Breezway Altair Powerlouvre Window 35 Breezway Altair Powerlouvre Window The Powerlourve Window motor is neatly concealed within the Easyscreen TM Frame or the Component Powerlouvre Head Section. Automated Windows Automated windows allow integration of passive ventilation into building management systems and also offer an easy way to operate windows that are high up and out of reach. No More External Motors and Controls Breezway Altair Louvres can traditionally be automated via external motors and controls attached to remote control compatible handles. This approach to automation requires a third party to supply and install the external motors and linking systems. Breezway now provides a simple solution to automated needs, removing the need to specify multiple products and simplifying the installation process. Integrated Motor and Gearbox The Breezway incorporates a motor and gearbox concealed within the Easyscreen Window Frame or within the head section, resulting in an automated louvre window with no visible motors, rods or arms. Variety of Control Options Control is possible via wall switches, remote control systems or integration into building management systems. Frame Options s are available as a complete Window System within the Breezway Easyscreen Surround Frame, or in component form that can be installed in flat commercial frames or timber frames. (See the WINDOW SYSTEM and OTHER FRAMES sections for standard sizes) Height Restrictions s are height restricted to a maximum of 8 blades. January 04
36 Powerlouvre Window Operating Conditions Powerlouvre Window Maintenance Tests Passed Cyclical open / closed 30,000 cycles Salt mist,000 hours Extreme humidity 90% humidity at 35 ºC Extreme heat 60 ºC Extreme cold 0 ºC Electromagnetic Compatibility Complies with the requirements of EN6000-6-3 and AS/NZS 45. Breezway Powerlouvre Windows should be operated at monthly intervals. Frames should be cleaned periodically as per Breezway care and maintenance recommendations. Powerlouvre Window Opening Configurations Powerlouvre Windows that are -9 blades high contain one motor per bay and are wired such that the entire window opens and closes simultaneously. Powerlouvre Windows that are 0-8 blades high contain motors per bay, one motor drives the blades in the top half of the bay and the other motor drives the blades in the bottom half of the bay. 0-8 Blade high Powerlouvre Windows are wired such that the blades in the top halves of all the bays form a bank that opens and closes simultaneously and the blades in the bottom halves of all the bays form a second bank that opens and closes simultaneously. The top and bottom banks can be operated independantly of each other. Breezway Altair Powerlouvre Window Opening Configurations No. of Blades Motors per bay 3 3 4 4 5 5 6 6 7 7 8 8 9 9 0 5 5 5 6 6 6 3 6 7 4 7 7 5 7 8 6 8 8 7 8 9 8 9 9 Banks of Blades Controlled from Head Downwards January 04
37 Powerlouvre Window Electrical Requirements & Installation Operating voltage: Maximum constant current: Opening time: Working temperature: 4V DC 0.5A per motor Approx 4 seconds -0 to +60 degrees Celsius Note: In extreme cold conditions the windows will not operate if there is excessive ice build up or if the louvre blades are frozen together. Maximum Constant Current Requirements - Easyscreen Window System* Powerlouvre Window Type Motors per bay Maximum Constant Current Required -9 Blades High Without Remote Control 0.5 amps per bay -9 Blades High With Remote Control 0.5 amps per bay 0-8 Blades High Without Remote Control 0.5 amps per bay 0-8 Blades High With Remote Control 0.5 amps per bay** *The Breezway Remote Receiver Unit is used to provide remote control of Component Powerlouvre Windows. Each Remote Receiver Unit will require a single.5 amp transformer. **Powerlouvre Windows that are 0-8 blades high and have remote control capabilities cannot operate both motors in each bay simultaneously so only 0.5 amps are required per bay. Breezway s Breezway supplies transformers (as an optional extra) that have been specified to meet the particular requirements of Powerlouvre Windows. 40V AC current transformed to 4V DC current. amp version suitable for powering up to 4 Powerlouvre motors simultaneously..5 amp version suitable for powering up to 6 Powerlouvre motors simultaneously. Built-in overload protection to prevent accidental short circuits from damaging the transformer. Powerlouvre Window Wiring & Control s are compatible with industry standard wiring and automation approaches and can be controlled via a pair of simple bell type wall switches (open and close) through to remote control systems through to complete building automation systems. Various switching configurations are possible to allow multiple windows to be controlled together or individually. When specifying a switching and transformer configuration the following factors should be taken into consideration:. The level of control desired by the user. The maximum number of motors that can be controlled by a single AC to DC transformer 3. Site issues such as window positions, distance to switches, access within walls etc. January 04
