NEW VENTILATION AIR CONDITIONING AIR CLEANING HEATING SAP-Q APPENDIX Q ELIGIBLE

Transcription

1 NEW Vort PROMETEO PLUS HR400 VENTILATION AIR CONDITIONING AIR CLEANING HEATING SAP-Q APPENDIX Q ELIGIBLE TM 1

2 TM VORT PROMETEO PLUS RANGE HEAT RECOVERY UNITS Product specifications: NEW 2 models: vort PROMETEO PLUS HR 400 vort PROMETEO PLUS hr 400 m. External Casing in polypropylene (PPE). Heat Exchanger Crossed Counter-Flow type, made of PS (Polystyrene). Extremely high heat recovery rate (up to 92%). Electronically controlled EC brushless motors independently adjustable. Max airflow 380 m 3 /h. 3 available speeds. Automatic frost protection. By-pass. Provided with 2 F5 filters (F7 optional). 0.5 m long silencer with nominal diameter of 150 mm supplied. Horizontal and Vertical installation. 2 mounting brackets for vertical installation and 4 feet for horizontal installation supplied. Protection rate: IPX2. Insulation class: Cl.II. BRE sap Q Vort PROMETEO PLUS HR 400: RF remote control supplied. 2 operating modes: automatic and manual. Automatic By-pass. Option of setting the temperature, humidity and CO 2 thresholds. Timer. Vort PROMETEO PLUS HR 400 M: Manually switched. Manual By-pass. Can be used in conjunction with Vortice ambient sensors. Requires RF remote controller and receiver (for commissioning only). 1 gang one way engraved switch. 2 gang two way engraved switch. Comply with the following European Directives: 2006/95/EC Low Voltage Directive (LVD) 2004/108/EC Electromagnetic Compatibility Directive (EMC) 2006/42/EC According to the following state-of-the-ar t Standards: Safety: EN , EN , EN , EN 62233, EN EMC: EN , EN , EN , EN PERFORMANCE: EN 308, EN

3 FUNCTIONS AND SUPPLIES VORT PROMETEO PLUS RANGE Normal operation mode By-pass mode Anti-Frost DIMENSIONS

4 REGULATION AND CONTROL VORT PROMETEO PLUS MODEL Each Vort Prometeo Plus feature is controlled by the radio frequency (RF) remote control. The RF remote control with LCD display featuring new integrated graphics can be used for the following purposes: Switching on/off. Selecting the appliance operating mode (Manual/Automatic). Easy initial setting of minimum and maximum speed (no need to directly operate the machine). Selecting one of the 3 speed settings. Selecting the By-pass function. Setting the Timer function (the product, working in Manual mode, will work at the maximum speed for: 10, 20, 30 or indefinitely, automatically slowing down to min speed). Configuring the automatic operating parameters: desired indoor temperature (for bypass management only) can be set by the user between +15 C and +30 C (each step 1 C); relative humidity can be set by the user between 40% and 90% (each step 5%); Max. CO 2 air concentration in the room can be set by the user between 500 ppm and ppm (at step of 50 ppm); CO 2 level can be disabled. Viewing machine malfunction information. An additional radio frequency (RF) antenna, part code (22479) including a connection cable, is available as an option, and allows control, of the Vort Prometeo Plus even if the position chosen for its installation is screened from radio waves. KEY FEATURES Offers continuous ventilation of the home. Energy saving thanks to brushless motors. Can be integrated into a residential home automation network (ModBus). Software can be easily updated through USB connection. The PCB is easily accessed by removing the bottom panel. Recommended application in residential buildings up to 200 m 2 and commercial buildings. Horizontal or vertical installation facilitated by the minimal weight of the appliance (just 25 kg). 4

