at all times · Centralised installation that is easy to maintain Industrial EC TECHNOLOGY motors, with technology developed by SODECA, are designed to meet...

MEDIUM AND HIGH PRESSURE CENTRIFUGAL FANS Since it was first established, SODECA has specialised in the design and manufacture of fans and accessories for industrial applications. Specifically, designs in this sector must be capable of adapting to the specifications of each project as well as being sufficiently flexible in terms of production in order to meet the individual needs of each client. The case-free Plug Fan type centrifugal fans made by SODECA are known for their compact design. VERSATILITY These fans have been designed and manufactured to adapt to the spaces found in the different...

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...

PF/EC Plug Fan type high efficiency centrifugal fans, equipped with EC Technology IE5 motor with integrated electronics High-efficiency centrifugal Plug fans, for air treatment applications. Equipped with EC Technology IE5 motor with integrated electronics, specially designed to obtain high energy efficiency. Fan: • Galvanised sheet steel structure. • Backward curved impeller made of sheet steel. • Complete with a pressure measurement connection point for optional automatic flow and pressure control. • Vertical execution not available for sizes 1871. Motor: • High efficiency EC Technology...

Maximum admissible Speed current (A) (r/min) 230V 400V Maximum Soundflow rate pressure level1 (m3/h) 1 Irradiated sound pressure level in dB(A) at a distance of 3 m and at maximum flow rate. * In accordance with the ErP 2020 draft Erp. (Energy Related Products) Information on Directive 2009/125/EC can be downloaded from the SODECA website or the QuickFan selector programme. Acoustic characteristics Sound power spectrum Lw(A)

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

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

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

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

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

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

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

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

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

Pressure connection Calibration factor

Plug Fan type high efficiency centrifugal fans for air treatment applications, with AC motor Fan: • Galvanised sheet steel structure. • Backward curved impeller made of sheet steel. • Complete with a pressure measurement connection point for optional automatic flow and pressure control. • Vertical execution not available for sizes 1871 and 2180. • A frequency variator is necessary for work points that require rpm other than the motor's nominal ones. Motor: • IE3 efficiency AC motors. • Class F motors with ball bearings and IP55 protection. • Three-phase 230/400 V (up to 4 kW) and 400/690 V...

PF/ATEX ATEX-certified, Plug Fan type high efficiency centrifugal fans for air treatment applications ATEX-certified, Plug Fan type high efficiency centrifugal fans for air treatment applications, with increased safety Ex II 2G Ex eb, flameproof Ex II 2G Ex db or dust ignition proof Ex II 2D tb or Ex II 3D tc motor for working in explosive atmospheres containing dust or gas. Fan: • Galvanised sheet steel structure. • Backward curved impeller made of sheet steel. • Non-sparking inlet ring made of copper. • Complete with a pressure measurement connection point for optional automatic flow and...

Characteristic curves Q= Flow rate in m3/h, m3/s and cfm Pe= Static pressure in mm H2O, Pa and inwg Technical characteristics Maximum admissible Installed Max eed Maximum Approx. According current (A) power . p frequency weight ErP* PF-925-2T-2 IE328755^43.0715450078312020 * In accordance with the ErP 2020 draft 1 The indicated values are determined to 50 Hz motors. Maximum admissible current (A) Installed power Maximum frequency 1 The indicated values are determined to 50 Hz motors.

Characteristic curves Q= Flow rate in m3/h, m3/s and cfm Pe= Static pressure in mm H2O, Pa and inwg Technical characteristics Maximum admissible Installed Max eed Maximum Approx. According current (A) power . p frequency weight ErP* PF-1028-4T-0.513702.021170.37240088252020 * In accordance with the ErP 2020 draft 1 The indicated values are determined to 50 Hz motors. Maximum admissible current (A) Installed power Maximum frequency 1 The indicated values are determined to 50 Hz motors.