38 Powerlouvre Window Wiring And Control Details - Control Via Wall The most basic way to control Powerlouvre Windows is via a pair of simple bell type wall switches (open and close). are suggested below but not supplied. It is recommended that non-latching, normally open, bell press switches be used. See your electrical wholesaler for switch options. Switch Specification: HPM Part # 770XM PDL Part # 68 M0P Clipsal Part # 30M BPR 40V AC to 4V DC transformers supplying.0 amps or.5 amps are available from Breezway as an optional accessory. See your electrical wholesaler for more transformer options. White stripe Open switch 4v DC Power Supply + ve ve N0 NC N0 White stripe + + ve ve Louvre PCB NC Close Switch Single Switch Panel Wiring Panel Panel White stripe 4v DC Power Supply + ve ve N0 NC N0 NC N0 NC White stripe + + ve Louvre PCB ve N0 NC Twin Switch Panel Wiring January 04
39 Switching Configuration Examples All bays of the window are operated simultaneously by a single pair of switches. Configuration 4v DC amp 40v AC 4v DC amp 40v AC 4v DC amp All blades in the top bank of the window are operated simultaneously by a single pair of switches. All the blades in the bottom bank are operated simultaneously by a single pair of switches. The top bank and the bottom bank of the window are operated independently. Configuration The entire window is operated simultaneously by a single pair of switches. Junction Configuration 3 4v DC.5 amp 40v AC January 04
40 The Powerlouvre can be operated by either set of switches (see twin switch panel wiring diagram). Configuration 4 4v DC amp 40v AC All bays of both windows are operated simultaneously by a single pair of switches. Junction 4v DC.5 amp Configuration 5 40v AC 4v DC.0 amp 4v DC.0 amp 4v DC.0 amp 4v DC.0 amp 40v AC Configuration 6 Multiple Breezway s wired in parallel. Multiple Powerlouvre Windows operated by single switches. All the blades in the top halves of the windows are operated simultaneously by a single pair of switches. All the blades in the bottom halves of the windows are operated simultaneously by a single pair of switches. The top halves of the windows and the bottom halves of the windows are operated independently. As each switch is distributing power to 7 motors, each of which requires 0.5 amps, a total of.75 amps must be supplied to each switch. As the largest single Breezway (.5 amps) will be insufficient for this task, the outputs of two.0amp Breezway s will be wired together in parallel to supply a total of.0 amps to each switch. January 04
4 Powerlouvre Wiring And Control Details - Control Via Breezway Remote Controls Breezway Powerlouvre Window Remote Control Capabilities Windows can be opened and closed by hand held Remote Controls. Multiple windows can be operated simultaneously or independently by hand held Remote Controls. Powerlouvre Window Remote Control System Components Powerlouvre Remote Receivers Concealed within the head of the Easyscreen TM Window System, the Remote Receivers receive radio signals from hand held Remote Controls. The Remote Receiver acts as a switch, directing power to up to different banks of Powerlouvre motors within each Powerlouvre Window. One Remote Receiver is required per Powerlouvre Window. Each Remote Receiver can have multiple Remote Controls associated with it. Powerlouvre Remote Receiver Units Remote Receivers When Component Powerlouvres are used, Remote Receivers are housed in a protective plastic casing external to the window instead of within the head weatherstrip. The plastic casing protects the Remote Receiver from damage due to electrostatic discharge. Either one or two groupings of up to 6 Powerlouvre Motors per grouping can be controlled by each Remote Receiver Unit. (Note: if groupings of Powerlouvre Motors are connected they can only be operated sequentially, not simultaneously). 