SOMFY Animeo LON Operating and installation instructions

Cécile PAULME
ref FD 157991 Version 1.0 4 January 1999
Functional description Wind AEG
Functional description
"Wind Sensor
Interface"

AEG
Functional description Wind
ref FD 157991 Version 1.0 4 January 1999
2/15
TABLE OF CONTENTS
1. INTRODUCTION 3
2. ELECTRONIC PRODUCT FORM 4
2.1 Product description................................................................................................................4
2.2 Physical installation................................................................................................................5
2.3 Technical specifications.........................................................................................................6
2.4 wiring......................................................................................................................................7
2.5 Logic representation...............................................................................................................8
2.6 Binding....................................................................................................................................9
3. FUNCTIONS 10
3.1 Introduction...........................................................................................................................10
3.2 Speed measurement............................................................................................................11
3.3 Configuration variables.........................................................................................................11
3.4 Network management tools .................................................................................................11
3.4.1 Node object management..............................................................................................11
3.5 Different configurations ........................................................................................................13
4. DOCUMENTATION REFERENCE 15
Table of Table
Table 1 : How to use node object management............................................................................12
Table 2 : How to use nvoStatus.....................................................................................................13
Table of figure
Figure 1 : wiring...............................................................................................................................7
Figure 2: node description................................................................................................................8
Figure 3 : Binding.............................................................................................................................9

AEG
Functional description Wind
ref FD 157991 Version 1.0 27/01/03
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1. Introduction
This functional description contains :
•ELECTRONIC PRODUCT FORM: information concerning
the physical installation
the software installation
the BINDING : different connections with the others products
•FUNCTIONS : contains the functional description , the functioning of
each variables , each configuration properties and the interactions .

AEG
Functional description Wind
ref FD 157991 Version 1.0 4 January 1999
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2. ELECTRONIC PRODUCT FORM
2.1 Product description
This product (Wind Sensor Interface) is an interface between a wind sensor and the LonWorks
network (free topology , 78 kbs).
This product needs a router power supply.

AEG
Functional description Wind
ref FD 157991 Version 1.0 27/01/03
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2.2 Physical installation
PC
NDUL
Test
mode
Test Set-up
ID
¨
Made in France
EBBT930140
LPT-10
2 4
1 3 5 7
1 2 LED service PIN
Push button
service PIN
SUN SENSOR
BUS LONWORKS
R
GROUP CONTROL
ROUTER
POWERSUPPLY
ROUTER
SEGMENT 1
SEGMENT 3
AutoC
NDUL
Test
mode
Test Set-up
ID
¨
MadeinFrance
EBBT930150
LPT-10
2 4
1 3
LED service PIN
Push button
service PIN
WIND SENSOR
REPETOR
SEGMENT 2
R R
RR
PC
NDUL
Test
mode
Test Set-up
ID
¨
Made in France
EBBT930140
LPT-10
2 4
1 3 5 7
1 2 LED service PIN
Push button
service PIN
SUN SENSOR
BUS LONWORKS : 2 twisted pair
R
GROUP CONTROL
INTERFACE
ROUTER
POWERSUPPLY
ROUTER
POWERSUPPLY
SEGMENT 1
SEGMENT 3
WIND SENSOR
REPEATER
POWERSUPPLY
SEGMENT 2
R R
RR
BIU-LT BIU-LT
BIU-2DCBIU-2LT
M1
M2
M1
M2
M1M1
The product must be connected to the others products via the Bus
LonWorks . They communicate together , and with the PC

AEG
Functional description Wind
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2.3 Technical specifications
box Hager Moduline 8000 box
System of protection IP 20
Supply power supply from the network
Lon network free topology 78kbit/s
T° range working +5°C to +45°C
storing -20°C to +70°C
Connectors network 2 terminals on the lower block
wind sensor 2 terminals of the upper block

