Twin and Single Inline Fans. Offers a range of flexible installation and application options, including auto-changeover on the Twin range

Transcription

1 Twin and Single Inline Fans Offers a range of flexible installation and application options, including auto-changeover on the Twin range

2 2 Version 3.1

3 Breathing Buildings Inline Box Fans Demand Control Ventilation 3 Inline Box Fans with Demand Control Ventilation Designed for energy efficient supply or extract ventilation, our range of inline fans provide full Demand control ventilation. The inline fan range maintains low noise levels and is compact enough to be discreetly installed above a false ceiling or on the roof. The Twin models offer auto-changeover functionality for toilets and other rooms where % standby is required. Product Information Features Duct Sizes mm - Airflow.1 to 1.6m 3 /s, Pressure up to 6Pa Demand ventilation fan controller with lockable isolator Latest energy saving EC/DC motors Aluzinc construction suitable for internal or external mounting Manufactured controlled to BS EN ISO 91 tested to BS848 Part 1 & 2 Available as single or twin fan models Twin fans incorporate duty sharing auto changeover control as standard Product Description Available as single or twin models and internally treated with O Class rated acoustic foam for high sound absorption. Weatherproof external units incorporate an additional controller shroud. The housing is designed to be as compact as possible for concealed false ceiling applications. The unit is suitable for ceiling or floor mounting, non-return dampers can be easily rotated on site to suit. Controls Hierarchical Control The system is controlled by on-board electronics, with an LCD display showing fan status and allowing for simple commissioning and installation, whether as a local sensor control unit or linked into a building management system. 1. Switched on/off or minimum/maximum level control. In an environment such as an office the system is activated and runs between minimum and maximum levels by a choice of sensors. AQS Air Quality Sensor PIR Detector Thermostat Humidistat Time Clock BMS (remote enable) 2. Hierarchical maximum demand multi-sensor input. Used with a combination of sensors, with a defined level of priorities to simultaneously control a number of atmospheric conditions within a room, such as a meeting room. CO 2 /temperature room mounted CO 2 duct mounted Manual speed adjuster Building Management System (-1V)

4 4 Inline Box Fans with Demand Control Ventilation Construction and Impellers All units feature a low energy, Class 1, EC/DC external rotor motor and backward curved impeller assembly specifically chosen for performance and non-overloading characteristics. The assembly is dynamically balanced to DIN ISO 194 Grade 6.3. Models with a duct size of mm are rated IP54, all other sizes are rated IP44 according to BS EN Ball bearings are greased for life. Insulation is Class B (from - C to +6 C). All models incorporate internal electronic overload protection and soft start function. Electrical Every unit is fitted with a purpose designed PCB controller with alphanumerical display and 4 button membrane keypad for fan status & commissioning set up. The enclosure is fitted with a 4-pole 1A isolator that is suitable for fitting a locking device to prevent accidental operation. The twin unit controller features automatic 6hr duty/share and run/standby in the event of motor failure. s are single phase 23V +/- 1% / /6Hz / 1ph (size -mm) or V +/- 1% / /6Hz / 3ph (size mm), (4 wire systems only). 24V DC power is provided from the controller for powering the matched range of switches and sensors. Sound Extensively tested to BS848 parts 1 & 2. Published db(a) figures are free field sound pressure levels at with spherical propagation at reference level of 2x1-5 Pa. The inlet/outlet sound power level spectra figures are db with a reference of 1 12 Watts. System Overview The system is made up of 3 parts: EC/DC Fan, Integral Control Unit, Sensors and Controls. The ventilation demands of the room are detected by the wall, ceiling or duct mounted sensors/switches. These communicate with the control unit, which in turn drives the fan to the required speed to deliver the airflow. As the ventilation is provided to the room the sensors continuously feedback to the control unit, driving the fan motor to the exact level required in the room at any one time. System Technology Demand ventilation is a closed loop controlled ventilation system. Employing a range of sensors to manage the system, demand is sensed by PIR, temperature, humidity, air quality or carbon dioxide sensors. Depending on the levels in the rooms, fan speed is ramped up or down to control

5 Breathing Buildings Inline Box Fans Demand Control Ventilation 5 the parameters within the required limits. If the room is unoccupied, the system switches off, saving energy and cost to the business. Available in single or twin fan configurations, with twin allowing for load sharing or standby for extra reliability. EC/DC Energy Saving Fan Technology These fans utilise the latest EC/DC motor technology, which provides energy saving benefits even over DC motors. This technology is also infinitely speed controllable and offers increased energy savings across the complete speed control range when compared with conventional inverter drive solutions. The result is higher efficiency, reduced noise, accurate controllability, better speed control drawing less power and as a result better overall system performance. The unit is designed for use in a hierarchal system where maximum demand, for example temperature and/or CO 2 gives priority control of the fan speed.

