<html><head><link rel="stylesheet" href="systemair.css" type="text/css" /></head><body><p class="header1">Specification text </p><p class="poffset1"> </p><p class="poffset1">Project title: [#PROJECT_TITLE#]</p><p class="poffset1">Project address: [#PROJECT_ADDRESS#]</p><p class="poffset1">Unit number: [#PROJECT_UNIT_NUMBER#]</p><p class="poffset1">Contact person by Specification text issuing company: [#PROJECT_CONTACT_BY_SPECS#]</p><p class="poffset1"> </p><p class="poffset1">Air handling unit with horizontal airflow for:</p><p class="poffset1">[#IF DVC-*-*-*-*-*-*-* #]Heat recovery, double high unit with rotary heat exchanger[#ENDIF#]</p><p class="poffset1">[#IF DVQ-*-*-*-*-*-*-*-*-*#]Heat recovery, double high unit with plate heat exchanger[#ENDIF#]</p><p class="poffset1">[#IF DVRH-*-*-*-*-*-*-*#]Heat recovery, single high unit with run-around-coil supply air.[#ENDIF#]</p><p class="poffset1">[#IF DVRK-*-*-*-*-*-*-*#]Heat recovery, single high unit with run-around-coil extract air.[#ENDIF#]</p><p class="poffset1">[#IF HEX_NOT_EXISTS_SUPPLY#]Supply air unit without heat recovery [#ENDIF#]</p><p class="poffset1">[#IF HEX_NOT_EXISTS_EXTRACT#]Extract air unit without heat recovery[#ENDIF#]</p><p class="poffset1">[#IF UNIT_MIXING#]Mixing air unit[#ENDIF#]</p><p class="poffset1"> </p><p class="poffset1">[#IF ADaut-*-*-* TTDaut-*-*-*-*#]</p><p class="poffset1">Air handling unit with integrated control system</p><p class="poffset1">Language in controller menu [#CONTROL_ILANGUAGEINCONTROL_ID#]</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1"> </p><p class="poffset1">[#IF UNIT_SUPPLY#]</p><p class="poffset1">Supply air capacity: [#UNIT_IAIRFLOWSUP_M3H#] m3/h at external pressure [#UNIT_IDPSTATICSUPDUCT_PA#] Pa</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1">[#IF UNIT_EXTRACT#]</p><p class="poffset1">Extract air capacity: [#UNIT_IAIRFLOWEXH_M3H#] m3/h at external pressure [#UNIT_IDPSTATICEXHDUCT_PA#] Pa</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1"> </p><p class="poffset1">[#IF UNIT_INDOOR#]Unit for indoor installation delivered to the site in sections.[#ENDIF#]</p><p class="poffset1">[#IF R-*-*#]Unit for outdoor installation delivered to the site with bitumen roof.[#ENDIF#]</p><p class="poffset1">[#IF CR-*-*#]Unit for outdoor installation delivered to the site with parts for assembling of steel plate roof on the site[#ENDIF#]</p><p class="poffset1"> </p><p class="poffset1">[#IF UNIT_NOT_SEPARATED#]</p><p class="poffset1">Unit delivered in [#UNIT_NUMBER_OF_SECTIONS#] sections.</p><p class="poffset1">[#IF DVZ-*-1 DVZ-*-2#]Unit is delivered on adjustable feet - height 100 mm.[#ENDIF#]</p><p class="poffset1">[#IF DVZ-*-3-*-* DVZ-*-6-*-*#]Unit is delivered with parts for base frame - height 150 mm.[#ENDIF#]</p><p class="poffset1">[#IF DVZ-*-4-*-* DVZ-*-5-*-*#]Unit is delivered with parts for base frame - height 250 mm. [#ENDIF#]</p><p class="poffset1">[#IF DRP-*-*#]Unit is delivered on base frame with drip nose mounted between unit and base frame. [#ENDIF#]</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1"> </p><p class="poffset1">[#IF UNIT_SEPARATED#]</p><p class="poffset1">[#IF UNIT_SUPPLY#]</p><p class="poffset1">Supply unit delivered in [#UNIT_SUPPLY_NUMBER_OF_SECTIONS#] sections.</p><p class="poffset1">[#IF SUPPLY DVZ-*-1 DVZ-*-2#]Supply unit is delivered on adjustable feet - height 100 mm.[#ENDIF#]</p><p class="poffset1">[#IF SUPPLY DVZ-*-3-*-* DVZ-*-6-*-*#]Supply is delivered with parts for base frame - height 150 mm.[#ENDIF#]</p><p class="poffset1">[#IF SUPPLY DVZ-*-4-*-* DVZ-*-5-*-*#]Supply is delivered with parts for base frame - height 250 mm.[#ENDIF#]</p><p class="poffset1">[#IF SUPPLY DRP-*-*#]Supply is delivered on base frame with drip nose mounted between unit and base frame.[#ENDIF#]</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1">[#IF UNIT_EXTRACT#]</p><p class="poffset1">Extract unit delivered in [#UNIT_EXTRACT_NUMBER_OF_SECTIONS#] sections.</p><p class="poffset1">[#IF EXTRACT DVZ-*-1 DVZ-*-2#]Extract unit is delivered on adjustable feet - height 100 mm.[#ENDIF#]</p><p class="poffset1">[#IF EXTRACT DVZ-*-3-*-* DVZ-*-6-*-*#]Extract unit is delivered with parts for base frame - height 150 mm.[#ENDIF#]</p><p class="poffset1">[#IF EXTRACT DVZ-*-4-*-* DVZ-*-5-*-*#]Extract unit is delivered with parts for base frame - height 250 mm.[#ENDIF#]</p><p class="poffset1">[#IF EXTRACT DRP-*-*#]Extract unit is delivered on base frame with drip nose mounted between unit and base frame.[#ENDIF#]</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1"> </p><p class="header2">Dimensions and weight of each section</p><p class="poffset1">Width x Height x Length - Weight</p><p class="poffset1">[#UNIT_SECTIONS_INFORMATION#]</p><p class="poffset1"> </p><p class="poffset1">[#IF UNIT_NOT_SEPARATED#]</p><p class="header2">Dimensions and weight - total for the whole unit, when assembled</p><p class="poffset1">Width: [#UNIT_WIDTH_MM#] mm</p><p class="poffset1">Height: [#UNIT_HEIGHT_MM#] mm</p><p class="poffset1">Length: [#UNIT_LENGTH_MM#] mm</p><p class="poffset1">Weight: [#UNIT_WEIGHT_KG#] kg</p><p class="poffset1"> [#ENDIF#]</p><p class="poffset1"> </p><p class="poffset1">[#IF UNIT_SEPARATED#]</p><p class="poffset1">[#IF UNIT_SUPPLY#]</p><p class="header2">Dimensions and weight - total for the whole supply unit, when assembled</p><p class="poffset1">Width: [#UNIT_SUPPLY_WIDTH_MM#] mm</p><p class="poffset1">Height: [#UNIT_SUPPLY_HEIGHT_MM#] mm</p><p class="poffset1">Length: [#UNIT_SUPPLY_LENGTH_MM#] mm</p><p class="poffset1">Weight: [#UNIT_SUPPLY_WEIGHT_KG#] kg</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1">[#IF UNIT_EXTRACT#]</p><p class="header2">Dimensions and weight - total for the whole extract unit, when assembled</p><p class="poffset1">Width: [#UNIT_EXTRACT_WIDTH_MM#] mm</p><p class="poffset1">Height: [#UNIT_EXTRACT_HEIGHT_MM#] mm</p><p class="poffset1">Length: [#UNIT_EXTRACT_LENGTH_MM#] mm</p><p class="poffset1">Weight: [#UNIT_EXTRACT_WEIGHT_KG#] kg</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1"> </p><p class="header2">Energy efficiency class</p><p class="poffset1">[#UNIT_ENERGY_EFFICIENCY_CLASS#]</p><p class="poffset1">According to Eurovent efficiency classification for Air Handling Units. Description can be downloaded from www.eurovent-certification.com</p><p class="poffset1"> </p><p class="header2">SFP value</p><p class="poffset1">[#SFP_EXC_FREQ_CONVERTER#] kW/(m3/s) The SPF value must be equal to this number or lower. The SPF value is the electric power consumption of the fans for transportation of outdoor air, supply air, extract air and exhaust air through the air handling unit and through the complete ventilation system.</p><p class="poffset1">[#IF ADaut-*-*-* TTDAut-*-*-*-* FQC-S-*-*-1 FQC-E-*-*-1#]</p><p class="poffset1">[#SFP_INC_FREQ_CONVERTER#] kW/(m3/s) The SFP value must be equal to this number or lower when the electric power consumption includes fans and frequency converters for the fans for transportation of outdoor air, supply air, extract air and exhaust air through the air handling unit and through the complete ventilation system.</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1">The external pressure for the air handling unit through the complete ventilation system related to the design air flow for this air handling unit is by this calculation for the supply air and outdoor air:[#UNIT_IDPSTATICSUPDUCT_PA#] Pa.</p><p class="poffset1">And for the extract air and exhaust air: [#UNIT_IDPSTATICEXHDUCT_PA#] Pa.</p><p class="poffset1">The SPF calculation must be according to European Standard EN 13779 - Ventilation for non-residential buildings - performance requirements for ventilation and room-conditioning systems. (Values are by clean filters).