5 basics of shutters
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engineeringTRANSCRIPT
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Basics of Shutters
ISC Learning Centre
July 2009
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Basics of Shutters
Schneider Electric - Division - Name Date
Contents
> Shutters / Blinds
Shutter control - Customer benefits?
Shutter control methods
Shutters at home
Shutters at work
Schneider Electric offer overview
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Customer benefits? Improve comfort & make consumers' lives easier
Prevent people from hard work or awkwardmovements
Avoid having to get up (remote control)
Avoid opening windows (when it 's cold out or when it'
raining and for elderly or disabled people who havedifficulty moving)
Save energy by improving thermal insulation
Protection against heat & sun in daytime
Protection against cold at night
Reduce heating or cooling time.
Programmes for opening/closing when you want.
> Shutters / Blinds
Sun/Brightness
Night/Darkness
Time control
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Customer benefits?Save time
In the morning, time to go to work, shutters openautomatically
Avoid accidents (avoid false moves + hot
temperatures)For children (avoid the risk of falling from upstairs windows)
For elderly and disabled people
Improve securityProtection of homes, small offices & shops, garages, etc.
Presence simulation
> Shutters / Blinds
Sun/Brightness
Night/Darkness
Time control
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Applications
> Shutters / Blind
For Residential
Roof windows
And also sun breakers
and awnings
Slat shuttersRoller blinds
Garage doorsGates
Pool covers Home videoscreens
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Applications
> Shutters / Blinds
Photos for internalUse only
For Buildings
OpenedOpenedOpenedOpened ClosedClosedClosedClosed
Slat shutters(with slatorientation)
Roller blinds Sun breakers/Anti-glare screensin offices
Conferenceroom screen
Sunshadeslats onthe roof
Professional garage,shop window shutter
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Our technologiesShutters may be controlled directly by users
By hard-wired solution
By infra-red solution
By radio-frequency solution
(FUNK CONNECT, AIRLINK offers)
By home control system(Intelligent Home Controller)
By bus: KNX, LON
> Shutters / Blinds
Residential& Buildings
Buildings
Residential
RenovationResidential
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Our technologiesShutters can also be controlled by external sensors
Wind measurement Shutters protected from violent gusts of wind
Rain control
Automatic closing if rain is detected
Brightness
Comfort enhanced by lowering blinds or shutters if light is too bright
Darkness
Safety enhanced by automatic closure when night falls
Time-switch
Comfort and safety enhanced by systematic opening / closing at a set time
> Shutters / Blinds
CCCC
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3 approaches to shutter control Individual control
Up-Down control of each blind/shutter: Local control by a switch or directional push-button
Group control
Control of a group of blinds:1 group control + individual control
Centralised control
Associate groups of blinds:1 centralised control + group controls + individual controls.
> Control methods
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Individual controlOne control = One shutter
Each shutter is controlled separately
> Control methods
(S1= Off) + (S2= Off)= No movement
(S1= On) + (S2= Off)= Down
(S1= Off) + (S2= On)= Up
(S1= On) + (S2= On)= Impossible due
to mechanical locking
LN
M
S1
Up
S2
Down
On Off On Off
= Mechanicalswitch
S1 S2
UPDown
On
Off On
Off
PE
Red circuit = Down
Blue circuit = Up
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Group control principleEach shutter is controlled by:
Group control Individual control
External sensor
Time switch
Suitable for
a room with several shutters(living room, open spaces, etc.)
a group of roomsa floor or a wing of a building
1.X
Groupcontrol
Individualcontrols
See wiring diagram in appendix
> Control methods
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Group 1
Centralised control principleEach shutter is controlled by:
Centralised ControlGroup control
Individual control
External sensors
Time switch
Able to control all the shutters
of all types of buildings
Centralisedcontrol
> Control methods
Group 2
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Mechanical Push-Button and Switch
Whats the difference?Push-buttonThe shutters move up or down as long as the
button is pressed until the shutter's internal limitswitch is reached.
Button released
The shutter stops immediately.
Double rocker switchOne press (pulse) on the first rocker The rocker
stays in position and the shutter moves up or down.
Then you can: press again on the same rocker, in the opposite position the shutter stops.
press once on the opposite rocker the first rockerreturns to zero (mechanical lock) and the shutter movesin the other direction.
> Control methods
3
1
2
1
2
3
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Types of motors230 V AC Motor
(wall windows, doors) Integrated limit switches S1 & S2
to stop Up and Down movements
Integrated protection
To go Up, send 230 V AC on Upline
To go Down, send 230 V AC on
Down line
In this case, 3 wires out ofthe motor + PE
> Control methods
M
Limit
switch
Direction 2
Limit switch
DIRECTION 1
S1
S2
N
L
UpUpUpUp
DownDownDownDownProtect.
