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BDB/S, Data Logging Unit 

 

 

© 2006 ABB STOTZ-KONTAKT GmbH 

 

3

 

ABB i-bus

®

 EIB / KNX

 

 

Contents  

Page 

 

1

 

General 4

 

1.1

 

Product and functional overview...........................................................5

 

2

 

Device technology 

6

 

2.1

 

Technical data.......................................................................................6

 

2.2

 

Circuit diagram......................................................................................7

 

2.3

 

Dimension drawing ...............................................................................8

 

2.4

 

Assembly and installation .....................................................................9

 

3

 

Commissioning 11

 

3.1

 

Overview .............................................................................................11

 

3.2

 

Parameters .........................................................................................12

 

3.2.1

 

“General” parameter window............................................................12

 

3.2.2

 

Parameter window “Channel designator”.........................................16

 

3.2.3

 

Channel parameter settings “Individual for each channel” ..............17

 

3.2.3.1

 

Parameter window “Channel parameters page 1 of 2”..................17

 

3.2.3.2

 

Parameter window “Channel parameters page 2 of 2”..................24

 

3.2.4

 

Channel parameter settings “Same for all channels”.......................27

 

3.2.4.1

 

Parameter window “Channel parameters page 1 of 2”..................27

 

3.2.4.2

 

Parameter window “Channel parameters page 2 of 2”..................28

 

3.3

 

Communication object ........................................................................29

 

3.3.1

 

Channel 1 .........................................................................................29

 

3.3.2

 

Channel 2…35 .................................................................................31

 

3.3.3

 

General.............................................................................................32

 

4

 

Planning and application 

34

 

4.1

 

Application fields .................................................................................34

 

4.1.1

 

Application 1.....................................................................................34

 

4.1.2

 

Application 2.....................................................................................34

 

4.1.3

 

Application 3.....................................................................................34

 

4.1.4

 

Application 4.....................................................................................34

 

4.2

 

Reaction on bus voltage failure ..........................................................35

 

4.3

 

Reaction on bus voltage recovery ......................................................35

 

Appendix VII

 

A.1

 

Scope of delivery ............................................................................... VII

 

A.2

 

Directory of drawings ........................................................................ VIII

 

A.3

 

Directory of tables ............................................................................... IX

 

A.4

 

Index .................................................................................................... X

 

A.5

 

Ordering information ............................................................................ X

 

A.6

 

Notes.................................................................................................. XII

 

 
 

Summary of Contents for i-bus BDB/S 1.1

Page 1: ...Product Manual ABB i bus EIB KNX Data Logging Unit BDB S 1 1 Intelligent Installation Systems ABB ...

Page 2: ...lity Despite checking that the contents of this document match the hardware and software deviations cannot be completely excluded We therefore cannot accept any liability for this Any necessary corrections will be inserted in new versions of the manual Please inform us of any suggested improvements E mail eib hotline de abb com ...

Page 3: ...of 2 17 3 2 3 2 Parameter window Channel parameters page 2 of 2 24 3 2 4 Channel parameter settings Same for all channels 27 3 2 4 1 Parameter window Channel parameters page 1 of 2 27 3 2 4 2 Parameter window Channel parameters page 2 of 2 28 3 3 Communication object 29 3 3 1 Channel 1 29 3 3 2 Channel 2 35 31 3 3 3 General 32 4 Planning and application 34 4 1 Application fields 34 4 1 1 Applicati...

Page 4: ...ordinate the maintenance expenditure and to determine the operational life of different devices Possible applications for use of the BDB S 1 1 can be found for example in the fields of lighting ventilation pumps as well as transport systems This manual provides you with detailed technical information relating to the Data Logging Unit BDB S 1 1 installation and programming and explains the use of t...

Page 5: ... a communication object or parameter it is possible to define the corresponding start or limit value for each individual operating hours counter value With a total run time mode of counting i e counting from zero up to set limit value an alarm message is generated if the limit value is exceeded With a remaining run time mode of counting i e counting from adjustable start value down to zero an alar...

Page 6: ... address Programming button for assignment of the physical address Enclosure IP 20 to DIN EN 60 529 Safety class II to DIN EN 61 140 Isolation category Overvoltage category III to DIN EN 60 664 1 Pollution degree 2 to DIN EN 60 664 1 EIB KNX safety extra low voltage SELV 24 V DC Temperature range Operation Storage Transport 5 C 45 C 25 C 55 C 25 C 70 C Ambient conditions Maximum air humidity 93 no...