</p><p class="poffset1"> </p><p class="header2">Air handling unit must be Eurovent certified</p><p class="poffset1">The mechanical characteristics of the Eurovent certification must comply with the achieved characteristics in certificate number 07.02.339 under air handling units - published on www.eurovent-certification.com</p><p class="header2">Necessary mechanical characteristics</p><p class="poffset1">Characteristics must be rated in accordance with European standard EN 1886:</p><p class="poffset1">Casing strength - D2 </p><p class="poffset1">Casing air leakage by negative pressure at 400 Pa - L3</p><p class="poffset1">Casing air leakage by positive pressure at 700 Pa - L3</p><p class="poffset1">Filter bypass leakage - F9</p><p class="poffset1">Thermal transmittance through the casing - T2</p><p class="poffset1">Thermal bridging factor - TB4</p><p class="poffset1">Acoustic insulation of casing:</p><p class="poffset1">Band (Hz) 125 250 500 1000 2000 4000 8000 </p><p class="poffset1">dB 10 21 26 27 28 29 30</p><p class="poffset1"> </p><p class="poffset1">Performance characteristics must be calculated with Eurovent certified software in accordance with European standard EN13053. Performance data must comply with test results from Eurovent certified laboratories.</p><p class="poffset1"> </p><p class="poffset1">Casing in modules must be built of closed steel profiles with bevelled corners of cast aluminium. Steel profiles - some of 1.25 mm and other of 1.7 mm thick steel - all protected by aluzink. </p><p class="poffset1">Panels and inspection doors must be a double-layer construction of steel plates with inner and outer panel plates folded together and provided with sealing before folding together they are: </p><p class="poffset2">Thickness of panel and door plates 0.8 mm</p><p class="poffset2">Panel plates must be protected by aluzink 185</p><p class="poffset2">Surface treatment of panel and door plates about 5 µm</p><p class="poffset2">Thickness of insulation in panels 50 mm</p><p class="poffset2">Insulation must be of high-density mineral wool - 50 kg/m3 </p><p class="poffset2">Mineral wool must be the non-combustible type</p><p class="poffset2">Mineral wool must be fire resistant in class A1 according to DIN 4102.</p><p class="poffset2">Panels must be fitted with durable flexible sealing strips (sealing strips welded on the panels as one united strip without holes). </p><p class="poffset2">Inspection doors must be fitted with long term flexible sealing strips. </p><p class="poffset2">Sealing between sections by durable sealing strips and sections must be efficiently kept together with a lock system.</p><p class="poffset1">All brackets, covers and frames of steel must be protected by aluzink 185. </p><p class="poffset1">Inspection doors must be mounted using solid hinges with easily removable stainless steel pins for easy removing of the door, if there is no room for normal opening of the doors. </p><p class="poffset1"> </p><p class="header2">Protection and safety measures to avoid injury</p><p class="poffset1">Inspection doors must be provided with locks on heavy-duty handles. </p><p class="poffset1">Doors can only be opened using a special key, thus meeting the specifications of the European Machinery Directive 2006/42/EC and all units must be CE-labelled. Units must be provided with a User Manual - written according to general guidelines for information in User Manuals. Description of protection and safety measures as well as risk analysis must be helpful for installers by the creation of a new CE-labelling after integration of the unit in complete ventilation systems. The User Manual must be delivered with the unit - printed on paper as well as on a CD.</p><p class="poffset1"> </p><p class="header2">Fan and motor installed on anti-vibration mounts</p><p class="poffset1">The frame with motor and fan must be placed on efficient anti-vibration mounts to reduce transformation of vibrations and sound to the casing considerably. Fan inlet must be connected to unit casing with flexible connection.</p><p class="poffset1"> </p><p class="poffset1">[#IF FAN_SUPPLY#]</p><p class="header2">Fan and motor - supply air</p><p class="poffset1">[#IF SUPPLY DVE-*-*-*-*-*-*-*-*#]Single inlet plug fan with open outlet into the air handling unit[#ENDIF#]</p><p class="poffset1">[#IF SUPPLY DVE-*-*-*-Tl-*-*-*-* DVE-*-*-*-Tm-*-*-*-*#]EC motor with direct driven impeller - 3-phase and 380 - 480 volt[#ENDIF#]</p><p class="poffset1">[#IF SUPPLY DVE-*-*-*-L-*-*-*-* DVE-*-*-*-T-*-*-*-*#]High efficient fan impeller fitted directly to the motor shaft and impeller must be fully balanced statically as well as dynamically[#ENDIF#]</p><p class="poffset1">[#IF SUPPLY DVE-*-*-*-M-*-*-*-* DVE-*-*-*-S-*-*-*-*#]Standard efficient fan impeller fitted directly to the motor shaft and impeller must be fully balanced statically as well as dynamically[#ENDIF#]</p><p class="poffset1">[#IF SUPPLY DVV-*-*-*-0-*-*-*-*#]Centrifugal fan[#ENDIF#]</p><p class="poffset1">[#IF SUPPLY DVV-*-*-*-1-*-*-*-*#]Centrifugal fan with running standby motor[#ENDIF#]</p><p class="poffset1">[#IF SUPPLY DVL-*-*#]Air distributor after the centrifugal fan to spread the air flow for better efficiency of the components in the unit after the fan [#ENDIF#]</p><p class="poffset1">[#IF SUPPLY DVE-*-*-*-L-*-*-*-* DVE-*-*-*-T-*-*-*-* DVE-*-*-*-M-*-*-*-* DVE-*-*-*-S-*-*-*-*#]</p><p class="poffset1">[#IF SUPPLY DVE-*-*-*-*-0#]IE1 standard efficient motor according to IEC-Norm[#ENDIF#]</p><p class="poffset1">[#IF SUPPLY DVE-*-*-*-*-1#]IE2 high efficient motorsaccording to IEC-Norm[#ENDIF#]</p><p class="poffset1">[#IF SUPPLY DVE-*-*-*-400-*#]3 x 400 V[#ENDIF#]</p><p class="poffset1">[#IF SUPPLY DVE-*-*-*-230-*#]3 X 230 V[#ENDIF#]</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1">[#IF SUPPLY M-*-1-230-*-*-*-*-*-*-*#]1 x 230 V[#ENDIF#]</p><p class="poffset1">Motor [#MOTOR_SUPPLY_RATED_POWER_KW#] kW</p><p class="poffset1">Consumed power from main power supply for the motor at nominal supply air capacity and nominal external pressure for this project - [#MOTOR_SUPPLY_CONSUMED_POWER_KW#] kW.</p><p class="poffset1">[#IF DAV-G#]6 mm2 equipotential bonding mounted between motor and casing. [#ENDIF#]</p><p class="poffset1"> [#IF ADaut-*-*-* TTDaut-*-*-*-*#]Frequency converter installed for continuous control of speed and airflow.[#ENDIF#]</p><p class="poffset1">[#IF FQC-S-*-*-2#]Frequency converter for continuous control of speed and airflow. Wire installed between motor and converter. [#ENDIF#]</p><p class="poffset1">[#IF FQC-S-*-*-1#]Frequency converter for continuous control of speed and airflow. Converter is not wired - just delivered in carton box.[#ENDIF#]</p><p class="poffset1">[#IF SUPPLY DVE-10-*-*-*-*-*-*-* DVE-15-*-*-*-*-*-*-* DVE-20-*-*-*-*-*-*-* DVE-25-*-*-*-*-*-*-* DVE-30-*-*-*-*-*-*-* DVV-10-*-*-*-*-*-*-* DVV-15-*-*-*-*-*-*-* DVV-20-*-*-*-*-*-*-* DVV-25-*-*-*-*-*-*-* DVV-30-*-*-*-*-*-*-*#]</p><p class="poffset1">Fan can be pulled out for cleaning and maintenance.</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1"> </p><p class="poffset1">[#IF FAN_EXTRACT#]</p><p class="header2">Fan and motor - extract air</p><p class="poffset1">[#IF EXTRACT DVE-*-*-*-*-*-*-*-*#]Single inlet plug fan with open outlet into the air handling unit[#ENDIF#]</p><p class="poffset1">[#IF EXTRACT DVE-*-*-*-Tl-*-*-*-* DVE-*-*-*-Tm-*-*-*-*#] EC motor with direct driven impeller - 3-phase and 380 - 480 volt[#ENDIF#]</p><p class="poffset1">[#IF EXTRACT DVE-*-*-*-L-*-*-*-* DVE-*-*-*-T-*-*-*-*#]High efficient fan impeller fitted directly to the motor shaft and impeller must be fully balanced statically as well as dynamically[#ENDIF#]</p><p class="poffset1">[#IF EXTRACT DVE-*-*-*-M-*-*-*-* DVE-*-*-*-S-*-*-*-*#]Standard efficient fan impeller fitted directly to the motor shaft and impeller must be fully balanced statically as well as dynamically[#ENDIF#]</p><p class="poffset1">[#IF EXTRACT DVV-*-*-*-0-*-*-*-*#]Centrifugal fan[#ENDIF#]</p><p class="poffset1">[#IF EXTRACT DVV-*-*-*-1-*-*-*-*#]Centrifugal fan with running standby motor [#ENDIF#]</p><p class="poffset1">[#IF EXTRACT DVL-*-*#]Air distributor after the centrifugal fan to spread the air flow for better efficiency of the components in the unit after the fan [#ENDIF#]</p><p class="poffset1">[#IF EXTRACT DVE-*-*-*-L-*-*-*-* DVE-*-*-*-T-*-*-*-* DVE-*-*-*-M-*-*-*-* DVE-*-*-*-S-*-*-*-*#]</p><p class="poffset1">[#IF EXTRACT DVE-*-*-*-*-0#]IE1 standard efficient motor according to IEC-Norm[#ENDIF#]</p><p class="poffset1">[#IF EXTRACT DVE-*-*-*-*-1#]IE2 high efficient motorsaccording to IEC-Norm[#ENDIF#]</p><p class="poffset1">[#IF EXTRACT DVE-*-*-*-400-*#]3 x 400 V[#ENDIF#]</p><p class="poffset1">[#IF EXTRACT DVE-*-*-*-230-*#]3 X 230 V[#ENDIF#]</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1">[#IF EXTRACT M-*-1-230-*-*-*-*-*-*-*#]1 x 230 V[#ENDIF#]</p><p class="poffset1">Motor [#MOTOR_EXTRACT_RATED_POWER_KW#] kW</p><p class="poffset1">Consumed power from main power supply for the motor at nominal supply air capacity and nominal external pressure for this project - [#MOTOR_EXTRACT_CONSUMED_POWER_KW#] kW</p><p class="poffset1">[#IF DAV-G#]6 mm2 equipotential bonding mounted between motor and casing. [#ENDIF#]</p><p class="poffset1">[#IF ADaut-*-*-* TTDaut-*-*-*-*#]Frequency converter installed for continuous control of speed and airflow.