SOMFY animeo LON RTS Module 433 MHz WM Скачать руководство пользователя страница 2

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Date: 27.09.17

Functional Profile LON RTS Module WM

animeo LON RTS Module 433/447 MHz . Ref. 51318943A

2/44

Table of Content

Document History ................................................................................................................ 4

Hardware ............................................................................................................................... 5

Node Object #0000 ............................................................................................................... 6

3.1.

Overview ................................................................................................................... 6

3.2.

Functional-Block Details ............................................................................................ 7

3.3.

Network Variables ..................................................................................................... 9

3.3.1.

Request Input ......................................................................................................... 9

3.3.2.

Status Output ....................................................................................................... 11

3.3.3.

File Directory ........................................................................................................ 12

3.3.4.

Programming Mode .............................................................................................. 13

3.4.

Configuration Properties .......................................................................................... 14

3.4.1.

Location Label (optional) ...................................................................................... 14

3.4.2.

Device Major Version ........................................................................................... 14

3.4.3.

Device Minor Version ........................................................................................... 15

Radio Control #3200 ........................................................................................................... 16

4.1.

Overview ................................................................................................................. 16

4.2.

Functional-Block Details .......................................................................................... 17

4.3.

Network Variables ................................................................................................... 19

4.3.1.

Switch Output ....................................................................................................... 19

4.3.2.

Switch Feedback Input ......................................................................................... 19

4.3.3.

Setting Output ...................................................................................................... 20

4.3.4.

Learn Address ...................................................................................................... 20

4.4.

Configuration Properties .......................................................................................... 21

4.4.1.

Location Label ...................................................................................................... 21

4.4.2.

Transmitter Address ............................................................................................. 21

4.4.3.

Long Operation .................................................................................................... 22

4.4.4.

Setting Down ........................................................................................................ 22

4.4.5.

Setting Up ............................................................................................................ 23

4.4.6.

Setting My/Stop .................................................................................................... 23

4.4.7.

Step Angle ........................................................................................................... 24

4.4.8.

Scroll Step ............................................................................................................ 24

Analog Sensor #0001 ......................................................................................................... 26

5.1.

Overview ................................................................................................................. 26

5.2.

Functional-Block Details .......................................................................................... 27

5.3.

Network Variables ................................................................................................... 29

5.3.1.

Analog Sensor Output x ....................................................................................... 29

5.4.

Configuration Properties .......................................................................................... 29

5.4.1.

Type Of Analog Sensor ........................................................................................ 29

5.4.1.1.

Example: CO2 As Analog Sensor ......................................................................... 30

5.4.1.2.

Example: Temperature As Analog Sensor ............................................................ 31

5.4.1.3.

Example: Brightness As Analog Sensor ............................................................... 31

5.4.1.4.

Example: Occupancy As Dry Contact ................................................................... 31

5.4.1.5.

Example: Watts per square meter As Analog Sensor ........................................... 32

5.4.2.

Max Send Time (Heartbeat) ................................................................................. 32

5.4.3.

Min Send Time ..................................................................................................... 33

5.4.4.

Send On Analog Sensor Delta ............................................................................. 33

5.4.4.1.

Example: Send On Power Delta ........................................................................... 34

5.4.4.2.

Example: Send On Percent (CO2) Delta .............................................................. 34

Содержание animeo LON RTS Module 433 MHz WM

Страница 1: ...SOMFY animeo LON RTS Module 433 MHz WM Ref 1860239 SOMFY animeo LON RTS Module 447 MHz WM Ref 1860240 Version 1 02 Revision date 2016 12 20 Ref 5118943A Somfy Activites SA 50 Avenue du Nouveau Monde...

Страница 2: ...4 Learn Address 20 4 4 Configuration Properties 21 4 4 1 Location Label 21 4 4 2 Transmitter Address 21 4 4 3 Long Operation 22 4 4 4 Setting Down 22 4 4 5 Setting Up 23 4 4 6 Setting My Stop 23 4 4...

Страница 3: ...Occupancy Or Switch As Dry Contact 38 5 4 6 Analog Sensor Offset 38 5 4 6 1 Example Analog Sensor Offset Power 38 5 4 6 2 Example Analog Sensor Offset CO2 39 5 4 6 3 Example Analog Sensor Offset Tempe...

