Product catalogue EN 779:2012

Transcription

1 Product catalogue EN 779:2012 A Page 1 Product Catalogue PROsyntex

2 The EN 779:2012 standard EN 779:2012 standard - the essential innovations: The new standard now defines three filter classes: G, M and F. Therefore the previous classes F5 and F6 become M5 and M6. All filters classes F7 - F9 have to show additionally a minimum efficiency in treated state at the use of 0,4 µm particles to reach the respective class. The treated state is induced using isopropanol (highly flammable alcohol and solvent). In October 2012 the new standard came into force replacing the previous standard. Please note, that the filters according to the old standard EN 779:2002 may also be used. This decision is up to the customer. Adaptation of filter types - the new classification of the filter groups: Filter class G is defined by the mean efficiency measured during dust feeding of the air filter. Filter with an efficiency of less than 40% (for 0.4μm particles) are therefore classified as G. Filter class M groups together all those filters that have an efficiency between 40% and less than 80% for 0.4μm particles. This concerns the previous filters F5 and F6 which are now referred to as M5 and M6. Filter class F comprises all filters with an efficiency of more than 80% for 0.4μm particles. Additionally, class F has a minimum efficiency for discharged/charged state. Please refer to the required performance requirements using the table below. Overview of the new filter groups of the EN 779:2012 standard: Group Class Average gravimetric arrestance (Am) [%] Average efficiency (Em) for 0,4μm particles [%] Minimum efficiency for 0,4μm particles [%] Final pressure drop [Pa] Coarse G G G G4 > Medium M M Fine F F F9 - > Page 2 Product Catalogue PROsyntex

3 Delivery programme Pocket filter PROsyntex Air conditioning & ventilation technology Pre filtration (Supply Air) Fine Filtration (Supply Air) Painting and drying technology Fine Filtration (Supply Air) Filtration (Extracted Air) Pocket filter PROsyntex F7 Tested according to EN 779:2012 Pocket filter PROsyntex F8 Tested according to EN 779:2012 Pocket filter PROsyntex F9 Tested according to EN 779:2012 A The energy efficiency of filters To determine the energy efficiency of air filters, a new energy classification has been established. Its designation is based on the calculated average pressure drop and the resulting annual energy needs, in accordance with Eurovent 4/11. With this new classification, it is much easier to choose an energy efficient filter and reduce energy costs. Page 3 Product Catalogue PROsyntex

4 PROsyntex - the new synthetic medium syntex Oeko-Tex Standard 100 our media is kind to the skin and tested for harmful substances - a good feeling External confirmation that our products fulfil the requirements of Annex XVII of REACH Environment-friendly and easily disposable synthetic-media are fully incinerable Innovative and internal research & development department Quality assurance of running production with internal test benches for filters and modern quality management tools The PROsyntex pocket filter, with its new composition of synthetic fibres and a more efficient structure of filter layers, is achieving easily the minimum efficiency in treated state according to EN 779:2012. The progressive and very fine fibre structure of the medium allows a very high dust holding capacity. enefits of the PROsyntex filter medium: Irregular distribution Fine fibre structure of the glass fibres Normal number The brittle glass of fibres fibre holds the risk Higher dust holding of fibre shedding capacity compared to the glass fibre medium PROsyntex Very fine fibre structure High number of fibres Higher dust holding capacity compared to the glass fibre medium version 1 Synthetic fibre Highest quality of our filter products All the individual components of our products from the fibre to the filter, undergo permanent quality control. Glass fibre medium No glass fibres - unbreakable, good for environment Our synthetic media are certi fied in accordance with Oeko-Tex Standard 100 and therefore not only extremely efficient, but also particularly skin-friendly and free from hazardous substances. Classified as product class II, all our products fulfil all human ecological requirements and could even be worn next to your skin. PROsyntex-medium in comparison PROsyntex reaches the new EN 779:2012 Even after discharging, the new synthetic medium reaches the required minimum efficiency of the new standard EN 779:2012 without any problems. Page 4 Product Catalogue PROsyntex