4V DC Power must be supplied continuously to the Remote Receiver Unit. Powerlouvre Remote Controls Hand held remote controls emit radio signals that are received by the Remote Receiver. Their effective range can be reduced by interference from metal and tinted glass or increased by fitting an additional antenna to the Remote Receiver, but in most circumstances will be 0-0m. Remote Controls are powered by commonly available 3AE V Alkaline batteries and are shipped with convenient wall holders. Remote Receivers Unit 57mm x 67mm x 45mm Banks of louvres can be opened or closed with a single click or stopped in an intermediate position. Standard Remote Controls can operate a single window or multiple windows simultaneously. Advanced Remote Controls can operate up to 7 groupings of multiple windows independently. Each Remote Control can control an infinite number of windows simultaneously provided the windows are installed within range of the Remote Control. Standard Wiring As the Remote Receiver replaces the functionality of wall switches, 4v DC power is supplied directly to Powerlouvre Windows with remote control capabilities or Remote Receiver Units. s should be matched to the quantity of motors in the larger of the two groupings of motors connected to the Remote Receiver Unit. 0.5 amps should be supplied per motor in the larger group of each Remote Receiver Unit. Alternately simply supplying.5 amps per Remote Receiver Unit will cover all possible configurations. Advanced and Standard Remote Controls Low Voltage 4v DC 5mm x 48mm x 0mm White stripe + ve + ve Standard Wiring Powerlouvre Easyscreen Window System with remote control capabilities or Remote Receiver Unit January 04
4 Remote Control Configuration Examples - Easyscreen TM Powerlouvre Window Systems Standard Remote Control 4v DC amp 40v AC Configuration 7 A single window operated by a single Standard Remote Control. The upper and lower banks of blades can be operated independantly. The Remote Receiver will never distribute power to all 4 motors simultaneously, it will only operate the window one bank at a time. The transformer is therefore specified as amp as it will need to supply a minimum of 0.5 amps per bay. ( bays x 0.5 amps = 0.5 amps) Standard Remote Control Configuration 8 Junction 4v DC.5 amp 40v AC Multiple windows operated simultaneously by a single Standard Remote Control. As these windows are only 3 blades high, all blades form a single bank with all blades operating simultaneously. 40V AC Multiple windows operated independantly by a single Advanced Remote Control. 4v DC amp 4v DC amp 4v DC amp Window is operated independently of the other windows by channel and of the Advanced Remote Control. Window is operated independently of the other windows by channel 3 and 4 of the Advanced Remote Control. Advanced Remote Control Window 3 is operated independently of the other windows by channel 5 and 6 of the Advanced Remote Control. 3 Channel 5 and 6 of the Advanced Remote Control simultaneously controls all 3 windows. Configuration 9 Associations between windows and remote controls should be specified when the order is placed, but can also be modified by the user after installation if power can be selectively removed from or applied to each window. January 04
43 Remote Control Configuration Examples - Component Powerlouvre Windows Configuration 0 Remote Receiver Unit 40V AC to 4V DC.0Amp 40V AC Both motors in a single Powerlouvre Bay are wired together in parallel. All 0 blades operate simultaneously. Group is not used. Configuration Remote Receiver Unit 40V AC to 4V DC.0Amp 40V AC The motor controlling the top blades in the Powerlouvre Bay is the solitary motor wired to Group of the Remote Receiver Unit. The motor controlling the lower blades in the Powerlouvre Bay is similarly the solitary motor wired to Group of the Remote Receiver Unit. The upper and lower groups of blades are operated independantly of each other. Remote Receiver Unit 40V AC to 4V DC.0Amp 40V AC All 4 motors in the two Powerlouvre Bays that are 0 blades high are wired together in parallel to form Group of the Remote Receiver Unit. All 0 blades of both bays operate simultaneously. Configuration The single motors in each of the three bays that are 5 blades high are wired together in parallel and form Group of the Remote Receiver Unit. All bays in Group operate simultaneously. January 04