AEG
Functional description Wind
ref FD 157991 Version 1.0 27/01/03
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2.4 wiring
Auto C
N D U L
Test
mode
Test Set-up
ID
¨
Made in France
EBBT930150
LPT-10
2 4
1 3
LED service PIN
Push button
service PIN
LPT-10
LonWorks network {
Figure 1: wiring

AEG
Functional description Wind
ref FD 157991 Version 1.0 4 January 1999
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2.5 Logic representation
A standard representation of this product view from the network is a functional profile . That
describe the product in 1 functional object:
nviRequest
SNVT_obj_request
nviInstallDel
SNVT_lev_disc
nvoStatus
SNVT_obj_Status
nvoInstallDel
SNVT_lev_disc
nvoWind
SNVT_speed
nvoWdThreshold
SNVT_speed
nvoTestMode
User Type
SNVT_config_src nciConfigSource
SNVT_elapsed_time nciStsMaxSendT
SNVT_muldiv nciWdGain
SNVT_speed nciWdOffset
SNVT_speed nciWdMaxRange
SNVT_speed nciWdMinRange
SNVT_lev_cont nciWdSendOnDelta
SNVT_elapsed_tm nciWdMaxSendTime
SNVT_elapsed_tm nciWdMinSendTime
SNVT_count nciWdAverage
SNVT_speed nciWdThresTable[0...15]
SNVT_elapsed_tm nciThresMaxSdT
SNVT_elapsed_tm nciTestMdeMaxSdT
WIND SENSOR OBJECT
Figure 2: node description

AEG
Functional description Wind
ref FD 157991 Version 1.0 27/01/03
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2.6 Binding
The functional relation between Group Control Interface , Sensor interfaces ,...., is defined by the
binding via the network input not used in the product .
nvoSwitch
SNVT_setting
Group Control
Interface
PUSH BUTTON
nviSwitch0
SNVT_setting
nviSwitch1
SNVT_setting
nviSwitch2
SNVT_setting
nviSwitch3
SNVT_setting
nviSwitch4
SNVT_setting
Sun sensor
Interface
SUN SENSOR
nviSun
SNVT_lux
nciSnThrsh
SNVT_lux
nvoSnThrsh
SNVT_lux
nvoSun
SNVT_lux
nviSblndRequest
SNVT_char_ascii nvoSblndStatus
SNVT_SblndState
BIU-LT
OR
OR
OR
OR
Wind sensor
Interface
WIND SENSOR
nciWdThrsh
SNVT_speed
nvoWind
SNVT_speed
nvoWdThrsh
SNVT_speed
nviWind
SNVT_speed
Rain sensor
Interface
RAIN SENSOR
nviRain
SNVT_lev_disc
nvoRain
SNVT_lev_disc
Figure 3: Binding

AEG
Functional description Wind
ref FD 157991 Version 1.0 4 January 1999
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3. FUNCTIONS
3.1 Introduction
One function depending , of the Binding and of the parameters of configuration , is possible with
this product
The network management tools can be controlled .
NOTA:each network variable is defined in the functional profile 157991 version 1.0

AEG
Functional description Wind
ref FD 157991 Version 1.0 27/01/03
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3.2 Speed measurement
The interface measures continuously the speed from one sensor .
It transmits the measured value on the network:
-every time it crosses one of the 15 possible values of the threshold .
A threshold value can be set through a 16 position coding wheel , bound via the network
with a actuator interface.
-when it has changed by more than x% , x being set by the network .
-When the timer « Speed max send time » expires . This timer can be configured.
A yellow LED is turned on the product as soon as and as long as the actual value is higher than
the threshold , except during the intuitive installation process .
These configuration variables are linked with :
SNVT_lev_cont nciWdSendOnDelta ;
SNVT_lux nciWdThresTable[0...15] ;
SNVT_elapsed_tm nciStsMaxSendT ;
3.3 Configuration variables
WARNING :
-nciWdGain
-nciOffset
-nciWdMaxRange
-nciWdMinRange
-nciWdAverage
These are manufacturer parameter . Never change it without manufacturer’s
consent .
3.4 Network management tools
With a supervision , the status of each object in the node (nviRequest) can be asked and
reported by output variables (nvoStatus).
The node object provides Object Status.
3.4.1 Node object management
To request and control the status of each object , the node uses an input variable.
This input variable provides the mechanism to request a particular mode for a particular object
within a node.
For example , each node object can be enable or disable .