6 6 Inline Box Fans Demand Control Ventilation - Single MV - -IL Dimensions (mm) AIRFLOW H SPIGOT C OFFSET L C D E G A F B Weight Model A B C D E F G H kg MV-IL MV12-IL MV1-IL MV-IL MV-IL MV315-IL MV-IL MV-IL

7 Breathing Buildings Inline Box Fans Demand Control Ventilation - Single 7 MV - -IL Accessories Model Flex connection A/V mounts Duct heater (electric) Attenuator (9mm) MV-IL FLEX AVM HTR ATT MV12-IL FLEX1 AVM HTR12 ATT12 MV1-IL FLEX1 AVM HTR1 ATT1 MV-IL FLEX AVM HTR ATT MV-IL FLEX AVM HTR ATT MV315-IL FLEX315 AVM HTR315 ATT315 MV-IL FLEX AVM HTR ATT MV-IL FLEX AVM HTR ATT Model In-room CO 2 sensor In-duct CO 2 sensor PIR MV-IL 11 Duct CO2 PIR MV12-IL 11 Duct CO2 PIR MV1-IL 11 Duct CO2 PIR MV-IL 11 Duct CO2 PIR MV-IL 11 Duct CO2 PIR MV315-IL 11 Duct CO2 PIR MV-IL 11 Duct CO2 PIR MV-IL 11 Duct CO2 PIR

8 8 Inline Box Fans Demand Control Ventilation - Single MV-IL Pressure (Pa) % 4 % % % Air Volume (m 3 /s) phase m³/s.4 1 SFP.18 Watts.1 m³/s SFP Watts m³/s SFP Watts m³/s SFP Watts k 2k 4k 8k Breakout Inlet Outlet Breakout Inlet Outlet Breakout Inlet Outlet Breakout Inlet Outlet

9 Breathing Buildings Inline Box Fans Demand Control Ventilation - Single 9 MV12-IL Pressure (Pa) % % 4 % % Air Volume (m 3 /s) phase m³/s.5 1 SFP.14 Watts.1 m³/s SFP Watts m³/s SFP Watts m³/s SFP Watts k 2k 4k 8k Breakout Inlet Outlet Breakout Inlet Outlet Breakout Inlet Outlet Breakout Inlet Outlet

10 1 Inline Box Fans Demand Control Ventilation - Single MV1-IL 7 % % % % phase m³/s.5 1 SFP.14 kw.1.1 m³/s SFP kw m³/s SFP kw m³/s SFP kw k 2k 4k 8k Breakout Inlet Outlet Breakout Inlet Outlet Breakout Inlet Outlet Breakout Inlet Outlet

11 Breathing Buildings Inline Box Fans Demand Control Ventilation - Single 11 MV-IL 7 % 4 % % % phase 7 m³/s.6 1 SFP.13 kw.1 m³/s SFP kw m³/s SFP kw m³/s SFP kw k 2k 4k 8k Breakout Inlet Outlet Breakout Inlet Outlet Breakout Inlet Outlet Breakout Inlet Outlet

12 12 Inline Box Fans Demand Control Ventilation - Single MV-IL 7 7 Sentinel Single Fan % % % % 4 % % % Phase phase m³/s m³/s SFP SFP kw kw.1.1 m³/s m³/s SFP SFP kw kw m³/s m³/s SFP SFP kw kw m³/s m³/s SFP SFP kw kw % Absorbed Power kw k 2k 4k 8k Breakout Inlet Outlet Breakout Inlet Outlet Breakout Inlet Outlet Breakout Inlet Outlet

13 Breathing Buildings Inline Box Fans Demand Control Ventilation - Single 13 MV315-IL % % % % phase m³/s.12 1 SFP.6 kw.1 m³/s SFP kw m³/s SFP kw m³/s SFP kw k 2k 4k 8k Breakout Inlet Outlet Breakout Inlet Outlet Breakout Inlet Outlet Breakout Inlet Outlet

14 14 Inline Box Fans Demand Control Ventilation - Single MV-IL 7 % % % % phase m³/s.24 1 SFP.7 kw.2 m³/s SFP kw m³/s SFP kw m³/s SFP kw k 2k 4k 8k Breakout Inlet Outlet Breakout Inlet Outlet Breakout Inlet Outlet Breakout Inlet Outlet