[#ENDIF#]</p><p class="poffset1">[#IF FQC-E-*-*-2#]Frequency converter for continuous control of speed and airflow. Wire installed between motor and converter. [#ENDIF#]</p><p class="poffset1">[#IF FQC-E-*-*-1#]Frequency converter for continuous control of speed and airflow. Converter is not wired - just delivered in carton box (94/1). [#ENDIF#]</p><p class="poffset1">[#IF EXTRACT DVE-10-*-*-*-*-*-*-* DVE-15-*-*-*-*-*-*-* DVE-20-*-*-*-*-*-*-* DVE-25-*-*-*-*-*-*-* DVE-30-*-*-*-*-*-*-* DVV-10-*-*-*-*-*-*-* DVV-15-*-*-*-*-*-*-* DVV-20-*-*-*-*-*-*-* DVV-25-*-*-*-*-*-*-* DVV-30-*-*-*-*-*-*-*#]Fan can be pulled out for cleaning and maintenance.</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1"> </p><p class="poffset1">[#IF DVC-*-*-*-*-*-*-*#]</p><p class="poffset1"> </p><p class="header2">Heat recovery, double high unit with rotary heat exchanger</p><p class="poffset1">Rotary heat exchanger for the transfer of heating and cooling from the extract air to the supply air. </p><p class="poffset1">[#IF DVC-*-*-2#]Drive system with gear motor and separate control system to achieve variable rotor speed. Lowest speed of only 3 % of the maximum speed ensures accurate temperature control. Sensor installed to control the rotation and alarm installed to activate signal for malfunction. [#ENDIF#]</p><p class="poffset1">[#IF DVC-*-*-1#]Drive system with gear motor and on/off switching of gear motor. [#ENDIF#]</p><p class="poffset1">[#IF DAC-P-*-*-*#]Purging sector - on the supply air exit-side of the rotor must be mounted a duct that enables a reduction of extract air in the supply air because clean outdoor air has the possibility to flow through the rotor to remove extract air from the inside of the rotor, before the rotor is turned so far that the supply air is flowing through the rotor to the rooms. Outdoor air will flow through the rotor and purging sector duct to the exhaust air fan, when the exhaust air fan creates more negative pressure over the rotor as created by the supply air fan.[#ENDIF#]</p><p class="poffset1">[#IF DAC-M#]The unit must be provided with a control system and switch for the activation of an alarm if the rotor is not turned around when it is ordered to be turned around.[#ENDIF#]</p><p class="Typografi poffset1 + Venstre: 127 cm"> </p><p class="poffset1">[#IF DVC-*-*-*-*-*-1-* DVC-*-*-*-*-*-6-*#]Temperature exchanger. Standard efficient exchanger [#ENDIF#]</p><p class="poffset1">[#IF DVC-*-*-*-*-*-3-* DVC-*-*-*-*-*-8-*#]Temperature exchanger. High efficient exchanger [#ENDIF#]</p><p class="poffset1">[#IF DVC-*-*-*-*-*-2-* DVC-*-*-*-*-*-7-*#]Hygroscopic exchanger with the ability to transfer humidity from the extract air to the supply air during the winter period. Standard efficient exchanger [#ENDIF#]</p><p class="poffset1">[#IF DVC-*-*-*-*-*-4-* DVC-*-*-*-*-*-9-*#]Hygroscopic exchanger with the ability to transfer humidity from the extract air to the supply air during the winter period. High efficient exchanger [#ENDIF#]</p><p class="poffset1">[#IF DVC-*-*-*-*-*-5-* DVC-*-*-*-*-*-0-*#]Rotary exchanger of sorption type with the ability to dehumidify supply air during the summertime, when the temperature and water content in the extract is below the temperature and water content in the outdoor air. Standard efficient[#ENDIF#]</p><p class="Typografi poffset1 + Venstre: 127 cm"> </p><p class="poffset1">[#IF DVC-10-*-*-*-*-*-* DVC-15-*-*-*-*-*-* DVC-20-*-*-*-*-*-* DVC-25-*-*-*-*-*-* DVC-30-*-*-*-*-*-*#]The complete exchanger with rotor, sealing brushes, shaft, bearings and drive system is installed in a separate cabinet to be pulled out for cleaning and maintenance.[#ENDIF#]</p><p class="Typografi poffset1 + Venstre: 127 cm"> </p><p class="header2">Winter</p><p class="poffset1">Supply air: Temperature before/after rotor: [#HEX_SUPPLY_WINTER_TEMPERATURE_BEFORE_AFTER_C#] C</p><p class="poffset1">Extract: Temperature before/after rotor: [#HEX_EXTRACT_WINTER_TEMPERATURE_BEFORE_AFTER_C#] C</p><p class="poffset1">Supply air: Rel. humidity before/after rotor: [#HEX_SUPPLY_WINTER_HUMIDITY_BEFORE_AFTER_PR#] %</p><p class="poffset1">Extract: Rel. humidity before/after rotor: [#HEX_EXTRACT_WINTER_HUMIDITY_BEFORE_AFTER_PR#] %</p><p class="poffset1">Capacity: [#HEX_WINTER_CAPACITY_KW#] kW </p><p class="poffset1">Temperature efficiency rate (dry): [#HEX_WINTER_DRY_EFFICIENCY_PR#] %</p><p class="poffset1">[#IF HEX_SUMMER#]</p><p class="Typografi poffset1 + Venstre: 127 cm"> </p><p class="header2">Summer</p><p class="poffset1">Supply air: Temperature before/after rotor: [#HEX_SUPPLY_SUMMER_TEMPERATURE_BEFORE_AFTER_C#] C</p><p class="poffset1">Extract: Temperature before/after rotor: [#HEX_EXTRACT_SUMMER_TEMPERATURE_BEFORE_AFTER_C#] C</p><p class="poffset1">Supply air: Rel. humidity before/after rotor: [#HEX_SUPPLY_SUMMER_HUMIDITY_BEFORE_AFTER_PR#] %</p><p class="poffset1">Extract: Rel. humidity before/after rotor: [#HEX_EXTRACT_SUMMER_HUMIDITY_BEFORE_AFTER_PR#] %</p><p class="poffset1">Capacity: [#HEX_SUMMER_CAPACITY_KW#] kW </p><p class="poffset1">Temperature efficiency rate (dry): [#HEX_SUMMER_DRY_EFFICIENCY_PR#] %</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1"> </p><p class="poffset1">[#IF DVQ-*-*-*-*-*-*-*-*-*#]</p><p class="poffset1">[#IF DVQ-*-*-*-*-*-*-1-*-* DVQ-*-*-*-*-*-*-2-*-* DVQ-*-*-*-*-*-*-3-*-* DVQ-*-*-*-*-*-*-4-*-*#]</p><p class="Typografi poffset1 + Venstre: 127 cm"> </p><p class="header2">Plate heat exchanger</p><p class="poffset1">Exchanger for the transfer of heating from the extract air to the supply air. The section is provided with tray under the exhaust air exit for collection of condensate water.</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1">[#IF DVQ-*-*-*-*-*-*-5-*-*#]</p><p class="header2">Counter flow plate heat exchanger</p><p class="poffset1">Exchanger for the transfer of heating from the extract air to the supply air and during hot days by cooling recovery for the transfer of cooling from the chilled extract air to the supply air.The section must be provided with tray under the exhaust air exit for collection of condensate water in the heating mode and tray under the supply air exit for collection of condensate water in the cooling recovery mode.</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1">[#IF DVQ-*-*-*-1-*#]Tray made of aluzink protected metal.[#ENDIF#] [#IF DVQ-*-*-*-2-*#]Tray made of stainless steel.[#ENDIF#]</p><p class="Typografi poffset1 + Venstre: 127 cm"> </p><p class="poffset1">The outlet pipe must be made of metal with external pipe threat. The installer must provide the outlet pipe with a water trap that is designed for the actual pressure difference and with sufficient water flow capacity.</p><p class="poffset1">[#IF DAX-VL#]</p><p class="poffset1">Water trap with sufficient capacity is delivered with the unit (water trap is not installed).