Страница 4: ...TS Module WM animeo LON RTS Module 433 447 MHz Ref 51318943A 4 44 1 Document History version Modification reason validity date 1 0 First Version 03 12 2014 1 01 Appendix added 09 01 2015 1 02 Device L...

Страница 5: ...yellow LED are used for service purpose as defined by F The green LED signals the operation of the power supply The orange LED signals the state of the radio receiver Blinking means that no transmitte...

Страница 6: ...e linked only once to one interface device Although possible it is not advisable to link a radio control twice to a LON system If required this functionality should be accomplished in LON The Node Obj...

Страница 7: ...Date 27 09 17 Functional Profile LON RTS Module WM animeo LON RTS Module 433 447 MHz Ref 51318943A 7 44 3 2 Functional Block Details...

Страница 8: ...llect further radio transmitter devices M mandatory O optional Table 2 SCPT Details M O SCPT UCPT Name NV Name Type or SNVT SCPT UCPT Index Associated NVs Description O SCPTlocation nciLocation SNVT_s...

Страница 9: ...ied by the object ID The object_request_t definition in the SNVT Master List defines the available request functions the following requests are the only mandatory request functions RQ_NORMAL RQ_UPDATE...

Страница 10: ...vel RQ_REPORT_MASK Requests a status mask reporting the status bits that are supported by the specified functional block to be sent to the nvoStatus output network variable A one bit in the status mas...

Страница 11: ...ariable invalid_id Set to one if a request is received for a functional block index that is not defined in the device No further checking of the request code is required when set to one report_mask Se...

Страница 12: ...must be accessible using network management read write messages For more details see Configuration Properties within the LONMARK Application Layer Interoperability Guidelines This output network vari...

Страница 13: ...g mode to collect further radio transmitter devices Once switched on the device listens for any programming telegram in the air As soon as a new radio transmitter message was received the NV changes b...

Страница 14: ...works subsystem numbers may be used instead of subsystem names for example 1 2 29 This allows deeply nested hierarchies to fit within the 31 character limit for SCPTlocation If a device has multiple l...

Страница 15: ...Configuration Requirements Restrictions Read only 3 4 3 Device Minor Version network input config SCPTdevMinVer nciDevMinVer This configuration property provides the minor version number of a device T...

Страница 16: ...document describes the profile for a Radio Control object The profile is used preferably for sunblind radio controls composed of switch up and switch down hardware The Radio Control object can be used...

Страница 17: ...Date 27 09 17 Functional Profile LON RTS Module WM animeo LON RTS Module 433 447 MHz Ref 51318943A 17 44 4 2 Functional Block Details...

Страница 18: ...ation SNVT_time_sec 107 2 Entire Functional Block Time after which long operation command is generated O UCPTsettingUp nciSettingUp SNVT_setting 117 3 nv3 O Values which are sent via nvoSetting if Up...

Страница 19: ...ons Valid Range The valid range is the range of SNVT_switch State 0 means OFF 1 means ON The range of the 8 bit intensity value is 0 200 0 100 in 0 5 steps Minimum level is value 0 When Transmitted Wh...

Страница 20: ...henever the hardware received a corresponding radio message Update Rate There is no maximum update rate The default minimum update rate is 0 ms Minimum update rate is configurable Default Service Type...

Страница 21: ...has to be set to 0 4 4 Configuration Properties 4 4 1 Location Label network input config SNVT_str_asc nciLocation This input configuration network variable is used to store ASCII text It provides mor...

Страница 22: ...4 4 3 Long Operation network input config UCPTdlyStartLong nciDlyStartLong A push button activation for longer than the adjusted time outputs the setting specified in the corresponding configuration...

Страница 23: ...PTsettingUp nciSettingUp Values which are sent via nvoSetting if up command has been received Valid Range The valid range of SNVT_setting Default Value SET_UP INVALID INVALID SNVT Reference SNVT_setti...

Страница 24: ...st possible tilt step angle SNVT Reference SNVT_angle_deg 104 4 4 8 Scroll Step network input config UCPTscrollStep nciScrollStep Percentage of value change for tilting and dimming if a scroll message...

Страница 25: ...ON RTS Module WM animeo LON RTS Module 433 447 MHz Ref 51318943A 25 44 SNVT Reference SNVT_level_cont 21 Configuration Considarations Only valid with Telis Modulis wheel TILTING and Telis long press D...

