Wieland gesis LON R-56/0 (RC) Manual Download

Page: 4 / 47

Contents

Wieland Electric | BA000580 | 6/2009 (Rev. A)

7.5.1.3

Switch / Button transmission element (scene number) ......................................... 30

7.5.2

Window contact ....................................................................................................... 31

7.5.3

1-byte sensor ............................................................................................................ 31

7.5.3.1

1-byte sensor (temperature value) ........................................................................... 32

7.5.3.2

1-byte sensor (brightness value) .............................................................................. 33

7.5.3.3

1-byte sensor (other)................................................................................................. 33

7.5.4

4-byte sensor ............................................................................................................ 34

7.5.4.1

4-byte sensor (temperature value) ........................................................................... 34

7.5.4.2

4-byte sensor (brightness value) .............................................................................. 35

7.5.4.3

4-byte sensor (other)................................................................................................. 35

7.5.5

Alarm transmitter...................................................................................................... 35

7.5.6

Window handle ........................................................................................................ 36

Operation....................................................................................................... 38

8.1

Teach-in of transmitters (Learn; e.g. button)............................................................ 38

8.2

Deletion of assignments (Clear) ............................................................................... 38

8.2.1

Variant 1: Delete a single ID ..................................................................................... 38

8.2.2

Variant 2: Delete all IDs from one channel............................................................... 38

8.2.3

Variant 3: Delete all IDs from the gateway (restore factory settings) ...................... 39

Power supply gesis EIB RM-PS ..................................................................... 40

9.1

Device Description ................................................................................................... 40

9.2

Function.................................................................................................................... 40

9.3

Dimensions, Connections and Function Elements................................................... 41

9.4

Terminal Assignment................................................................................................ 41

9.5

Technical Data .......................................................................................................... 41

9.6

Installation ................................................................................................................ 42

9.6.1

Assembly (83.020.0401.0)........................................................................................ 42

9.6.2

Disassembly (83.020.0401.0) ................................................................................... 42

9.6.3

Replacing modules (83.020.0401.1)......................................................................... 43

Power supply gesis RM-PS 12/5.................................................................... 44

10.1

Device Description ................................................................................................... 44

10.2

Function.................................................................................................................... 44

10.3

Dimensions, Connections and Function Elements................................................... 45

10.4

Terminal Assignment:............................................................................................... 45

10.5

Technical Data .......................................................................................................... 46

10.6

Installation ................................................................................................................ 47

10.6.1

Assembly (83.020.0421.0)........................................................................................ 47

10.6.2

Disassembly (83.020.0421.0) ................................................................................... 47

10.6.3

Replacing modules (83.020.0421.1)......................................................................... 47

Summary of Contents for gesis LON R-56/0 (RC)

Page 1: ...gesis LON R 56 0 RC EnOcean LON Gateway Manual Product and Object Description Doc no BA000580 Date 6 2009 Rev A 2008 Wieland Electric GmbH ...

Page 2: ...written permission of Wieland Electric GmbH are not permitted All brands mentioned and when indicated protected by third parties in this document are subject to as such unreservedly the respective valid legal requirements and right of own ership of the respective registered owner Naming alone does not imply that the trade mark is not protected by third party rights Revision Listings Document BA000...

Page 3: ...11 3 gesis LON R System Overview 12 3 1 Selection of an Application Program 12 3 2 Modules With No Mounting Feet 12 3 3 Place of Installation 12 4 gesis LON R 56 0 RC 13 4 1 Device Description 13 4 2 Function 13 4 3 Dimensions Connections and Function Elements 14 4 4 Terminal Assignment 15 4 5 Technical Data 16 4 6 Installation 17 4 6 1 Assembly 83 020 0320 0 17 4 6 2 Dismantling 83 020 0320 0 17 ...

Page 4: ...nt 1 Delete a single ID 38 8 2 2 Variant 2 Delete all IDs from one channel 38 8 2 3 Variant 3 Delete all IDs from the gateway restore factory settings 39 9 Power supply gesis EIB RM PS 40 9 1 Device Description 40 9 2 Function 40 9 3 Dimensions Connections and Function Elements 41 9 4 Terminal Assignment 41 9 5 Technical Data 41 9 6 Installation 42 9 6 1 Assembly 83 020 0401 0 42 9 6 2 Disassembly...

Page 5: ...ssistance required for faultless operation of your gesis system Should you have additional questions or require further assistance please contact our team of specialists using the contact information below and they will be happy to help you Wieland Electric GmbH Brennerstraße 10 14 96052 Bamberg Germany Technical customer service hotline for technical issues concerning accessories functions produc...

Page 6: ...equisites are Basic knowledge of LON bus technology Basic knowledge of building installation systems Programming knowledge relating to LON objects 1 2 Symbols and Notation Used The following are used in this operating manual A notice informs you about special features of a device or a software function Notice also indicates information that is directly or indirectly related to the safety of person...