</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1">Bypass duct and two separate dampers with one damper in the bypass duct and one damper in the inlet to the plate heat exchanger. [#IF DVQ-*-*-*-*-*-*-5-*-*#]The dampers must be controlled by modulating damper motor. [#ENDIF#]</p><p class="Typografi poffset1 + Venstre: 127 cm"> </p><p class="poffset1">To prevent the heat exchanger from being blocked and damaged by ice, when the outdoor air temperature is very low, the flow of outdoor air through the heat exchanger must be reduced automatically. The distribution of the flow between the exchanger and the by-pass duct must be calculated in a PI regulation to keep the heat exchange capacity on the maximum. A temperature sensor for the control of the maximum heat exchanger capacity without ice blocking of the exchanger must be installed in the exhaust air flow after the exchanger. When the outdoor temperature is so far below zero that the plate heat exchanger has reached the maximum heating capacity without ice blocking, and the temperature is still falling, the capacity of the after heating system by hot water heating coil or electric heater must be able to supply 100% of the heating capacity below this low temperature.</p><p class="Typografi poffset1 + Venstre: 127 cm"> </p><p class="poffset1">[#IF DVQ-*-*-*-*-*-*-1-*-* DVQ-*-*-*-*-*-*-2-*-*#]Aluminium heat exchanger[#ENDIF#]</p><p class="poffset1">[#IF DVQ-*-*-*-*-*-*-3-*-* DVQ-*-*-*-*-*-*-4-*-*#]Corrosion protected heat exchanger[#ENDIF#]</p><p class="poffset1">[#IF DVQ-*-*-*-*-*-*-1-*-* DVQ-*-*-*-*-*-*-3-*-*#]Standard efficient exchanger[#ENDIF#]</p><p class="poffset1">[#IF DVQ-*-*-*-*-*-*-2-*-* DVQ-*-*-*-*-*-*-4-*-*#]High efficient exchanger[#ENDIF#]</p><p class="Typografi poffset1 + Venstre: 127 cm"> </p><p class="header2">Winter</p><p class="poffset1">Supply air: Temperature before/after exchanger: [#HEX_SUPPLY_WINTER_TEMPERATURE_BEFORE_AFTER_C#] C</p><p class="poffset1">Extract: Temperature before/after exchanger: [#HEX_EXTRACT_WINTER_TEMPERATURE_BEFORE_AFTER_C#] C</p><p class="poffset1">Supply air: Rel. humidity before/after exchanger: [#HEX_SUPPLY_WINTER_HUMIDITY_BEFORE_AFTER_PR#] %</p><p class="poffset1">Extract: Rel. humidity before/after exchanger: [#HEX_EXTRACT_WINTER_HUMIDITY_BEFORE_AFTER_PR#] %</p><p class="poffset1">Capacity: [#HEX_WINTER_CAPACITY_KW#] kW </p><p class="poffset1">Temperature efficiency rate (dry): [#HEX_WINTER_DRY_EFFICIENCY_PR#] %</p><p class="poffset1">[#IF HEX_SUMMER#]</p><p class="Typografi poffset1 + Venstre: 127 cm"> </p><p class="header2">Summer</p><p class="poffset1">Supply air: Temperature before/after exchanger: [#HEX_SUPPLY_SUMMER_TEMPERATURE_BEFORE_AFTER_C#] C</p><p class="poffset1">Extract: Temperature before/after exchanger: [#HEX_EXTRACT_SUMMER_TEMPERATURE_BEFORE_AFTER_C#] C</p><p class="poffset1">Supply air: Rel. humidity before/after exchanger: [#HEX_SUPPLY_SUMMER_HUMIDITY_BEFORE_AFTER_PR#] %</p><p class="poffset1">Extract: Rel. humidity before/after exchanger: [#HEX_EXTRACT_SUMMER_HUMIDITY_BEFORE_AFTER_PR#] %</p><p class="poffset1">Capacity: [#HEX_SUMMER_CAPACITY_KW#] kW </p><p class="poffset1">Temperature efficiency rate (dry): [#HEX_SUMMER_DRY_EFFICIENCY_PR#] %</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1"> </p><p class="poffset1">[#IF DVRH-*-*-*-*-*-*-*#]</p><p class="header2">Run-around coil heat exchanger - supply air unit</p><p class="poffset1">Exchangers for the transfer of heating from the extract air to the supply air with a separate unit for the supply air and a separate unit for the extract air. It is possible to avoid transfer of pollution in the extract air to the supply air. Water pipe system between the coil in the extract air unit and the supply air unit is not included in this delivery.</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1"> </p><p class="poffset1">[#IF DVRK-*-*-*-*-*-*-*#]</p><p class="header2">Run-around coil heat exchanger - extract air unit</p><p class="poffset1">The unit for the extract air is provided with tray under the coil for collection of condensate water. [#IF DVKDT-*-*-1#]Tray made of aluzink protected metal.[#ENDIF#]</p><p class="poffset1">[#IF DVKDT-*-*-2#]Tray made of stainless steel.[#ENDIF#]</p><p class="poffset1">The outlet pipe must be made of metal with external pipe threat. </p><p class="poffset1">The installer must provide the outlet pipe with a water trap that is designed for the actual pressure difference and with sufficient water flow capacity.</p><p class="poffset1">[#IF DAX-VL#]</p><p class="poffset1">Water trap with sufficient capacity is delivered with the unit (water trap is not installed).</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1">[#IF DVKDE-*-*#]</p><p class="header2">Droplet eliminator</p><p class="poffset1">Fins made of plastic and they prevent droplets from being carried into the airflow.</p><p class="poffset1">Airflow resistance - maximum: [#DROPELIMINATOR_PRESSUREDROP#] Pa</p><p class="poffset1">[#ENDIF#]</p><p class="Typografi poffset1 + Venstre: 127 cm"> </p><p class="header2">Winter</p><p class="poffset1">Supply air: Temperature before/after exchanger: [#HEX_RUN_AROUND_SUPPLY_WINTER_TEMPERATURE_BEFORE_AFTER_C#] C</p><p class="poffset1">Extract: Temperature before/after exchanger: [#HEX_RUN_AROUND_EXTRACT_WINTER_TEMPERATURE_BEFORE_AFTER_C#] C</p><p class="poffset1">Supply air: Rel. humidity before/after exchanger: [#HEX_RUN_AROUND_SUPPLY_WINTER_HUMIDITY_BEFORE_AFTER_PR#] %</p><p class="poffset1">Extract: Rel. humidity before/after exchanger: [#HEX_RUN_AROUND_EXTRACT_WINTER_HUMIDITY_BEFORE_AFTER_PR#] %</p><p class="poffset1">Capacity: [#HEX_RUN_AROUND_WINTER_CAPACITY_KW#] kW</p><p class="poffset1">Temperature efficiency rate (dry): [#HEX_RUN_AROUND_WINTER_DRY_EFFICIENCY_PR#] %</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1"> </p><p class="poffset1">[#IF SUPPLY DVA-*-1-1-*-*-*#]</p><p class="header2">Damper - supply air - mounted on the unit</p><p class="poffset1">Damper with damper blades that are aerodynamically formed aluminum profiles and they must be mounted in an aluzinc protected steel frame. Damper blade bearings must be made of durable synthetic material with large bearing surface. Damper blade pivoting system must be built of steel rods and maintenance free brass bushes. Sealing strips must be made of EPDM rubber. Air tightness classification must be class 3 according to EN 1751.</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1"> </p><p class="poffset1">[#IF SUPPLY DVA-*-1-0-*-*-*#]</p><p class="header2">Damper - supply air - mounted inside the unit</p><p class="poffset1">Damper with damper blades that are aerodynamically formed aluminum profiles and they must be mounted in an aluzinc protected steel frame. Damper blade bearings must be made of durable synthetic material with large bearing surface. Damper blade pivoting system must be built of steel rods and maintenance free brass bushes. Sealing strips must be made of EPDM rubber. Air tightness classification must be class 3 according to EN 1751.</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1"> </p><p class="poffset1">[#IF SUPPLY DVA-*-1-4-*-*-*#]</p><p class="header2">Damper - supply air - mounted inside the unit</p><p class="poffset1">Damper with damper blades that are aerodynamically formed aluminum profiles and they must be mounted in an aluzinc protected steel frame. Damper blade bearings must be made of durable synthetic material with large bearing surface. Damper blade pivoting system must be built of steel rods and maintenance free brass bushes. Sealing strips must be made of EPDM rubber. Air tightness classification must be class 3 according to EN 1751.</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1">[#IF SUPPLY DVA-*-1-*-*-*-2#]</p><p class="poffset1">Damper blades must be insulated.[#ENDIF#]</p><p class="poffset1">[#IF SUPPLY DVA-*-1-*-*-*-3#]</p><p class="poffset1">Damper blades must be anodized for improved resistance against corrosion.[#ENDIF#]</p><p class="poffset1">[#IF ATA-S-*-*-1#]Damper motor of the on-off type must be installed on the damper for supply air[#ENDIF#]</p><p class="poffset1">[#IF ATA-S-*-*-2#]Damper motor of the spring-return type must be installed on the damper for supply air[#ENDIF#]</p><p class="poffset1"> </p><p class="poffset1">[#IF EXTRACT DVA-*-2-1-*-*-*#]</p><p class="header2">Damper - extract/exhaust air - mounted on the unit</p><p class="poffset1">Damper with damper blades that are aerodynamically formed aluminum profiles and they must be mounted in an aluzinc protected steel frame. Damper blade bearings must be made of durable synthetic material with large bearing surface. Damper blade pivoting system must be built of steel rods and maintenance free brass bushes. Sealing strips must be made of EPDM rubber. Air tightness classification must be class 3 according to EN 1751.