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Functional description Wind
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This input variable includes one field to allow the Node Object to report status for all objects on a
node and one field to request the node.
•For the first one ,1 value is possible :
ID=0: node object
•For the second one , 4 values are possible
0:RQ_NORMAL :enable object and remove override.
1:RQ_DISABLED : disable object.
2:RQ_UPDATE_STATUS : just report status.
5:RQ_REPORT_MASK : report status bit mask.
This input variable is linked with :
SNVT_obj_request nviRequest
How to use :
ACTION nviRequest
object_id object_request
You want to know the
status of the node object
and set the nvoStatus with
current object 0 status.
0 2
Table 1: How to use node object management
To report the status of any object of the node , the node use an output variable.
4 fields are used for report the status of any object of the node :
•one reports the ID number
•A status is reported whenever a request is received for an object id that is not defined
in the node.
2 values are possible 0:disable
1:enable
•Reporting a status is required if an unsupported request code is received on the object
request input network variable.
2 values are possible 0:disable
1:enable
•reporting if the status is disable or enable
2 values are possible 0:disable
1:enable
These parameters are linked with the output variable
SNVT_obj_status nvoStatus

AEG
Functional description Wind
ref FD 157991 Version 1.0 27/01/03
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How to use :
nvoStatus is set only when a request status is asked .
ACTION NvoStatus
object_id invalid_id invalid_request disabled
The node object
is disable. 0000
Table 2: How to use nvoStatus
3.5 Different configurations
This product supports 3 different configuration processes on the network:
-automatic installation : nothing has to be done at installation ; all the Actuator interfaces belong
to the same group have the same behavior regarding the sensors of the installation . This
automatic installation is implemented when the product leaves the production line ; as soon as
another configuration process is used , the automatic installation cannot be used anymore
unless a specific software is done on the device itself.
-PC configuration by the means of an appropriate software.
-intuitive installation : it is an installation configuration used in the SOMFY LonWorks products to
configure an installation of sensors and actuators on the network .
This configuration consists in creating groups of actuators.
All the actuators of the group have the same behaviour regarding the sensor controlling the group
.
The intuitive configuration requests for all the products one button and one LED ; those are ID
button and the ID LED .
The process of creating a group , at first installation or for a modification , is as follows :
•Press the ID button of a sensor during approx. 5’’ until its ID LED flashes ; wait until it stops
flashing and turns on continuously.
•Press the ID button of an actuator ( ex : BIU-LT interface , BUI-6AC interface , BIU-ILT
interface...) whose will be controlled by the sensor . Its ID LED and the ID LED of the sensor
will flash during few seconds , then its ID LED will turn on as the ID LED of the sensor will turn
on again ; this means that the actuator is no longer control by the sensor .
•If an actuator is controlled by the sensor , its ID LED is turn on .The actuator will be no longer
control by the sensor , give a pulse on its ID button . Its ID LED of the sensor will flash during
few seconds , then its ID LED will turn off ; this means that the actuator is no longer control
by the sensor .
•When the group has been set ( or modified ) , a pulse on the ID button of the sensor ends the
process . All the ID LED will turn off .

AEG
Functional description Wind
ref FD 157991 Version 1.0 4 January 1999
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Nota : the process is anyhow now ended when no ID LED is activated during 3 minutes
after the process has been initiated .
This function is linked with the input & output variable
SNVT_lev_disc nviInstallDel
SNVT_lev_disc nvoInstallDel
and with the configuration variable
SNVT_config_src nciConfigSource

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Functional description Wind
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4. DOCUMENTATION REFERENCE
•The SNVT Master List and Programmer’s Guide
•The Functional Profile ref.157991 version 1.0