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DC Motor
(typical application: roof windows, Venetian blinds, awnings) Integrated limit switches S1 and S2
to stop Up and Down movements
(can also be serially hard-wired)
Integrated protection
To start the motor: Send + DC.
To change direction, crosspolarities
In this case, 2 wires out of the motor + PE
Types of motors
> Control methods
230Vac+
-
M
Limit
Switch
Direction 2
Limit switch
Direction 1
S1
S2N
LAC
DC
r
L
E
F
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Our technologiesHow to install a brightness sensor
For sun protection, place brightnesssensors on the South and West sides of
the building, which are exposed to the sun
How to install wind control
We recommend the installation of a wind
sensor:
For general control, on the roof or on the
windiest side
For awning protection, close to the shutter
The conversion unit can be mounted
outdoors (IP55) or indoors.
> Control methods
MTN580693
i.eMTN580692 / 690
3 m cableCan be extended to 20 m
with a shielded cable
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ProtectionFor shutter installation
We recommend a dedicated protection line from the control cabinet
For control cabinetMini-Pragma Series 13635
LLLL
NNNN
Light
circuit 1
Light
circuit 2
Outlet
Circuit 1
Shutter
circuit 1
IDClic XE 23157
or equivalent
(30 mA for protection
of people)
PFClic 16614
Surge arrestor if
necessary
Dclic 16A 20726
or equivalent
Opale or Mini-Opale
Series 13401
Control cabinet
> Control methods
RESIDE
NTIAL
RESIDE
NTIAL
RESIDE
NTIAL
RESIDE
NTIAL
RESIDE
NTIAL
RESIDE
NTIAL
RESIDE
NTIAL
RESIDE
NTIAL
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I want to control myshutters in my livingroom
> Examples of applications
Centralised control from the entrance doorIndividual control for each shutterFlexibility with remote to control each shutter individually
Entrance
door
Individual Control
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I want to save energyby using my coolingsystem less
> Shutter control at home
A brightness sensor controls the opening of the south and westshutters.A natural solution to keep the air cool in my living room!
Entrance
door
Individual Control
Brightness
sensor
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> Shutter control at home
Temperature: the brightness sensor controls closing/opening whenit's too hot.In the morning, I'm often in a rush to get to work: the time switchopens the shutters automatically!At night, I secure/optimise the temperature of my house. The time-
switch closes my shutters automatically even if I am still out.The astro function optimises open/close operations wherever I live!
Entrance
door
Individual Control
Brightness
sensor
Combination ofshutter time switch &brightness sensor
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Basics of Shutters
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I want my home to besafe for my children
> Shutter control at home
A simple push-button prevents them from opening thewindow to open/close the shutters in their bedrooms upstairs!My mind is at ease!!
Entrance
door
Bedroom Individual
Control
Brightness
sensor
Time
control
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We want a homewhere living's easyand will still be whenwe grow old!
> Shutter control at home
A simple push-button or remote control avoids strenuousoperations and awkward movements! The remote controlmeans I don't even have to get up!
My life is easier! (for elderly and disabled people)
Entranc
e door
Individual Control
Brightness
sensor
Time
control
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> Shutter offer
We were very pleased when our electrician offered to equipour home with the same design for all the electricalcomponents! And with such a wide choice!
We didnt have this choice with our shutter supplier!
We like our home a lot!
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N.B.
We recommend the Anti-Vandal range if the door opensdirectly into the street
I want to control mygarage door
> Shutter control at home
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Basics of Shutters
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It's a shame to have a new video-projector and a pale image dueto the sun.It's also a shame for the room to be too warm.
A simple push-button to close the right shutter makes mymeeting successful!
Id like to focus people'sattention at my meeting
> Shutters at work
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Basics of Shutters
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EEEEnerg
y
EEEEffic
iency
I'm more efficient whenI work in good conditions
> Shutters at work
In my office, I avoid hot temperature in the room when the sunshines directly on the window (and the starting-up of the coolingsystem).
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> Shutters at work
In my classroom, my pupils are quickly protected from the sun!
Protection from the sun Less use of thecooling system
Weekly program to openand close automatically
Time
control
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> Shutters at hospital
From my bed, I can easily control my shutters without moving!
Protection from thesun Less use of thecooling system
Protection of peoplefrom heat
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Basics of Shutters
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> Shutters at work
Protection of my shop
I close my street security grille from inside and go to the car parkfrom the back door!