</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1"> </p><p class="poffset1">[#IF EXTRACT DVA-*-2-0-*-*-*#]</p><p class="header2">Damper - extract/exhaust air - mounted inside the unit</p><p class="poffset1">Damper with damper blades that are aerodynamically formed aluminum profiles and they must be mounted in an aluzinc protected steel frame. Damper blade bearings must be made of durable synthetic material with large bearing surface. Damper blade pivoting system must be built of steel rods and maintenance free brass bushes. Sealing strips must be made of EPDM rubber. Air tightness classification must be class 3 according to EN 1751.</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1"> </p><p class="poffset1">[#IF EXTRACT DVA-*-2-3-*-*-*#]</p><p class="header2">Damper - extract/exhaust air - mounted inside the unit</p><p class="poffset1">Damper with damper blades that are aerodynamically formed aluminum profiles and they must be mounted in an aluzinc protected steel frame. Damper blade bearings must be made of durable synthetic material with large bearing surface. Damper blade pivoting system must be built of steel rods and maintenance free brass bushes. Sealing strips must be made of EPDM rubber. Air tightness classification must be class 3 according to EN 1751.</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1">[#IF EXTRACT DVA-*-2-*-*-*-2#]</p><p class="poffset1">Damper blades must be insulated.[#ENDIF#]</p><p class="poffset1">[#IF EXTRACT DVA-*-2-*-*-*-3#]</p><p class="poffset1">Damper blades must be anodized for improved resistance against corrosion.[#ENDIF#]</p><p class="poffset1">[#IF ATA-E-*-*-1#]Damper motor of the on-off type must be installed on the damper for extract air[#ENDIF#]</p><p class="poffset1"> [#IF ATA-E-*-*-2#]Damper motor of the spring-return type must be installed on the damper for extract air[#ENDIF#]</p><p class="poffset1"> </p><p class="poffset1">[#IF DVB-*-1-1-*-*-*#]</p><p class="header2">One damper for recirculation - mounted on the unit</p><p class="poffset1">Damper must be with reduced opening for recirculation of about 50% of the full airflow capacity. Damper with damper blades that are aerodynamically formed aluminum profiles and they must be mounted in an aluzinc protected steel frame. Damper blade bearings must be made of durable synthetic material with large bearing surface. Damper blade pivoting system must be built of steel rods and maintenance free brass bushes. Sealing strips must be made of EPDM rubber. Air tightness classification must be class 3 according to EN 1751.</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1"> </p><p class="poffset1">[#IF DVB-*-1-0-*-*-*#]</p><p class="header2">One damper for recirculation - mounted inside the unit</p><p class="poffset1">Damper must be with reduced opening for recirculation of about 50% of the full airflow capacity. Damper with damper blades that are aerodynamically formed aluminum profiles and they must be mounted in an aluzinc protected steel frame. Damper blade bearings must be made of durable synthetic material with large bearing surface. Damper blade pivoting system must be built of steel rods and maintenance free brass bushes. Sealing strips must be made of EPDM rubber. Air tightness classification must be class 3 according to EN 1751.</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1">[#IF DVB-*-1-*-*-*-2#]</p><p class="poffset1">Damper blades must be insulated.</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1">[#IF DVB-*-1-*-*-*-3#]</p><p class="poffset1">Damper blades must be anodized for improved resistance against corrosion.</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1"> </p><p class="poffset1">[#IF DVB-*-2-1-*-*-*#]</p><p class="header2">One damper for recirculation - mounted on the unit</p><p class="poffset1">Damper must be with reduced opening for recirculation of about 50% of the full airflow capacity. Damper with damper blades that are aerodynamically formed aluminum profiles and they must be mounted in an aluzinc protected steel frame. Damper blade bearings must be made of durable synthetic material with large bearing surface. Damper blade pivoting system must be built of steel rods and maintenance free brass bushes. Sealing strips must be made of EPDM rubber. Air tightness classification must be class 3 according to EN 1751.</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1"> </p><p class="poffset1">[#IF DVB-*-2-0-*-*-*#]</p><p class="header2">One damper for recirculation - extract air - mounted inside the unit</p><p class="poffset1">Damper must be with reduced opening for recirculation of about 50% of the full airflow capacity. Damper with damper blades that are aerodynamically formed aluminum profiles and they must be mounted in an aluzinc protected steel frame. Damper blade bearings must be made of durable synthetic material with large bearing surface. Damper blade pivoting system must be built of steel rods and maintenance free brass bushes. Sealing strips must be made of EPDM rubber. Air tightness classification must be class 3 according to EN 1751.</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1">[#IF DVB-*-2 -*-*-*-2#]</p><p class="poffset1">Damper blades must be insulated.</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1">[#IF DVB-*-2-*-*-*-3#]</p><p class="poffset1">Damper blades must be anodized for improved resistance against corrosion.</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1"> </p><p class="poffset1">[#IF DVM-*-1-*-*-*-*#]</p><p class="header2">Two dampers for recirculation</p><p class="poffset1">Two dampers and both dampers must be with reduced opening for recirculation of about 50% of the full airflow capacity. Dampers with damper blades that are aerodynamically formed aluminum profiles and they must be mounted in an aluzinc protected steel frame. Damper blade bearings must be made of durable synthetic material with large bearing surface. Damper blade pivoting system must be built of steel rods and maintenance free brass bushes. Sealing strips must be made of EPDM rubber. Air tightness classification must be class 3 according to EN 1751.</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1">[#IF DVM-*-1-*-*-*-2#]</p><p class="poffset1">Damper blades must be insulated.</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1">[#IF DVM-*-1-*-*-*-3#]</p><p class="poffset1">Damper blades must be anodized for improved resistance against corrosion.</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1"> </p><p class="poffset1">[#IF DVM-*-2-*-*-*-*#]</p><p class="header2">Two dampers for recirculation</p><p class="poffset1">Two dampers and both dampers must be with reduced opening for recirculation of about 50% of the full airflow capacity. Dampers with damper blades that are aerodynamically formed aluminum profiles and they must be mounted in an aluzinc protected steel frame. Damper blade bearings must be made of durable synthetic material with large bearing surface. Damper blade pivoting system must be built of steel rods and maintenance free brass bushes. Sealing strips must be made of EPDM rubber. Air tightness classification must be class 3 according to EN 1751.</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1">[#IF DVM-*-2-*-*-*-2#]</p><p class="poffset1">Damper blades must be insulated.</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1">[#IF DVM-*-2-*-*-*-3#]</p><p class="poffset1">Damper blades must be anodized for improved resistance against corrosion.