44 Powerlouvre Window Cabling Requirements Total wire length must not exceed value given in table 4v DC If the windows are operated by remote controls, there will be no switches positioned between the transformers and the windows. Total wire length does not include the internal wiring of each Powerlouvre Window. Multiple Windows in parallel Wire Size Motors Max Distance from to Motor 3 4 5 6 8 0 0.5mm² 0AWG 60m 30m 0m 5m m 0m - - - 0.8mm² 8AWG 90m 45m 30m 3m 8m 5m - - -.3mm² 6AWG 50m 75m 50m 38m 30m 5m 0m 5m m mm² 4AWG 30m 0m 80m 60m 50m 40m 30m 4m 0m 3.5mm² AWG 370m 85m 5m 90m 75m 60m 45m 35m 30m 4mm² 0AWG 550m 94m 00m 50m 0m 00m 75m 55m 45m 0mm² 8AWG 000m 500m 330m 50m 00m 50m 0m 00m 80m 7mm² 6AWG 500m 750m 500m 375m 300m 50m 75m 50m 5m 6mm² 4AWG 8000m 4000m 500m 000m 500m 50m 000m 800m 650m Tables calculated using a window current of 0.5A and a voltage drop of 5% or V @ 4V. Battery Backup The Powerlouvre Window has no integrated battery back up. If the power supply fails the window cannot be operated. If battery back up is required, systems are readily available and can be integrated by qualified suppliers. January 04
64 Altair Louvre Window System Breezway Window System Checklist (Powerlouvre & Manual Version) REQUIRED INFORMATION viewed from inside OPTIONAL INFORMATION Design Wind Pressure Rating Reveal/Flashing Type & Size Manual or Automated Left or Right Handed Frame Size Handle Locking Bar With or without the Stronghold System Restricted Opening Gallery Clip Size Variable Handle Position/Additional Handles Height & Width Security Bar System Number of Bays Keylock Frame Colour Offset Mullions Gallery Colour Couplers & Cover Plates Clip & Handle Colour Bay Configuration Handle Type (if required) Sub Framing Blade Type Remote Control Configuration paperwork (available from the Breezway website) Notes:. For s handle specifications are not required.. Timber Blades are not available for use with the Stronghold System. January 04
65 Altair Louvre Window System Altair Louvre Window Recommended Specifications A tight specification will help to make sure that what you specify ends up in your building thereby achieving your design objectives. The louvre windows shall be Breezway Altair Louvre Windows Unique features: Patented drainage channels for superior water performance. Patented 'Living Hinge' design that pulls the clips tightly against the channel when closed for superior water performance and air infiltration. Passed testing to 40,000 open/close cycles for long operational life. Altair Louvres have passed AS047 testing at 3,000mm high. The louvre windows shall be Breezway Altair Powerlouvre Windows Unique features: Patented drainage channels for superior water performance. Patented 'Living Hinge' design that pulls the clips tightly against the channel when closed for superior water performance and air infiltration. Motors are concealed within the head of the window frame. Motors are easily accessible for maintenance. Each low voltage motor only requires 0.5 amps to reduce transformer and wiring requirements. Motors can be powered by appropriately specified transformers from any supplier. Available as either a fully assembled window system or as a component system for installation into window fabricator's framing systems. The louvre windows shall be Breezway Altair Louvre Windows with the Stronghold System Unique features: Patented drainage channels for superior water performance. Patented 'Living Hinge' design that pulls the clips tightly against the channel when closed for superior water performance and air infiltration. Altair Louvres have passed testing to 40,000 open/close cycles for long operational life. Altair Louvres have passed AS047 testing at 3,000mm high. Patented pin design that mechanically retains blades within the clips to prevent blade dislodgemetn under human impact. The louvre windows shall be Breezway Altair Powerlouvre Windows with the Stronghold System Unique features: Patented drainage channels for superior water performance. Patented 'Living Hinge' design that pulls the clips tightly against the channel when closed for superior water performance and air infiltration. Motors are concealed within the head of the window frame. Motors are easily accessible for maintenance. Each low voltage motor only requires 0.5 amps to reduce transformer and wiring requirements. Motors can be powered by appropriately specified transformers from any supplier. Patented pinned design that mechanically retains blades within the clips to prevent blade dislodgement under human impact. January 04