Page 7: ... an end product Damaged products must neither be installed nor put into operation On account of the class and degree of protection all devices must be installed in a gesis distribution box gesis RAN or similar housing Due to their holding equipment devices without locking feet may only be installed in a gesis RAN housing provided by Wieland Electric A power supply from the gesis RM series of devic...

Page 8: ...d Repairs When measurement or testing procedures are being performed on the active device the specifications and implementation guidelines of the relevant accident prevention regula tions must be observed Only suitable tools may be used for this Repairs to control components must only be carried out by the manufacturer Unauthorised opening and improper intervention or repairs can result in materia...

Page 9: ...gy Each bus connection represents a node regardless of whether this is concerned with a straightforward button or complex visualisation The nodes in each system are divided into sensors e g buttons temperature sensors actuators e g switching outputs shutter outputs and system devices e g routers power supplies The smallest unit in the LON system is a subnet A subnet can link up to 127 nodes Router...

Page 10: ...ole The manufacturers provide specific data for the devices used in the system free of charge in the form of application files and input it into the LNS As well as the standard configuration options provided by the commissioning tools the majority of manufacturers also provide configuration tools plug ins free of charge which are integrated in the soft ware tool to make commissioning easier LNS pl...

Page 11: ...lectric Following successful installation a new program directory called Plug In for gesis LON R Devices is created in the Windows Start menu which can also be used for direct access to the manual this document 2 6 6 Registration in the Windows registry The installation routine automatically enters the plug in in the Windows registry If the entry is not made automatically it must be done manually ...

Page 12: ...odules must be installed in a gesis RAN or similar housing If a gesis RAN distribu tion box is used the modules are installed by Wieland and wired to gesis CON series con nectors The distribution box is designed and manufactured in accordance with customer requirements meaning it can be adapted to almost any conditions The system customer specific planning and design of the distribution box also e...

Page 13: ... and Personnel Qualifications in Chapter 1 4 2 Function The gateway receives EnOcean telegrams and converts these into LON network variables NVs The gateway interprets the EnOcean telegrams ORG5 RPS Type 1 ORG6 1BS and ORG7 4BS like those for example from EnOcean sensors the Wieland alarm transmitter or the EnOcean window contact The identification number ID of the sender is transmit ted with thes...

Page 14: ...tch 4 on 1 and switch 5 on 7 produces channel 17 Valid settings are 0 55 teach delete and test functions 99 deletion of all assignments in the Clear mode Other channel numbers have no function Any channel can be set in operation 6 Button Test Set the channel selector switches 4 and 5 to the channel to be tested If you now press the Test button you initiate a reaction on the channels 0 55 in accord...

Page 15: ...LON bus terminals 1 2 and 3 4 are bridged internally 1 LON B 2 LON A 3 LON B 4 LON A X2 Connection and routing of the operating voltage terminals 1 2 and 3 4 are bridged internally 1 Operating voltage 12 5 V DC SELV 2 Operating voltage 12 5 V DC SELV 3 Operating voltage 12 5 V DC SELV 4 Operating voltage 12 5 V DC SELV ...

Page 16: ...ection cross section Screw clamp terminals 0 14 to 4 mm single core 0 14 to 2 5 mm finely stranded 6 5 mm stripped in each case Operating voltage 12 5 V DC 15 10 SELV Rated current 80 mA Antenna connection SMA socket Impedance 50 Ω Antenna suitable for 868 3 MHz the Wieland antenna is recommended see ordering instruc tions Electrical safety Protection class none depends on subsequent work Degree o...

Page 17: ...ng 83 020 0320 0 4 Disconnect the module from the power supply 5 Undo the connections at the terminal strips 6 Insert a screwdriver into the locking slide and release the module from the DIN rail 4 6 3 Replacing modules 83 020 0320 1 7 Disconnect the power supply from the module 8 Remove the flat cable from the front of the device 9 Undo the connections at the terminal strips 10 Slacken the knurle...

Page 18: ...rsion 12 or higher available at www lonmark org The setup program installs the LNS Plug In the Wieland specific Device Resource Files UDRFs and the device template XIF and APB in the directory LonWorks import Wieland Electric WLD_GESISRC It registers the plug in in the registry automatically A system restart may be required after the installation of the plug in After successful installation the pl...

Page 19: ...of the sensors The teach in of the sensors can be performed at any time However it is recommended to not teach in the sensors until after the LON commissioning A detailed description for this can be found in the technical documentation for this module at the end of this document ...

Page 20: ... type are displayed in the start window If changes have been made to the parameterisation these must be stored in the LNS using the Save in LNS button top left with red arrow Until the changes are saved these are highlighted by being displayed in red A change counter in the top right area of the LNS Plug In shows the storage still remaining to be done The buttons Store in LNS and Load from LNS are...