Страница 26: ...or 0001 5 1 Overview The Analog Sensor inherits all mandatory and some optional members from the LonMark Analog Sensor Object 0001 Various SOMFY specific members have been added The Functional Block A...

Страница 27: ...RTS Module WM animeo LON RTS Module 433 447 MHz Ref 51318943A 27 44 5 2 Functional Block Details The Functional Block Analog Sensor exists 3 times at the animeo LON RTS Module Each could be set indivi...

Страница 28: ...endTime nciMinSendTime SNVT_time_sec 107 52 nv1 Minimum period of time that expires before the object will automatically update the NV O SCPTsndDelta nciSndDelta SNVT inherited 27 nv1 Sets the change...

Страница 29: ...ter to the corresponding analog input all one and two byte integer values plus SNVT_switch and SNVT_occupancy are supported The hardware is designed to accept 0 10 V DC Valid Range Depends on selected...

Страница 30: ...B 0 C 0 SCPT Reference SCPTnvType 254 Configuration Considerations The type can only be changed if the nvoValue_x is not bound to any other NV If this is not observed or if an unsupported type is set...

Страница 31: ...C Default Value of Analog Sensor Output 0 C Degree Celsius 5 4 1 3 Example Brightness As Analog Sensor network input config SCPTnvType nciNetworkType SNVT_lux This input configuration property sets t...

Страница 32: ...obal radiation value in W m at the following network variables nv1 nvoValue_x Valid Range of Analog Sensor Output 0 3276 70 W m Resolution 0 05W m Default Value of Analog Sensor Output 0 W m 5 4 2 Max...

Страница 33: ...ne of the following network variables nv1 nvoValue_x The internal measuring hardware is controlled as well by this configuration property Zero means measuring disabled Valid Range 0 6553 5 seconds onl...

Страница 34: ...On Percent CO2 Delta network input config SNVT_lev_percent nciSndDelta This input configuration property sets the change of value in percent that must result before the Object will automatically updat...

Страница 35: ...d Range 0 0 65535 lx Resolution 1 0 lx Default Value 100 lx Lux 5 4 4 5 Example Send On Switch Delta network input config SNVT_switch nciSndDelta This input configuration property sets the change of v...

Страница 36: ...m Resolution 0 05W m Default Value of Analog Sensor Output 0 W m 5 4 5 Analog Sensor Gain network input config SNVT_multidiv nciGain This input configuration property defines a linear sensor in combin...

Страница 37: ...lier 100000 But the maximum value of multiplier can only be 65535 Therefore a variable is needed which shows the same ratio between multiplier and divisor e g multiplier 65535 divisor 1391 5 4 5 1 Exa...

Страница 38: ...lue into lux at the following network variables nv1 nvoValue_x Theoretical Range of SNVT_lux 0 100000 lx Resolution 1 0 lx Attention nvoValue can only output up to 65535 Multiplier 65535 1 0 65535 5 4...

Страница 39: ..._lev_percent nciOffset This input configuration property defines a linear CO2 sensor in combination with NV nciGain_ x in range of the following network variables nv1 nvoValue_x Valid Range 163 840 16...

Страница 40: ...ciOffset This input configuration property defines a switch sensor in combination with NV nciGain_ x in range of the following network variables nv1 nvoValue_x Valid Range The SNVT_switch State is ign...

Страница 41: ...xample Watts per square meter As Analog Sensor network input config SCPTnvType nciNetworkType SNVT_Wm2_p This input configuration property sets the global radiation value into W m at the following net...

Страница 42: ...guration of the radio transmitter Blinds Dimming 1 UP button Long press Move SettingUp Brighter Scroll_Step Short press Tilt Step_Angle On Switch_On 2 my button Long press Move Setting my Toggle On Of...

Страница 43: ...on of the radio transmitter Blinds Dimming 1 UP button Long and short press Move Setting_Up On Switch On 2 my button Long press Move Setting_my Toggle On Off Short press Stop Setting_Stop 3 DOWN butto...

Страница 44: ...4 RTS 433 MHz Telis 16 RTS 433 MHz Telis 6 Chronis RTS 433 MHz Telis 1 Modulis RTS 433 MHz Telis 4 Modulis RTS 433 MHz Chronis RTS L 433 MHz Chronis RTS Smart 433 MHz Smoove 1 RTS 433 MHz Smoove Orig...

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