5 Pocket filter PROsyntex Filter classes E N E R G Y bio s ta F7 a l ver so as s i on ste de ava f f ic i A t ic -t e ien cy- lab Particle sizes (not true to scale) le E F F I C I E N C Y Applications For fine filtration in heat ventilation and air conditioning devices and plants of all kinds Offices, hospitals, computing centres Pharmaceutics, fine-mechanical and food industry Pre filtration e.g. for HEPA filters E N E R G Y Classification acc. to EN 779 Filter class F7 - pink version E FFilter F I C Iclass E N C YF7 - biostatic version in pink Filter class F8 - white version Filter class F9 - white version Versions Material characteristics Standard sizes welded and with Pocket-Fitting Tested according to EN 779:2012 Special sizes on request Fire prevention requirements according to DIN (F1) Frame types: Plastic frame (25mm), Metal frame (20 or 25mm) Lacquer compatibility according to IPA-control Humidity resistant up to 100% r. h. Higher density and pressure load due to endless pockets and their edge welding Filters with plastic frame are fully incinerable Shatter-proof synthetic fibres, environmentally safe Optional with foamed hygiene-gasket Optional PROsyntex F7 as biostatic version available Temperature resistant up to max. 80 C depending on type of frame enefits of PROsyntex Filters More-layer filter medium Hygiene-gasket (optional) Form stability of the single pockets Optimal distribution of incoming flow Effective use of the filter area Optimal pocket opening P: Pre filter grade* F: Fine filter grade* S: Synthetic layer on clean air side for stabilization* est arrestance Low pressure loss High dust retention capacity Hygiene-gasket on pocket filter frame available on the clean air side or on the dust air side *E.g. PROsyntex F7 Abrasion-resistant, silicone-free, closed porous Quality control of the complete production with internal filter test equipment and modern quality-management-tools Öko-Tex Standard 100 tested for harmful substances Environment-friendly and easily disposable Pocket-Fitting version 1 Clean air side P F S Page 5 Product Catalogue PROsyntex

6 Width x Height Depth Number of pockets Versions pocket filter PROsyntex Filter area Pocket-Fitting 1) Width x Height Depth Number of pockets Filter area Pocket filters with plastic frame must be used holohedral incumbent Special sizes and special depths available on request * Version as filter class F9 only available on request 1) Optional with cover sticks against surcharge 2) Special sizes stitched Page 6 Product Catalogue PROsyntex Pocket-Fitting 1) Width x Height Depth mm mm m² mm mm m² mm mm m² 592 x x x 892 Number of pockets Filter area F5 - F9 (Progressive microfiber) 6* 2.6 x 3* 0.6-6* x x 3* 1.0-6* x * 3.6 x x x 3* 0.9-6* x * 4.3 x x x x * 2.1 x 3* 1.3 x 6* x x x x x x * 3.0 x 3* 1.8 x 6* x x x x x x * 3.6 x 3* 2.1 x 6* x x x x x x * 3.2-6* 3.9-3* * 4.5-6* 5.4-3* * 5.4-6* 6.4-3* x x 287 2) 287 x x x x 287 2) 592 x 490 2) 287 x 892 Pocket-Fitting 1) Height Assembly instruction for correct installation Correct Installation! Pockets stand vertically Initial pressure drop [Pa] Anfangsdruckdifferenz [Pa] Specification pocket filter PROsyntex Graph pocket filter fine filtration F Width Filter F7 Incorrect Installation! Pockets lie horizontally! Pockets below running risk of absorbing condensed water Pocket filter PROsyntex F7 592 x 592 x mm; 10 pockets Initial pressure drop (Pa) 97 Recommended final pressure drop (Pa) 450 Depth Width Number of pockets Please order in the following sequence: Width x Height x Depth Discharged minimum efficiency at 0.4µm (%) Average efficiency (0.4µm) Depth > Nominal air flow rate (m³/h) 3400 Filter area (m²) Volumenstrom Air flow rate [m³/h]

7 PROsyntex - Technical data sheet PROsyntex Pocket filter fine filtration Standard F7 Medium Colour medium Rahmenart Technical data: Synthetic - Progressive microfibre Pink Plastic frame (25 mm) Metal frame (20 or 25 mm) Filter dimensions (width x height x depth) [mm] 592 x 592 x Number of pockets 10 Filter area [m²] 7.5 Filter class Recommended nominal air flow [m³/h] 3400 Initial pressure drop approx. [Pa] 97 Recommended final pressure drop [Pa] 450 Average arrestance [%] 90 Average efficiency (0,4 μm) [%] 80 < 90 Discharged efficiency of medium (0,4 m) [%] > 35 Maximum humidity resistance [%] 100 Max. operating temperature [ C] - depending on type of frame 80 Labelling Energy efficiency F7 Dimension, filter class, type test Characteristics of test: Classification EN 779:2012 Fire prevention requirements Pollutant tested DIN (F1) Oeko - Tex Standard 100 product class II (Products with skin contact) Endless pockets and edge welding for higher density and pressure load 3-layer filter medium for best arrestance, low pressure loss and high retention capacity Page 7 Product Catalogue PROsyntex Product enefits: Also available in anti-bacterial finish, iostat Pocket-Fitting for a optimal distribution of incoming flow, effective use of the filter area and form stability Optional available with abrasion-resistant, silicone-free and closed porous hygiene-gasket