</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1"> </p><p class="poffset1">[#IF DVP-*-1-*-*-*-*#]</p><p class="header2">Mixing damper system</p><p class="poffset1">Mixing damper system must be built with 3 dampers for double high air handling unit. The two dampers - one for supply air and one for exhaust air are big for full 100 % air flow capacity and the damper for recirculation is reduced in size for about 50 % air flow capacity. Dampers with damper blades that are aerodynamically formed aluminum profiles and they must be mounted in 3 separate aluzinc protected steel frames. Damper blade bearings must be made of durable synthetic material with large bearing surface. Damper blade pivoting system must be built of steel rods and maintenance free brass bushes. Sealing strips must be made of EPDM rubber. Air tightness classification must be class 3 according to EN 1751.</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1">[#IF DVP-*-1-*-*-*-2#]</p><p class="poffset1">Damper blades must be insulated.</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1">[#IF DVP-*-1-*-*-*-3#]</p><p class="poffset1">Damper blades must be anodized for improved resistance against corrosion.</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1">[#IF DVA-*-* DVB-*-* DVM-*-* DVP-*-*#]</p><p class="poffset1">[#IF DAX-DR #]</p><p class="poffset1">The damper must be adjustable with a handle. The handle must be placed directly on the frame of the damper.</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1"> </p><p class="poffset1">[#IF SUPPLY DVF-*-*#]</p><p class="header2">Bag filter - supply</p><p class="poffset1">Filter classification according to EN 779. Filter must be of glass fibre material with 25 mm standard frames. Rubber sealing strips must be fixed to the frame in the casing. The filter frame must be pressed against the sealing strips.</p><p class="poffset1">Filter class: [#FILTER_SUPPLY_CLASS#]</p><p class="poffset1">Filter length [#FILTER_SUPPLY_LENGTH#] mm</p><p class="poffset1">Dimensioning pressure drop: [#FILTER_SUPPLY_PRESSUREDROP#] Pa</p><p class="poffset1">Velocity, face area: [#FILTER_SUPPLY_VELOCITY_FACE#] m/s</p><p class="poffset1">Velocity, filter area: [#FILTER_SUPPLY_VELOCITY_FILTER#] m/s</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1"> </p><p class="poffset1">[#IF SUPPLY DVG-*-*#]</p><p class="header2">Pre filter - supply</p><p class="poffset1">Filter classification according to EN 779. Filter must be of glass fibre material. The filter frame must be pressed against the bar system.</p><p class="poffset1">Filter class: [#PRE_FILTER_SUPPLY_CLASS#]</p><p class="poffset1">Filter length [#PRE_FILTER_SUPPLY_LENGTH#] mm</p><p class="poffset1">Dimensioning pressure drop: [#PRE_FILTER_SUPPLY_PRESSUREDROP#] Pa</p><p class="poffset1">Velocity, face area: [#PRE_FILTER_SUPPLY_VELOCITY_FACE#] m/s</p><p class="poffset1">Velocity, filter area: [#PRE_FILTER_SUPPLY_VELOCITY_FILTER#] m/s</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1">[#IF SUPPLY DVF-*-* SUPPLY DVG-*-* #]</p><p class="poffset1">[#IF SUPPLY DAF-ST-*#]A stainless steel plate must be mounted under the filter.[#ENDIF#]</p><p class="poffset1">[#IF SUPPLY DAX-ST-*#]A stainless steel plate must be mounted under damper and filter.[#ENDIF#]</p><p class="poffset1">[#ENDIF#]</p><p class="Typografi poffset1 + Venstre: 127 cm"> </p><p class="poffset1">[#IF ADX-FS-*-0#]</p><p class="header2">Filter control not delivered for supply air filter.</p><p class="poffset1">Nothing delivered for control of the resistance of the air flow through the filter[#ENDIF#]</p><p class="poffset1">[#IF ADX-FS-*-1#] </p><p class="header2">Filter control for supply air filter</p><p class="poffset1">Resistance of the air flow through the filter must be controlled automatically. When adjusted pressure is exceeded switches must be closed or opened according to set up, and alarm must be activated for too high air flow resistance.[#ENDIF#]</p><p class="poffset1">[#IF ADX-FS-*-2#]</p><p class="header2">Filter control for supply air filters</p><p class="poffset1">Resistance of the air flow through pre filter and bag filter must be controlled automatically. When adjusted pressure is exceeded switches must be closed or opened according to set up, and alarm must be activated for too high air flow resistance.[#ENDIF#]</p><p class="poffset1">[#IF SUPPLY DVF-*-* SUPPLY DVG-*-* #]</p><p class="poffset1">[#IF SUPPLY DAX-UM#]U-pipe manometer over supply air filter[#ENDIF#]</p><p class="poffset1">[#IF SUPPLY DAX-IM#]</p><p class="poffset1">Inclined manometer over supply air filter [#ENDIF#]</p><p class="poffset1">[#IF SUPPLY DAX-MM#]</p><p class="poffset1">Magnehelic manometer over supply air filter [#ENDIF#]</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1">[#IF SUPPLY DVF-*-* SUPPLY DVG-*-* #]</p><p class="poffset1">[#IF SUPPLY DAF-G3-* #]</p><p class="header2">Spare part filter - G3</p><p class="poffset1">Spare part filter - G3 - must be delivered with the unit for supply air.</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1">[#IF SUPPLY DAG-*-4 #]</p><p class="header2">Spare part filter - G4</p><p class="poffset1">Spare part filter - G4 - must be delivered with the unit for supply air.</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1"> [#IF SUPPLY DAF-F5-* #]</p><p class="header2">Spare part filter - F5</p><p class="poffset1">Spare part filter - F5 - must be delivered with the unit for supply air.</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1">[#IF SUPPLY DAF-F6-* #]</p><p class="header2">Spare part filter - F6</p><p class="poffset1">Spare part filter - F6 - must be delivered with the unit for supply air.</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1">[#IF SUPPLY DAF-F7-* #]</p><p class="header2">Spare part filter - F7</p><p class="poffset1"> Spare part filter - F7 - must be delivered with the unit for supply air.</p><p class="poffset1"> [#ENDIF#]</p><p class="poffset1">[#IF SUPPLY DAF-F9-* #]</p><p class="header2">Spare part filter - F9</p><p class="poffset1">Spare part filter - F9 - must be delivered with the unit for supply air.</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1"> </p><p class="poffset1">[#IF EXTRACT DVF-*-*#]</p><p class="header2">Bag filter - extract</p><p class="poffset1">Filter classification according to EN 779. Filter must be of glass fibre material with 25 mm standard frames. Rubber sealing strips must be fixed to the frame in the casing. The filter frame must be pressed against the sealing strips and locked into place by a sliding bar system. The system must be easy to operate by large handles.</p><p class="poffset1">Filter class: [#FILTER_EXTRACT_CLASS#]</p><p class="poffset1">Filter length [#FILTER_EXTRACT_LENGTH#] mm</p><p class="poffset1">Dimensioning pressure drop: [#FILTER_EXTRACT_PRESSUREDROP#] Pa</p><p class="poffset1">Velocity, face area: [#FILTER_EXTRACT_VELOCITY_FACE#] m/s</p><p class="poffset1">Velocity, filter area: [#FILTER_EXTRACT_VELOCITY_FILTER#] m/s</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1"> </p><p class="poffset1">[#IF EXTRACT DVG-*-*#]</p><p class="header2">Pre filter - exhaust</p><p class="poffset1">Filter classification according to EN 779. Filter must be of glass fibre material. The filter frame must be pressed against the bar system.</p><p class="poffset1">Filter class: [#PRE_FILTER_EXTRACT_CLASS#]</p><p class="poffset1">Filter length [#PRE_FILTER_EXTRACT_LENGTH#] mm</p><p class="poffset1">Dimensioning pressure drop: [#PRE_FILTER_EXTRACT_PRESSUREDROP#] Pa</p><p class="poffset1">Velocity, face area: [#PRE_FILTER_EXTRACT_VELOCITY_FACE#] m/s</p><p class="poffset1">Velocity, filter area: [#PRE_FILTER_EXTRACT_VELOCITY_FILTER#] m/s</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1">[#IF EXTRACT DVF-*-* EXTRACT DVG-*-* #]</p><p class="poffset1">[#IF EXTRACT DAF-ST-*#]</p><p class="poffset1">A stainless steel plate must be mounted under the filter.[#ENDIF#]</p><p class="poffset1">[#IF EXTRACT DAX-ST-*#]</p><p class="poffset1">A stainless steel plate must be mounted under damper and filter.[#ENDIF#]</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1">[#IF ADX-FE-*-0#]</p><p class="header2">Filter control not delivered for exhaust air filter</p><p class="poffset1">Nothing delivered for control of the resistance of the air flow through the filter.