5 filter specifications The air we breathe contains a huge number of potentially harmful particles, over 90% of them are smaller than 1 µm, for example: - Fine particles emitted by motor vehicles and heating systems. - Viruses. - Bacteria. it is very important to use air exchange systems with high-efficiency filters, which capture most of these toxic particles. Mechanically controlled ventilation systems such as VORT PROMETEO PLUS heat recovery units filters air as it enters the property, ensuring that in the occupied rooms it arrives at the ambient temperature, thus protecting the health and wellbeing of the occupants served by the appliance. Don t forget: Over time, filters become clogged, leading to a greater pressure loss in the air circuit; the filters therefore require regular maintenance and should be replaced when they are no longer effective. Filters can be split into 2 main categories, based on their filtering efficiency: - Type G: coarse filter - Type F: fine filter These categories are defined by European standard EN779. Within the two categories, a progressive number indicates the efficiency level of the filter: the higher the number, the more efficient the filter is at capturing particles, as you can see from the chart below. CERTIFICATIONS VORT PROMETEO PLUS HR 400 RANGE is constructed in compliance with the most recent standards which certify: The safety: EN : safety of electric appliances for domestic and similar use, part 1: General Standards; EN : safety of electric appliances for domestic and similar use, part 2: particular standards for fans; EN 50366: emissions potentially dangerous from electromagnetic fields (EMF); EN 60529: degrees of protection provided by enclosures (IP code). The electromagnetic compatibility (EMC): EN : electromagnetic emissions; EN : immunity to electromagnetic fields; EN : limits for harmonic current emissions; EN : limitation of voltage fluctuation and flickers. The performances: EN 308: heat exchangers performances; EN : fans performances; ADF (2010) System 4 - Continuous Mechanical Extract with Heat Recovery (MVHR) - applicable in England and Wales; Scottish Technical Handbook 2007; Section 3.14; TGD (2008) Part F-Ventilation-applicable in Ireland; BRE Digest 398-Continuous Mechanical Ventilation in dwellings. APPENDIX Q ELIGIBILITY The Prometeo PLUS HR 400 with its low energy DC motors and innovative design has been independently assessed by the Building Research Establishment (BRE) to the appropriate SAP Appendix Q test methodology and is Appendix Q eligible in all configurations from 1 to 8 additional wet rooms. 5

6 TECHNICAL DATA Max Airflow Max Pressure Models Code V ~ 50 Hz W A m3 /h l/s mmh 2 O Pa Kg Max C VORT PROMETEO PLUS HR VORT PROMETEO PLUS HR 400 M Sound levels* VORT PROMETEO PLUS RANGE RPM Lw db (A) 125 Hz 250 Hz 500 Hz 1000 Hz 2000 Hz 4000 Hz 8000 Hz Lw db (A) Supply to internal Extract from internal Lp db (A) 3m*** Breakout na** Supply to internal Extract from internal Breakout Supply to internal Extract from internal nd Breakout Supply to internal Extract from internal Breakout Supply to internal Extract from internal Breakout Supply to internal Extract from internal Breakout * Tests carried out using sound intensity measurement in a semi-anechoic chamber. ** Data not available. *** Free field condition. 6

7 SAP-Q DATA Standard Assessment Procedure - Appendix Q MVHR Product Data 01/06/2012 Result for SAP calculations (at minimum flow rate condition) This product has only benen tasted with rigid ductwork and the data are not applicablefor SAP calculations if installated with flexible ductwork. Table Q2 - Systems with rigid ductwork only Exhaust terminal configuration fan speed setting Specific fan power (W/l/s) Heat exchange efficiency (%) Energy Saving Trust Best Practice Performance Compliant 1 additional wet room Yes 2 additional wet rooms Yes 3 additional wet rooms Yes 4 additional wet rooms Yes 5 additional wet rooms Yes 6 additional wet rooms Yes 7 additional wet rooms Yes These figures are entered into either: (a) In the case of SAP software amended to SAP 2005 version 9.81 allowing direct entry of MVHR data, the SAP software, or (b) In the case of SAP software amended to SAP 2005 version 9.81 not allowing direct entry of MVHR data, the SAP Q MVHR Calculation Spreadsheet v9.81 and the results from the spreadsheet into the Special Features part of the SAP 9.81 software, or (c) In the case of SAP software to SAP 2005 version 9.80, the SAP Q MVHR Calculation Spreadsheet v9.80 and results from the spreadsheet into the Special Features part of the SAP 9.80 software. They must NOT be entered directly into SAP 2005 version 9.80 software. 7

8 performance curves VORT PROMETEO PLUS HR 400 M POWER CONSUMPTION CURVES VORT PROMETEO PLUS HR 400 M AIRFLOW/PRESSURE CURVES Power [W] p [mmh₂o] p [Pa] q [m³/h] q [l/s] q [m³/h] q [l/s] MAX-max (3350 RPM) MAX def (3070 RPM) MED def (2330 RPM) MIN def (1600 RPM) MIN-min (700 RPM) VORT PROMETEO PLUS HR 400 POWER CONSUMPTION CURVES VORT PROMETEO PLUS HR 400 AIRFLOW/PRESSURE CURVES Power [W] p [mmh₂o] p [Pa] q [m³/h] q [l/s] q [m³/h] q [l/s] 3350 RPM 3000 RPM 2650 RPM 2100 RPM 1600 RPM 700 RPM 8