8 PROsyntex - Technical data sheet PROsyntex Pocket filter fine filtration Standard F7 A Medium Colour medium Rahmenart Technical data: Synthetic - Progressive microfibre Pink Plastic frame (25 mm) Metal frame (20 or 25 mm) Filter dimensions (width x height x depth) [mm] 592 x 592 x Number of pockets 12 Filter area [m²] 9.0 Filter class Recommended nominal air flow [m³/h] 3400 Initial pressure drop approx. [Pa] 92 Recommended final pressure drop [Pa] 450 Average arrestance [%] 90 Average efficiency (0,4 μm) [%] 80 < 90 Discharged efficiency of medium (0,4 m) [%] > 35 Maximum humidity resistance [%] 100 Max. operating temperature [ C] - depending on type of frame 80 Labelling Energy efficiency F7 Dimension, filter class, type test A Characteristics of test: Classification EN 779:2012 Fire prevention requirements Pollutant tested DIN (F1) Oeko - Tex Standard 100 product class II (Products with skin contact) Endless pockets and edge welding for higher density and pressure load 3-layer filter medium for best arrestance, low pressure loss and high retention capacity Page 8 Product Catalogue PROsyntex Product enefits: Also available in anti-bacterial finish, iostat Pocket-Fitting for a optimal distribution of incoming flow, effective use of the filter area and form stability Optional available with abrasion-resistant, silicone-free and closed porous hygiene-gasket

9 PROsyntex - Technical data sheet PROsyntex Pocket filter fine filtration Standard F8 Medium Colour medium Rahmenart Technical data: Synthetic - Progressive microfibre White Plastic frame (25 mm) Metal frame (20 or 25 mm) Filter dimensions (width x height x depth) [mm] 592 x 592 x Number of pockets 8 Filter area [m²] 5.7 Filter class Recommended nominal air flow [m³/h] 3400 Initial pressure drop approx. [Pa] 133 Recommended final pressure drop [Pa] 450 Average arrestance [%] - Average efficiency (0,4 μm) [%] 90 < 95 Discharged efficiency of medium (0,4 m) [%] > 55 Maximum humidity resistance [%] 100 Max. operating temperature [ C] - depending on type of frame 80 Labelling Energy efficiency F8 Dimension, filter class, type test Characteristics of test: Classification EN 779:2012 Fire prevention requirements Pollutant tested DIN (F1) Oeko - Tex Standard 100 product class II (Products with skin contact) Endless pockets and edge welding for higher density and pressure load 3-layer filter medium for best arrestance, low pressure loss and high retention capacity Page 9 Product Catalogue PROsyntex Product enefits: Pocket-Fitting for a optimal distribution of incoming flow, effective use of the filter area and form stability Optional available with abrasion-resistant, silicone-free and closed porous hygiene-gasket

10 PROsyntex - Technical data sheet PROsyntex Pocket filter fine filtration Standard F9 Medium Colour medium Rahmenart Technical data: Synthetic - Progressive microfibre White Plastic frame (25 mm) Metal frame (20 or 25 mm) Filter dimensions (width x height x depth) [mm] 592 x 592 x Number of pockets 8 Filter area [m²] 5.7 Filter class Recommended nominal air flow [m³/h] 3400 Initial pressure drop approx. [Pa] 172 Recommended final pressure drop [Pa] 450 Average arrestance [%] - Average efficiency (0,4 μm) [%] > 95 Discharged efficiency of medium (0,4 m) [%] > 70 Maximum humidity resistance [%] 100 Max. operating temperature [ C] - depending on type of frame 80 Labelling Energy efficiency F9 Dimension, filter class, type test Characteristics of test: Classification EN 779:2012 Fire prevention requirements Pollutant tested DIN (F1) Oeko - Tex Standard 100 product class II (Products with skin contact) Endless pockets and edge welding for higher density and pressure load 3-layer filter medium for best arrestance, low pressure loss and high retention capacity Page 10 Product Catalogue PROsyntex Product enefits: Pocket-Fitting for a optimal distribution of incoming flow, effective use of the filter area and form stability Optional available with abrasion-resistant, silicone-free and closed porous hygiene-gasket

11 Concept Filter Products Ltd. Unit 5 redbury Court Telephone: feedback@cfpdirect.co.uk Ashton Road, redbury, Stockport SK6 2Q Fax: All information, images and pictures are property of Concept Filter Products Ltd. and are provided to the best knowledge. However Concept Filter Products Ltd. does not guarantee the completeness or correctness and cannot be held responsible for damages caused by the recipient s usage or his confidence in the completeness or correctness of the information. The stated data contains average values with tolerances as a result of production irregularities; therefore it does not relieve the recipient of own examination and tests. For the correctness of the information in particular cases, an explicit and written affirmation through Concept Filter Products Ltd. is required. Furthermore, the data serves as a service description and cannot be interpreted as warranted properties or durabilities.