Page 21: ...ere only a minimal implementation of the functionality in accordance with LONMARK has been made i e the NodeObject is only used to test the node s communication capability The status of a particular function block in the node is requested via RQ_UPDATE_STATUS If the ID of the NodeObject is used in the request as the Object_ID the status of the entire node and of all the function blocks that are pr...

Page 22: ... the resolution can be param eterised in the LNS Plug In Due to the high number of network variables it is recommended to rename the network variables according to the functionality and assignment used This makes the use signifi cantly easier for the following binding with the LNS Tool and results in clearer documenta tion Corresponding input fields are present on every corresponding parameterisat...

Page 23: ...espond to the type numbers of the ENOcean pro files and should be stated in the documentation of the room control panel Otherwise the short descriptions after the type number can be used for orientation The abbreviations in the list have the following meanings PBtn Presence button Temp Temperature value of the internal sensor SetP Setpoint controller TSw Fan stage SSw Slide switch rH relative humi...

Page 24: ...displayed in the overview can be formed Depending on the panel used the teach in of the radio channels is also simplified via this block formation whereby all four channels can be stored in one step You can select the EnOcean Profile Type under Panel Types optionally you can also select a user defined type A new function related name can be granted under the values 1 4 for each of the as signed ne...

Page 25: ...re First select the type of the transmission element from a list of predefined values The following values are available Switch Button Window contact 1 byte sensor 4 byte sensor Alarm transmitter Wieland specific Window handle After the sender type has been selected other parameters and tabs are displayed in the right hand parameterisation area of the plug in which are described in the following T...

Page 26: ...sive The plug in supports you during the parameterisation using function template which correspond to those for LONMARK specified profiles The functionality can be selected from a list in the Input Function area The type of the sensor switch or button single face or double face and the use are parameterised here The following predefined values are available Button single face switching Button doub...

Page 27: ...pe in order for example to realise comfortable dimming using the SNVT_setting The Power Up Reset behaviour can also be set here Actuators which are not LONMARK compliant can also be controlled by explicitly setting the complete transmit behaviour of these network variables in another parameterisation win dow Switch Button Tab 1 Switch Button Tab 2 ...

Page 28: ...ry of the time defined under Long button press In the case of single face functionality a first and a second button press are also differenti ated in order to be able to realise a toggle function The following values are available Off Switch lighting On Switch lighting Down Dim lighting shutter Up Dim lighting shutter Stop Shutter Down to end angle Move shutter down with end angle control Referenc...

Page 29: ...tus occupied Unoccupied transmits a OC_UNOCCUPIED for the status unoccupied Special operation transmits a OC_BYPASS for the status comfort extension Temporarily unoccupied transmits a OC_STANDBY for the status Temporarily not occupied Invalid transmits a OC_NUL for the release of prioritisations The start behaviour can also be set the type of the control single face or double face switch or button...

Page 30: ...st also be activated first The input can also be inverted and the time which should be evaluated as Long Button Press must be specified A long button press then transmits a scene teach in telegram SC_LEARN After the commissioning it is recommended to parameterise a value be tween three and five seconds here in order to prevent unwanted scene changes by the user Scene number Tab 1 ...

Page 31: ...80 6 2009 Rev A 31 7 5 2 Window contact The parameterisation of the window contact transmission element is identical to the parameterisation of the Switch Button element and is described there 7 5 3 1 byte sensor Window contact 1 byte sensor ...

Page 32: ...VT_ppm Thereby the network variable type is automatically adjusted to the parameterised physical factor For this reason the parameterisation is only possible for not connected network variables The transmit behaviour of the network variables can be parameterised in the bottom area of the window 7 5 3 1 1 byte sensor temperature value When a temperature sensor is used the measuring range of the sen...

Page 33: ...ghtness value When a brightness sensor is used the measuring range of the sensor can be specified on the second screen Tab 1 7 5 3 3 1 byte sensor other The sensor types CO2 and pressure are present in the selection however with no func tion 1 byte sensor brightness value Tab 1 Notice ...

Page 34: ... 7 5 4 4 byte sensor The 4 byte sensor is parameterised analogously to the 1 byte sensor In addition the posi tion of the active byte in the telegram must be specified 7 5 4 1 4 byte sensor temperature value 4 byte sensor 4 byte sensor temperature value Tab 1 ...

Page 35: ...rm transmitter The Wieland alarm transmitter 83 020 0502 0 is a special module for the control of wire less shutter actuators The alarm transmitter produces a cyclical telegram with the current status of its potential free inputs e g conventional wind or rain sensor As a result in the case of a purely wireless based system the shutter actuators also move to the security position in the case of fai...