9 ACCESSORIES VORT PROMETEO PLUS HR 400 M ONLY Description Code Models C TEMP-TEMPERATURE: Measures ambient room temperature, and starts the fan when the temperature exceeds the preset value. Once the temperature drops below the preset value, you can adjust the over-run timer from 3 to 20 minutes C SMOKE: Measures the air quality, detecting the presence of cigarette smoke, odours and other pollutants, and starts the fan when the concentration of pollutants exceeds the preset value. You can adjust the over-run timer from 3 to 20 minutes C HCS-HUMIDITY: Measures ambient relative humidity. It starts the fan when the R.H. It incorporates an over-run timer (adjustable between 3 and 20 minutes) c pir- movement detector: Detects the presence of a moving body within its sensor range, and starts the fan automatically. You can adjust the over-run timer from 3 to 20 minutes C TIMER: Adjustable over-run timer between 3 and 20 minutes A B C DIMENSIONS (mm) Code Model A B C C TEMP C SMOKE C HCS C PIR C TIMER Switch: 1 gang one way engraved switch switch: 2 gang two way engraved switch CONTROL: External RF Receiver Module CONTROL: RF Remote Controller White If external room sensors are connected, specific wiring is required. 9

10 Description Code Models EXTERNAL FILTER BOX F5 External Filter Box F5 FILTER (For external filter box) FILTERS F5 FILTER x F7 FILTER x HEAT EXCHANGER HEAT EXCHANGER screwdriver HEXAGONAL SCREWDRIVER FOR MAINTENANCE GREY FIXED GRILLE 125/150 mm Ø WHITE FIXED GRILLE 150 mm Ø 8224 BROWN FIXED GRILLE 150 mm Ø 8227 BEIGE FIXED GRILLE 150 mm Ø 8230 TERRACOTTA FIXED GRILLE 150 mm Ø 8233 WALL LINER 150 mm Ø 8180 SPIGOT PLATE 150 mm Ø 8136 EXTERNAL TERMINALS AND ASSOCIATED COMPONENTS FD 200 (204 x 60 mm) DOUBLE AIRBRICK ADAPTOR 8434 WHITE AIRBRICK INSERT (2 required for each Double Airbrick Adaptor) 8440 BROWN AIRBRICK INSERT (2 required for each Double Airbrick Adaptor) 8441 STONE AIRBRICK INSERT (2 required for each Double Airbrick Adaptor) 8442 TERRACOTTA AIRBRICK INSERT (2 required for each Double Airbrick Adaptor) FD 180 (180 x 90 mm) White Airbrick 9211 FD 180 (180 x 90 mm) Brown Airbrick 9212 FD 180 (180 x 90 mm) Stone Airbrick 9213 FD 180 (180 x 90 mm) Terracotta Airbrick 9214 ROOM TERMINAL duct valve 125 MM Ø - EXTRACT 9095 duct valve 125 MM Ø - SUPPLY 9096 y - piece 150 mm Ø 8683 ADDITIONAL DUCTING COMPONENTS reducer from 150 mm Ø to 125 mm Ø 9238 worm drive clip 125 mm Ø 8040 worm drive clip 150 mm Ø 8041 pvc tape 8020 thermally insulated flexible duct (only short off cts of flexible duct can be used) INSULATED FLEXIBLE DUCT 125 mm Ø - 4 m lengh 8342 INSULATED FLEXIBLE DUCT 125 mm Ø - 10 m lengh 8333 INSULATED FLEXIBLE DUCT 150 mm Ø - 4 m lengh 8341 INSULATED FLEXIBLE DUCT 150 mm Ø - 10 m lengh