[#ENDIF#]</p><p class="poffset1">[#IF ADX-FE-*-1#]</p><p class="header2">Filter control for exhaust air filter</p><p class="poffset1">Resistance of the air flow through the filter must be controlled automatically. When adjusted pressure is exceeded switches must be closed or opened according to set up, and alarm must be activated for too high air flow resistance.[#ENDIF#]</p><p class="poffset1">[#IF ADX-FE-*-2#]</p><p class="header2">Filter control for exhaust air filters</p><p class="poffset1">Resistance of the air flow through pre filter and bag filter must be controlled automatically. When adjusted pressure is exceeded switches must be closed or opened according to set up, and alarm must be activated for too high air flow resistance.[#ENDIF#]</p><p class="poffset1">[#IF EXTRACT DVF-*-* EXTRACT DVG-*-* #]</p><p class="poffset1">[#IF EXTRACT DAX-UM#] U-pipe manometer over exhaust air filter[#ENDIF#]</p><p class="poffset1">[#IF EXTRACT DAX-IM#] Inclined manometer over exhaust air filter[#ENDIF#]</p><p class="poffset1">[#IF EXTRACT DAX-MM#] Magnehelic manometer over exhaust air filter[#ENDIF#]</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1">[#IF EXTRACT DVF-*-* EXTRACT DVG-*-* #]</p><p class="poffset1">[#IF EXTRACT DAF-G3-* #]</p><p class="header2">Spare part filter - G3</p><p class="poffset1">Spare part filter - G3 - must be delivered with the unit for exhaust air.</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1">[#IF EXTRACT DAG-*-4 #]</p><p class="header2">Spare part filter - G4</p><p class="poffset1">Spare part filter - G4 - must be delivered with the unit for exhaust air.</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1"> [#IF EXTRACT DAF-F5-* #]</p><p class="header2">Spare part filter - F5</p><p class="poffset1">Spare part filter - F5 - must be delivered with the unit for exhaust air.</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1">[#IF EXTRACT DAF-F6-* #]</p><p class="header2">Spare part filter - F6</p><p class="poffset1">Spare part filter - F6 - must be delivered with the unit for exhaust air.</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1">[#IF EXTRACT DAF-F7-* #]</p><p class="header2">Spare part filter - F7</p><p class="poffset1">Spare part filter - F7 - must be delivered with the unit for exhaust air.</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1">[#IF EXTRACT DAF-F9-* #]</p><p class="header2">Spare part filter - F9</p><p class="poffset1">Spare part filter - F9 - must be delivered with the unit for exhaust air.</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1"> </p><p class="poffset1">[#IF DVH-*-*-*-*-*-0-* DVH-*-*-*-*-*-1-* DVH-*-*-*-*-*-2-* DVH-*-*-*-*-*-3-*#]</p><p class="header2"> </p><p class="header2">Heating coil - hot water</p><p class="poffset1">Coil must be made of copper tubes with aluminium fins. Main connection pipes must be made of metal with external pipe threat. [#IF DVH-*-*-1-*-*-*-*#]The air flow face area of the unit must not be reduced in the side with the main water inlet and return pipes which must be placed outside the air flow face area of the unit casing in a cabinet on the side of the air handling unit.[#ENDIF#]</p><p class="Typografi poffset1 + Venstre: 127 cm"> </p><p class="poffset1">Air: Temperature, in/out: [#HEATER_AIR_TEMPERATURE_BEFORE_AFTER_C#] C</p><p class="poffset1">Water: Temperature, in/out: [#HEATER_WATER_TEMPERATURE_BEFORE_AFTER_C#] C</p><p class="poffset1">Heating capacity: [#HEATER_CAPACITY_KW#] kW</p><p class="poffset1"> </p><p class="poffset1"> [#IF DAH-FG#]A pipe about 10 cm long must be mounted on the return pipe of the coil. The outer end of the pipe must be visible outside the unit. It must be possible to install a temperature sensor in the pipe. The sensor - when installed - must be able to transmit the water temperature to the controller from one of the return pipes in the front row of the pipes in the coil (the front row of pipes in the coil is the side of the coil where the supply air enters the coil. [#ENDIF#]</p><p class="poffset1">[#IF DAH-FG-Y#]A pipe about 10 cm long must be mounted on the return pipe of the coil. The outer end of the pipe must be visible outside the unit. It must be possible to install a temperature sensor in the pipe. The sensor - when installed - must be able to transmit the water temperature to the controller from one of the return pipes in the front row of the pipes in the coil (the front row of pipes in the coil is the side of the coil where the supply air enters the coil. [#ENDIF#]</p><p class="poffset1">[#IF ADHK-*-3-*-*#] A mechanical thermostat with a capillary tube must be mounted on the surface of the coil and must stop the fans directly if the temperature falls below the thermostat set-point. In addition it must make a controlled shutdown of the unit - close dampers and stop all other functions. [#ENDIF#]</p><p class="poffset1">[#IF ADX-MVH-*-*-*#]</p><p class="poffset1">Valve coil: [#HEATER_VALVE_COIL#]</p><p class="poffset1">Flow: [#HEATER_VALVE_COIL_FLOW_LS#] l/s</p><p class="poffset1">Pressure: [#HEATER_VALVE_PRESSUREDROP_PA#] Pa</p><p class="poffset1">Kvs value: [#HEATER_VALVE_KVS#] </p><p class="poffset1">[#ENDIF#]</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1"> </p><p class="poffset1">[#IF DVH-*-*-2-*-*-* DVH-*-*-3-*-*-*#]</p><p class="header2"> </p><p class="header2">Electric heater</p><p class="poffset1">Separate controller for the electric heater must be installed in a switchboard beside the heater in the same section as the heater. The main controller in the switchboard for the air handling unit delivers a 0-10V DC signal for control of the heater capacity. The separate controller beside the heater converts the signal to the heating capacity required. The electric heater is not supplied from the air handling unit switchboard. No power supply cables are connected to the electric heater. The separate controller is without supply disconnecting device. </p><p class="poffset1">Air: Temperature, in/out: [#HEATER_ELECTRICAL_AIR_TEMPERATURE_BEFORE_AFTER_C#] C</p><p class="poffset1">Heating capacity: [#HEATER_ELECTRICAL_CAPACITY_KW#] kW</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1"> </p><p class="poffset1">[#IF DVK-*-*-*-*-*-0-*#]</p><p class="header2">Cooling coil </p><p class="poffset1">Not delivered but section with empty space in the unit available for later installation of cooling coil</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1"> </p><p class="poffset1">[#IF DVK-*-*-*-*-*-1-* DVK-*-*-*-*-*-2-*#]</p><p class="header2">Cooling coil - chilled water</p><p class="poffset1">Coil must be made of copper tubes with aluminium fins. Main connection pipes must be made of metal with external pipe threat. [#IF DVK-*-*-1-*-*-*-*#]The air flow face area of the unit must not be reduced in the side with the main water inlet and return pipes which must be placed outside the air flow face area of the unit casing in a cabinet on the side of the air handling unit.[#ENDIF#]</p><p class="Typografi poffset1 + Venstre: 127 cm"> </p><p class="poffset1">Fluid type - [#COIL_FLUID_TYPE#]</p><p class="poffset1">[#IF COIL_GLYCOL#]Glycol percentage [#COIL_GLYCOL_PERC#] %[#ENDIF#]</p><p class="Typografi poffset1 + Venstre: 127 cm"> </p><p class="poffset1">Air: Temperature, in/out: [#COOLER_AIR_TEMPERATURE_BEFORE_AFTER_C#] C</p><p class="poffset1">Water: Temperature, in/out:[#COOLER_WATER_TEMPERATURE_BEFORE_AFTER_C#] C</p><p class="poffset1">Cooling capacity: [#COOLER_CAPACITY_KW#] kW</p><p class="poffset1">[#IF DVKDE-*-*#]</p><p class="header2">Droplet eliminator</p><p class="poffset1">Fins made of plastic and prevent droplets from being carried into the airflow.</p><p class="poffset1">Airflow resistance - maximum: [#DROPELIMINATOR_PRESSUREDROP#] Pa</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1">[#IF DVKDT-*-*-*#]</p><p class="poffset1">The coil must be provided with tray for collection of condensate water and pipe for outlet must be made of metal with external pipe threat. The installer must provide the outlet pipe with a water trap that is designed for the actual pressure difference and with sufficient water flow capacity. </p><p class="poffset1">[#IF DVKDT-*-*-1#]Tray made of aluzink protected metal.