Page 36: ...iour of the output variables can be set for the window handle trans mission element The value of the switch output variables can be parameterised depending on the applica tion window monitoring heating or break in and or special solution on the second screen Tab 1 Window handle Window handle Tab 1 ...

Page 37: ...osed only 0 0 0 0 is only transmitted if the window is closed window monitor ing heating break in Open only 100 1 100 1 is only transmitted if the window is open window moni toring break in 3 Statuses Special function 50 1 is transmitted when the window is tilted ...

Page 38: ...tion is correct after the teach in You can teach in other transmitters in the same way 8 2 Deletion of assignments Clear The LON bus and power supply must be present for the deletion There are three deletion variants 1 Deletion of a single ID from the complete gateway 2 Deletion of all ID s from a channel 3 Deletion of all ID s from all channels restoration of the factory settings 8 2 1 Variant 1 ...

Page 39: ...channel selector switches 4 5 2 Press the Clear button 7 and keep it pressed for longer than three seconds the red LED 8 flashes 3 Press the Clear button 7 again and keep it pressed for longer than ten seconds This deletes all IDs from the gateway 4 The gateway exits the clear mode automatically and the red LED 8 goes out 5 Check and document the changes ...

Page 40: ...er Use and Selecting Personnel and Personnel Qualifications in Chapter 1 9 2 Function The power supply provides the power that is used to operate the basic module The exten sion modules connected to the basic module using the flat cable also receive the current required for switching the relays from this power supply The output voltage is a 12 V DC safety extra low voltage SELV If you are using th...

Page 41: ...ssignment X1 Connection and routing of the operating voltage terminals 1 2 and 3 4 are bridged internally 1 Operating voltage 230 V AC N 2 Operating voltage 230 V AC N 3 Operating voltage 230 V AC L 4 Operating voltage 230 V AC L X2 Connection and routing of the output voltage terminals 1 2 and 3 4 are bridged inter nally 1 Output voltage 12 5 V DC SELV 2 Output voltage 12 5 V DC SELV 3 Output vol...

Page 42: ...o EN 50090 2 2 Housing material Plastic halogen and phosphorous free colour black Behaviour in fire housing conforms with UL 94 V 2 Weight approx 240 g Dimensions see Dimensions Connections and Function Elements CE marking in accordance with EMC Directive residential and func tional buildings Low Voltage Directive 9 6 Installation 9 6 1 Assembly 83 020 0401 0 1 Latch the module onto the DIN rail 2...

Page 43: ...he flat cable from the front of the device 3 Undo the connections at the terminal strips 4 Slacken the knurled head screws in the gesis RAN housing see Fig 5 Push the slide towards the modules as shown 1 slide closed 2 slide open Notice This will release all the modules 6 Replace the relevant module 7 Reattach the modules by following steps 1 to 5 in reverse order ...

Page 44: ...ibution box Please ensure that you pay strict attention to the warnings and notes in the sections enti tled Proper Use and Selecting Personnel and Personnel Qualifications in Chapter 1 10 2 Function The power supply is suitable for operating up to two basic modules including the exten sion modules that are connected to them from the gesis RM series of devices It has a wide range input and is suita...

Page 45: ...Locking slide only for 83 020 0421 0 10 4 Terminal Assignment X1 Connection and routing of the mains voltage terminals 1 2 and 3 4 are bridged inter nally 1 Connection for neutral conductor of the mains voltage N or 2 Connection for neutral conductor of the mains voltage N or 3 Connection for phase external conductor of the mains voltage L or 4 Connection for phase external conductor of the mains ...

Page 46: ... finely stranded 6 5 mm stripped in each case Electrical safety Protection class none Degree of protection IP 20 Degree of soiling 2 Surge voltage category III Rated insulation voltage 250 V external conductor to N or PE Electrical isolation Air gap creepage paths 5 5 mm supply output Environmental conditions Ambient operating temperature 5 C to 45 C Storage temperature 25 C to 70 C relative humid...

Page 47: ...ish the connections to both the power supply and EIB using the appropriate terminal strips 10 6 2 Disassembly 83 020 0421 0 1 Disconnect the power supply from the module 2 Remove the flat cable from the front of the device 3 Undo the connections at the terminal strips 4 Insert a screwdriver into the locking slide and release the module from the DIN rail 10 6 3 Replacing modules 83 020 0421 1 1 Dis...

Search results

Summary of Contents for gesis LON R-56/0 (RC)

Reviews:

Related manuals for gesis LON R-56/0 (RC)

Brands by name

Popular brands

Wieland gesis LON R-56/0 (RC), Manual

Search results

Summary of Contents for gesis LON R-56/0 (RC)

Reviews:

Related manuals for gesis LON R-56/0 (RC)

Brands by name

Popular brands