11 Description Code Models FD200 (204 x 60 mm) 1 m Rigid Duct 8433 FD200 (204 x 60 mm) 1.5 m Rigid Duct 8430 FD200 (204 x 60 mm) Connector 8406 FD200 (204 x 60 mm) Horizontal T-Piece 8412 FD200 (204 x 60 mm) Round/Square 90 Bend 125 mm Ø 8417 FD200 (204 x 60 mm) Round/Square 90 Bend 150 mm Ø 8427 FD200 (204 x 60 mm) Round/Square Adaptor 125 mm Ø 8409 FD200 (204 x 60 mm) Horizontal 90 Bend 8414 flat ducting FD200 (204 x 60 mm) Horizontal 45 Bend 8420 FD200 (204 x 60 mm) Vertical 90 Bend 8408 FD200 (204 x 60 mm) Adjustable Bend 0.5 m lengh 8418 FD200 (204 x 60 mm) Mounting Stap 8419 FD180 (180 x90 mm) Duct 1 m lengh 9200 FD180 (180 x90 mm) Connector 9202 FD180 (180 x90 mm) Horizontal 90 Bend 9204 FD180 (180 x90 mm) Round/Square 90 Bend 150 mm Ø FD180 (180 x90 mm) Mounting Staps 9220 ROUND RIGID DUCT 125 mm Ø m lengh 9362 ROUND RIGID DUCT 150 mm Ø m lengh 9372 DUCT CONNECTOR 125 mm Ø 8415 DUCT CONNECTOR 150 mm Ø 9375 round rigid ducting 90 BEND 125 mm Ø BEND 150 mm Ø BEND 125 mm Ø 9363 T-PIECE 125 mm Ø 9360 ROUND RIGID DUCT SUPPORT CLIP 125 mm Ø 9364 ROUND RIGID DUCT SUPPORT CLIP 150 mm Ø 9374 ELECTRIC HEATER 500 W electric heater ELECTRIC HEATER 1200 W ELECTRIC HEATER 1800 W

12 Building Regulations Document F system 4 Continuous mechanical supply & extract ventilation with heat recovery A continuous balanced mechanical central supply and extract system to be positioned in loft or cupboard space. An integral heat exchanger recovers a large percentage of heat energy that would have otherwise been lost. In employing this type of system, there is no need to install background ventilators in the dwelling. 2 Calculate the whole dwelling extract rate at maximum operation by adding the individual room rates for minimum high rate from Table 5.1a. 3 The required air flow rates as as follows: Maximum Extract Rate (boost) is the greater step of 1 and 2 above. The Minimum individual room extract rates should be at least those given in Table 5.1a for minimum high rate. 4 No Background ventilators are required with System 4. Continuous supply and extract 1 For any design air permeability, determine the whole dwelling ventilation supply rate from Table 5.1b. As an alternative where the designed air permeability is intended to be leakier than (>) 5m 3 /(h.m 2 ) at 50 Pa, allow for infiltration for all dwelling types by subtracting from the whole dwelling ventilation supply rate from Table 5.1b: 0.04l/ (s.m 3 ) x gross internal volume of the dwelling heated space (m 3 ), but see the cautionary advice in Table 5.1a Table 5.1b Kitchen Room Minimum intermittent extract rate 30 l/s (adjacent to hob, 60 l/s elsewhere) Continuous rate Minimum high rate 13 l/s Utility room 30 l/s 8 l/s Bathroom 15 l/s 8 l/s Sanitary Accomodation 6 l/s 6 l/s Minimum low rate Total extract rate must be at least the whole building ventilation rate in Table 5.1b Whole building ventilation rate (l/s) Number of bedrooms in dwelling Minimum value in any dwelling of 0.3 l/s per m 2 floor area - In addition, the minimum ventilation rate should not be less than 0.3 l/s per m 2 internal floor area (this includes each floor, e.g. for a two-storey building, add the ground and first floor areas). - This is based on two occupants in the main bedroom and a single occupant in all other bedrooms. This should be used as the default value. If a greater level of occupance is expected, then add 4 l/s per occupant. Code /12 Vortice Elettrosociali S.p.A Strada Cerca, 2 Frazione di Zoate Tribiano (Milano) Tel. (+39) Fax (+39) Italia export@vortice-italy.com Vortice France 15-33, Rue Le Corbusier CS Créteil Cedex Tél. (+33) Fax (+33) France contact@vortice-france.com Vortice Limited Beeches House-Eastern Avenue Burton on Trent DE13 0BB Tel. (+44) Fax (+44) United Kingdom sales@vortice.ltd.uk The description and illustrations in this catalogue are understood to be indicative and are not binding. Vortice reserves the right, while not changing the essential characteristcs of the models described and illustred, to modify products whenever necessary and without warning.