8 Altair for other Frames Altair Powerlouvre Component System For projects where Powerlouvre Windows are desired in a framing system other than the Breezway Easyscreen Window System, Altair Powerlouvre Windows are available in component form. The Altair Powerlouvre Component System can be assembled and fitted by approved fabricators into selected timber and flat aluminium frames that are wider than 65mm. Breezway Component Powerlouvre head and sill weatherstrips must be used. Wires emerge metre from the top right hand side of the Easyscreen Frame. Four metres of wiring is supplied with component Powerlouvre Windows. Please consult Breezway for frame compatibility advice. Galleries Head Sill Available in 0mm and 5mm heights to suit 6mm thick glass, metal and rebated timber blades, or to suit 4mm thick straight cut timber blades. Head Weatherstrip Standard Sill Weatherstrip and Insert. Note: Not compatible with security jamb WEATHERSTRIP 6mm Glass Blade Glass Blade Aluminium Blade Timber Blades 6mm Hollow Extruded Aluminium Blade 4mm Timber Blade rebated to suit 6mm Clip (Raw finish only) 4mm straight cut Timber Blades (Raw finish or pre-finished) Altair Louvre Security Jambs are not compatible with the Altair Powerlouvre Component System. The Altair Louvre Security U Channel system is compatible with the Altair Powerlouvre Component System, but will require additional clearance from the channel. January 04
8 Altair for other Frames Altair Powerlouvre Standard Height Louvre Weatherstrip 64mm Standard Head 35mm 73mm 5mm Gallery mounts onto top of Weatherstrip. Clip Corner of weatherstrip notched for drainage 50mm Co-extruded Weatherseal Standard Sill Weatherstrip 8.5mm Aluminium Weatherstrip insert. 4mm Weatherstrip, complete with seal, must be used to gain manufacturer s performance warranty and to conceal the Powerlouvre motor. Weatherstrips to head and sill add 40mm to overall gallery height. 38.4mm Standard Heights Altair Powerlouvre Component System 7.5mm 5mm Altair Powerlouvre Component System Standard Sizes No. of Blades Height including Weatherstrip (mm) Gallery height excluding Weatherstrip (mm) 0mm Altair Powerlouvre Component System Standard Sizes Height including Weatherstrip (mm) Gallery height excluding Weatherstrip (mm) 360 30 - - 3 500 460 350 30 4 640 600 440 400 5 780 740 530 490 6 90 880 60 580 7 060 00 70 670 8 00 60 800 760 9 340 300 890 850 0 480 440 980 940 60 580 070 030 760 70 60 0 3 900 860 50 0 4 040 000 340 300 5 80 40 430 390 6 30 80 50 480 7 460 40 60 570 8 600 560 700 660 Gallery Height excluding weatherstrip Minimum Bay Width Powerlouvre Window Type -9 blade high without remote control 0-8 blade tall without remote control Gallery Height including weatherstrip Minimum Bay Width (mm) 400 500 January 04
83 Altair for other Frames Example Of Altair Powerlouvre Component System Fitted In A Timber Surround Frame Inside 3mm Outside Head 35mm 0mm 0mm 64mm 54mm 7.3mm Sill 35mm 6mm 40.5mm 5mm 40mm Jamb 3mm 6mm 7mm 0mm 6mm Mullion 3mm 6mm January 04
95 Altair for other Frames Altair Louvres For Other Frames Checklist REQUIRED INFORMATION viewed from inside OPTIONAL INFORMATION Gallery Clip Size Left or Right Handed Gallery Height Handle Locking Bar Gallery Colours Restricted Opening Manual or Powerlouvre Galleries Handle Type Clips & Handle Colour Variable Handle Position/Additional Handles Blade Length & Type Screw Holes (Ref frame, mullion, security type) Weather strip for head & sill Security Bar System Remote Control Configuration paperwork (available from the Breezway website) Keylock January 04
96 Altair for other Frames Altair Louvres For Other Frames Recommended Specification A tight specification will help to make sure that what you specify ends up in your building thereby achieving your design objectives. The louvre windows shall be Breezway Altair Louvre Windows Unique features: Patented drainage channels for superior water performance. Patented 'Living Hinge' design that pulls the clips tightly against the channel when closed for superior water performance and air infiltration. Passed testing to 40,000 open/close cycles for long operational life. Altair Louvres have passed AS047 testing at 3,000mm high. The louvre windows shall be Breezway Altair Powerlouvre Windows Unique features: Patented drainage channels for superior water performance. Patented 'Living Hinge' design that pulls the clips tightly against the channel when closed for superior water performance and air infiltration. Motors are concealed within the head of the window frame. Motors are easily accessible for maintenance. Each low voltage motor only requires 0.5 amps to reduce transformer and wiring requirements. Motors can be powered by appropriately specified transformers from any supplier. Available as either a fully assembled window system or as a component system for installation into window fabricator's framing systems. January 04