[#ENDIF#]</p><p class="poffset1">[#IF DVKDT-*-*-2#]Tray made of stainless steel.[#ENDIF#]</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1">[#IF DAX-VL#]Water trap with sufficient capacity must be delivered with the unit (water trap is not installed).[#ENDIF#]</p><p class="poffset1">[#IF ADX-MVK-*-*-*#]</p><p class="poffset1">Valve coil: [#COOLER_VALVE_COIL#]</p><p class="poffset1">Flow: [#COOLER_VALVE_COIL_FLOW_LS#] l/s</p><p class="poffset1">Pressure: [#COOLER_VALVE_PRESSUREDROP_PA#] Pa</p><p class="poffset1">Kvs value: [#COOLER_VALVE_KVS#] </p><p class="poffset1">[#ENDIF#]</p><p class="poffset1"> [#ENDIF#]</p><p class="poffset1"> </p><p class="poffset1">[#IF DVK-*-*-*-*-*-3-* DVK-*-*-*-*-*-4-*#]</p><p class="poffset1"> </p><p class="header2">Cooling coil - direct expansion</p><p class="poffset1">Coil must be made of copper tubes with aluminium fins [#IF DVK-*-*-1-*-*-*-*#] The air flow face area of the unit must not be reduced in the side with the refrigerant inlet and refrigerant kondensate pipes which must be placed outside the air flow face area of the unit casing in a cabinet on the side of the air handling unit.[#ENDIF#]</p><p class="Typografi poffset1 + Venstre: 127 cm"> </p><p class="poffset1">Expansion temperature: [#COOLER_EXPANSION_TEMPERATURE_C#] C </p><p class="poffset1">Air: Temperature, in / out: [#COOLER_AIR_TEMPERATURE_BEFORE_AFTER_C#] C</p><p class="poffset1">Cooling capacity: [#COOLER_CAPACITY_KW#] kW</p><p class="poffset1">Refrigerant: [#COIL_FLUID_TYPE#]</p><p class="poffset1"> [#IF DVKDE-*-*#]</p><p class="header2">Droplet eliminator</p><p class="poffset1">Fins made of plastic and prevent droplets from being carried into the airflow.</p><p class="poffset1">Airflow resistance - maximum: [#DROPELIMINATOR_PRESSUREDROP#] Pa</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1">[#IF DVKDT-*-*-*#]</p><p class="poffset1">The coil must be provided with tray for collection of condensate water and pipe for outlet must be made of metal with external pipe threat. The installer must provide the outlet pipe with a water trap that is designed for the actual pressure difference and with sufficient water flow capacity. </p><p class="poffset1">[#IF DVKDT-*-*-1#]Tray made of aluzink protected metal.[#ENDIF#]</p><p class="poffset1">[#IF DVKDT-*-*-2#]Tray made of stainless steel.[#ENDIF#]</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1">[#IF DAX-VL#]</p><p class="poffset1">Water trap with sufficient capacity must be delivered with the unit (water trap is not installed).</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1"> </p><p class="poffset1">[#IF DVHK-*-*-*-*-*-*-*#]</p><p class="header2">Change-over coil - hot water and chilled water</p><p class="poffset1">Coil must be made of copper tubes with aluminium fins. Main connection pipes must be made of metal with external pipe threat. [#IF DVHK-*-*-1-*-*-*-*#]The air flow face area of the unit must not be reduced in the side with the main water inlet and return pipes which must be placed outside the air flow face area of the unit casing in a cabinet on the side of the air handling unit. [#ENDIF#]</p><p class="header2">Heating</p><p class="poffset1">Fluid type - [#DX_COIL_HEATER_FLUID_TYPE#]</p><p class="poffset1">[#IF DX_COIL_HEATER_GLYCOL#]Glycol percentage [#DX_COIL_HEATER_GLYCOL_PERC#] %[#ENDIF#]</p><p class="poffset1">Air: Temperature, in/out: [#DX_COIL_HEATER_AIR_TEMPERATURE_BEFORE_AFTER_C#] C</p><p class="poffset1">Water: Temperature, in/out: [#DX_COIL_HEATER_WATER_TEMPERATURE_BEFORE_AFTER_C#] C</p><p class="poffset1">Heating capacity: [#DX_COIL_HEATER_CAPACITY_KW#] kW</p><p class="header2">Cooling</p><p class="poffset1">Fluid type - [#DX_COIL_COOLER_FLUID_TYPE#]</p><p class="poffset1">[#IF DX_COIL_COOLER_GLYCOL#]Glycol percentage [#DX_COIL_COOLER_GLYCOL_PERC#] %[#ENDIF#]</p><p class="poffset1">Air: Temperature, in / out: [#DX_COIL_COOLER_AIR_TEMPERATURE_BEFORE_AFTER_C#] C</p><p class="poffset1">Water: Temperature, in /out: [#DX_COIL_COOLER_WATER_TEMPERATURE_BEFORE_AFTER_C#] C</p><p class="poffset1">Cooling capacity: [#DX_COIL_COOLER_CAPACITY_KW#] kW</p><p class="poffset1"> </p><p class="poffset1">The main return pipe must be provided with a hole with internal pipe threat. In the hole must be mounted a pipe about 10 cm long with the end of the pipe outside the panel for installation of a temperature sensor in the pipe. The sensor - when installed - must be able to transmit the water temperature from one of the return pipes in the front row of pipes in the coil to the controller (the front row of pipes in the coil is the side of the coil where the supply air enters the coil.</p><p class="poffset1">[#IF DVKDE-*-*#]</p><p class="header2">Droplet eliminator</p><p class="poffset1">Fins made of plastic and prevent droplets from being carried into the airflow.</p><p class="poffset1">Airflow resistance - maximum: [#DROPELIMINATOR_PRESSUREDROP#] Pa</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1">[#IF DVKDT-*-*-*#]</p><p class="Typografi poffset1 + Venstre: 127 cm"> </p><p class="poffset1">The coil must be provided with tray for collection of condensate water and pipe for outlet must be made of metal with external pipe threat. The installer must provide the outlet pipe with a water trap that is designed for the actual pressure difference and with sufficient water flow capacity. </p><p class="poffset1">[#IF DVKDT-*-*-1#]Tray made of aluzink protected metal.[#ENDIF#]</p><p class="poffset1">[#IF DVKDT-*-*-2#]Tray made of stainless steel.[#ENDIF#]</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1">[#IF DAX-VL#]Water trap with sufficient capacity must be delivered with the unit (water trap is not installed). [#ENDIF#]</p><p class="poffset1">[#IF ADX-MVK-*-*-*#]</p><p class="poffset1">Valve coil: [#COOLER_VALVE_COIL#]</p><p class="poffset1">Flow: [#COOLER_VALVE_COIL_FLOW_LS#] l/s</p><p class="poffset1">Pressure: [#COOLER_VALVE_PRESSUREDROP_PA#] Pa</p><p class="poffset1">Kvs value: [#COOLER_VALVE_KVS#] </p><p class="poffset1">[#ENDIF#]</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1"> </p><p class="poffset1">[#IF DVD-*-*-*-*-*-*#]</p><p class="header2">Sound attenuator</p><p class="poffset1">Section with attenuator baffles.</p><p class="poffset1">Attenuation at 250 Hz [#SILENCER_ATTENUATION_250_HZ#] dB</p><p class="poffset1">Values for the specific airflow imported from the software - SystemairCAD</p><p class="poffset1">Band (Hz) 63 125 250 500 1000 2000 4000 8000 dB [#SILENCER_ATTENUATION_HZ#]</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1"> </p><p class="poffset1">[#IF DVT-*-*-*#]</p><p class="header2">Duct connections</p><p class="poffset1">[#IF DVT-*-2-*#]Flexible duct connection, 20 mm LS profile.[#ENDIF#]</p><p class="poffset1">[#IF DVT-*-4-*#]Flexible duct connection, 30 mm EP/LSM profile.[#ENDIF#]</p><p class="poffset1">[#IF DVT-*-1-*#]Rigid duct connection, 20 mm LS profile.[#ENDIF#]</p><p class="poffset1">[#IF DVT-*-3-*#]Ridgid duct connection, 30 mm EP/LSM profile.[#ENDIF#]</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1"> </p><p class="poffset1">[#IF DVY-*-*-*-*-*#]</p><p class="header2">Air intake and exhaust air section for outdoor unit</p><p class="poffset1">Supply air intake through the end of the unit and exhaust air outlet behind the unit, opposite to the inspection side of the unit reduces the risk of recirculation of used exhaust air to the supply air. Supply air intake as well as exhaust air outlet are provided with louvers for protection against rain.</p><p class="poffset1">[#ENDIF#]</p><p class="poffset1"> </p><p class="poffset1">___________________________________________________________________</p><p class="poffset1"> </p><p class="poffset1">A unit that will comply with the above mentioned data is the SYSTEMAIR Air handling unit [#UNIT_TYPE_AND_SIZE#] available from [#PROJECT_COMPANY_NAME#] [#PRINTOUT_ADDRESS#], contact person by Systemair - [#PROJECT_CONTACT_BY_SYSTEMAIR#], quotation number [#PROJECT_QUOTATION_NUMBER#] </p><p class="poffset1"> </p></body></html>