15 Breathing Buildings Inline Box Fans Demand Control Ventilation - Single 15 MV-IL 7 % % % % phase 7 m³/s SFP.8.18 kw.4.4 m³/s SFP kw m³/s SFP kw m³/s SFP kw k 2k 4k 8k Breakout Inlet Outlet Breakout Inlet Outlet Breakout Inlet Outlet Breakout Inlet Outlet

16 16 Inline Box Fans Demand Control Ventilation - Twin TMV - -IL Dimensions (mm) Ø C E D G A F B Model Duct diameter mm a b c d e f g Weight Kg TMV-IL TMV12-IL TMV1-IL TMV-IL TMV-IL TMV315-IL TMV-IL TMV-IL

17 Breathing Buildings Inline Box Fans Demand Control Ventilation - Twin 17 TMV - -IL Accessories Model Flex connection A/V mounts Attenuator (9mm) TMV-IL FLEX AVM ATT TMV1-IL FLEX1 AVM ATT12 TMV1-IL FLEX1 AVM ATT1 TMV-IL FLEX AVM ATT TMV-IL FLEX AVM ATT TMV315-IL FLEX315 AVM ATT315 TMV-IL FLEX AVM ATT TMV-IL FLEX AVM ATT Model Temperature & CO 2 sensor Duct CO 2 sensor PIR TMV-IL 11 Duct CO2 PIR TMV1-IL 11 Duct CO2 PIR TMV1-IL 11 Duct CO2 PIR TMV-IL 11 Duct CO2 PIR TMV-IL 11 Duct CO2 PIR TMV315-IL 11 Duct CO2 PIR TMV-IL 11 Duct CO2 PIR TMV-IL 11 Duct CO2 PIR

18 18 Inline Box Fans Demand Control Ventilation - Twin TMV-IL 7 % % % % phase m³/s SFP.3.9 kw.1.1 m³/s SFP kw m³/s SFP kw m³/s SFP kw k 2k 4k 8k Breakout Inlet Outlet Breakout Inlet Outlet Breakout Inlet Outlet Breakout Inlet Outlet

19 Breathing Buildings Inline Box Fans Demand Control Ventilation - Twin 19 TMV12-IL Guide % % % % phase m³/s.4 1 SFP. kw.1 m³/s SFP kw m³/s SFP kw m³/s SFP kw k 2k 4k 8k Breakout Inlet Outlet Breakout Inlet Outlet Breakout Inlet Outlet Breakout Inlet Outlet

20 2 Inline Box Fans Demand Control Ventilation - Twin TMV1-IL % % % % phase m³/s.4 1 SFP.23 kw.1 m³/s SFP kw m³/s SFP kw m³/s SFP kw t k 2k 4k 8k Breakout Inlet Outlet Breakout Inlet Outlet Breakout Inlet Outlet Breakout Inlet Outlet

21 Breathing Buildings Inline Box Fans Demand Control Ventilation - Twin 21 TMV-IL 7 % % % % phase 7 m³/s.5 1 SFP.2 kw.1 m³/s SFP kw m³/s SFP kw m³/s SFP kw k 2k 4k 8k Breakout Inlet Outlet Breakout Inlet Outlet Breakout Inlet Outlet Breakout Inlet Outlet

22 22 Inline Box Fans Demand Control Ventilation - Twin TMV-IL 7 % % % % phase m³/s.5 1 SFP.18 kw.1 m³/s SFP kw m³/s SFP kw m³/s SFP kw k 2k 4k 8k Breakout Inlet Outlet Breakout Inlet Outlet Breakout Inlet Outlet Breakout Inlet Outlet

23 Breathing Buildings Inline Box Fans Demand Control Ventilation - Twin 23 TMV315-IL Guide 7 4 % % % % phase m³/s.9 1 SFP.11.9 kw.1 m³/s SFP kw m³/s SFP kw m³/s SFP kw k 2k 4k 8k Breakout Inlet Outlet Breakout Inlet Outlet Breakout Inlet Outlet Breakout Inlet Outlet

24 24 Inline Box Fans Demand Control Ventilation - Twin TMV-IL 7 % % % % phase m³/s.16 1 SFP.13 kw.2 m³/s SFP kw m³/s SFP kw m³/s SFP kw k 2k 4k 8k Breakout Inlet Outlet Breakout Inlet Outlet Breakout Inlet Outlet Breakout Inlet Outlet

25 Breathing Buildings Inline Box Fans Demand Control Ventilation - Twin TMV-IL 7 % % % % phase m³/s SFP kw.5.4 m³/s SFP kw m³/s SFP kw m³/s SFP kw k 2k 4k 8k Breakout Inlet Outlet Breakout Inlet Outlet Breakout Inlet Outlet Breakout Inlet Outlet

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