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Our rangeHard-wired products
Mechanical push-buttons & switches Push-button or switch
Rotary cylinder locks
Electronic push-buttons
Touch
Standard
With Sensor connection
With infra-red receiver
DIN rail relays
Dedicated to parallel wiring of several motorsto the same control device
> Overview of our offer
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Combination of shutters & dimmersto optimise comfort & savings!
Control lights and shutters via the same remote!!
Reserved channels 9 & 10
Channel 3 can be used several times if the receivers
are not in the same room
> Overview of our offer
MTN586419Shutter 1
(Living room TV)
Channel 1
Group Shutter 2
(Living room )
Channel 2
MTN577099
Outdoor light
Living room light 1
(Sofa)
Living room light 2
(dinning table)
Kitchen light
Living room light 3
(lights on outlets)
Channel 3
Channel 4
Channel 5
Channel 6
Channel 7
MTN570222
MTN573998Outdoor
indoor
S
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> Overview of our offer
Alternative: RF systemPrinciple:
An RF emitter and one (or more) RF receiver(s) areassociated
Each receiver can be controlled by several emitters
Each emitter can control several receivers
Application:Residential & small offices
Renovation (limited number of wires)
Main advantage:
Control of shutters through wallsFewer wires
Control of several circuits (centralised control)
Control of scenes or scenarios. (mix of shuttersand lights)
More info?
- Discover Unica RF on TSG
- Discover Connect RF on TSG
- Understand Unica RF (in-class)- Understand Connect (in-class)
E
N
L
R
B i f Sh tt
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> Overview of our offer
Alternative: IHC SystemPrinciple:
Central programmable unitShutter function blocks are pre-programmed to control all
types of shutter functions
Compatible with all types of shutter control (relay outputs)
Application: residential market or small offices
Main advantage:
Flexible programming
Management of:
scenes
functions: timers, time switches, twilight sensor,water detection, etc.
many lights, shutters, heating, outlets, etc. More info?- Discover IHC on TSG
- Understand IHC (In-class)
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> Overview of our offer
Alternative: KNX or LON SystemsPrinciple:
Used to control all building functionsKNX Intelligent components (push-buttons, touch
panels, output modules, etc.) are interconnected
via a bus
A software tool can be used for links & telegrams
between components to create functions
Applications: medium to large size buildings(and high-end residential)
Main advantage:
Flexible programmingCan manage a large number of devices
such as lighting, shutters, heating, etc.More info?- Discover KNX on TSGNeed to program?- KNX certification- Understand KNX 1 & 2 (in-class)
- KNX 3 Expert function (in-class)
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> Overview of our offer
Alternative - Basic Architecture
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These functions are possible
with the LON bus too
> Overview of our offer
Shutter control with KNXExample of easily created functions
Manual control with push-buttonsAutomatic control with weather station
Blocking of manual and/or automatic control with push-buttons, presence detector or time switch
Protection of shutters by means of wind, frost and rain
sensors with weather station
Maintenance function, e.g. window cleaning
Security function, e.g. in case of fire alarm
Relative control of height and slat position and
absolute control (positioning) possible
More info?
- Discover KNX courses
- Discover our LON Courses
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SMI has been developed specifically foruse in roller shutters and sun protectionsystems.
Each motor is equipped with
a communication interface able to receive
orders and send feedback.
A drive
The SMI technology can be fullyintegrated in a KNX system
Cabling between KNX Module and Motor
KNX, LON
Steckborn,Steckborn,Steckborn,Steckborn,
SwitzerlandSwitzerlandSwitzerlandSwitzerland
Exampleof KNX/SMI gateway
> Overview of our offer
Introduction to Standard Motor Interface
More info? http://www.smi-group.com/
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> Overview of our offer
Introduction to Standard Motor InterfaceAdvantages of using SMI
SMI technology can be fully integrated in KNX systemsCompatibility among SMI motor manufacturers
New possibilities for applications
commands for precise movement to intermediate positionsor for requesting current position and diagnosis
Parallel circuit arrangement reduces overall costs up to 16 drives can be connected in parallel and individual
status can still be called up
Robust technology and simple installation
distances of up to 350 m provided for between controland drive
Standard diagnosis tool / free program "Easy Monitor"
Simple start up by push-button connected to drive
Steckborn,Steckborn,Steckborn,Steckborn,
SwitzerlandSwitzerlandSwitzerlandSwitzerland
More info? http://www.smi-group.com/
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Auxiliary inputmechanism+
> Overview of our offer
Auxiliaries for electronic push-buttonsWind control
For shutter protection
Rain control
Included in weather station
Brightness/darkness control
For energy savings
Security
Time control
Scheduled opening-closingat specific times every day
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