Page 7: ...erating data recording 1 250 254 255 Table 2 Application program Note ETS is required for programming If ETS3 is used a VD3 type file must be imported The application program is available in the ETS under ABB Safety and Monitoring Controller 2 2 Circuit diagram 2CDC 072 053 F0006 Fig 2 Circuit diagram 1 Label carrier 2 Programming button 3 Programming LED 4 Bus connection terminal ...

Page 8: ...Device technology 2006 ABB STOTZ KONTAKT GmbH 8 ABB i bus EIB KNX 2 3 Dimension drawing 2CDC 072 051 F0006 Fig 3 Dimension drawing ...

Page 9: ...rm to DIN VDE 0100 520 Commissioning requirements In order to commission the Data Logging Unit a PC with ETS and a connection to the ABB i bus e g via a RS232 interface or a USB interface is necessary The device is ready for operation after connection to the bus voltage The installation and commissioning may only be carried out by electrical specialists The appropriate norms guidelines regulations...

Page 10: ...am is changed or after a discharge Assignment of the physical address The assignment and programming of the physical address is carried out in the ETS Cleaning If devices become dirty they can be cleaned using a dry cloth Should a dry cloth not remove the dirt they can be cleaned using a slightly damp cloth and soap solution Corrosive materials or solutions should never be used Maintenance The dev...

Page 11: ...Unit BDB S 1 1 a high performance application program Data Logging 1 is available Programming requires the EIB Tool Software ETS When ETS3 is used the product files with the file extension VD3 must be imported Max number of communication objects 250 Max number of group addresses 254 Max number of associations 255 ...

Page 12: ...s With this parameter you set if the channels are set individually for the 35 channels or set the same for all channels Option Individual for each channel the option enables the individual setting of each channel separately Option Same for all channels if the option is selected the settings under the parameter window Channel parameters apply for all channels Note Please note that the values which ...

Page 13: ...ch positions of the parameterised channels Switch positions cyclic recall every 0 255 minutes 0 deactivated Options 0 1 255 minutes 0 function deactivated With this parameter the time interval is set after which the switch positions are recalled on a cyclic basis Note The set cycle time applies for all channels The function can be enabled or inhibited for each channel If the switch positions are r...

Page 14: ...ected the following parameters are displayed Cycle time 1 255 hours Options 1 255 hours The cycle time is thus set here After this time the operating hour s telegrams are sent Cyclically send switching operations telegram Options no yes Option no switching operations telegram is not sent Option yes switching operations telegram sent cyclically If the option yes is selected the following parameters...

Page 15: ...am is sent additionally the communication object In operation System appears If the option yes is selected the following parameters are displayed Send interval for In operation telegram Options 10min 30min 1h 3h 6h 12h 24h The communication object In operation System is sent cyclically on the bus after the set interval The telegram value is always 1 This can be used to monitor the Data Logging Uni...

Page 16: ...ons Text With this parameter it is possible to enter a text of up to 40 characters in length for identification in the ETS Note The text which is entered is used to provide help in order to obtain an overview of the channels when they are fully assigned and to indicate the function assigned to the channel The text is purely for informative purposes and has no further function ...

Page 17: ...e parameter window General the following parameter window appears 3 2 3 1 Parameter window Channel parameters page 1 of 2 Fig 6 Parameter window Channel parameters page 1 of 2 Note The parameters for setting the switching operations become visible by scrolling down using the scroll bar on the right hand side Channel selection 1 35 Options Channel 1 Channel 35 With this parameter you define which c...

Page 18: ...recall of the switch position is activated Note The cycle time for this purpose is set in the parameter Switch positions cyclic recall every 0 255 hours 0 deactivated in the parameter window General If the switch positions are recalled cyclically ensure that on the recalling device e g a switch actuator channel the R flag is set in the communication object to be recalled Otherwise the Data Logging...

Page 19: ... the enable to delete overwrite the operating data is issued and a time window of 10 seconds is activated The time window closes automatically 10 seconds after the last change and the communications object value is reset to 0 and sent on the bus The time window remains active for at least 10 seconds after the last close command What is the counter value The counter value signifies the current oper...

Page 20: ...ounter value after download Options 0 100 000 With this parameter a new counter value is set for the operating hours after download Note If the operating hours are counting as a remaining run time downwards counter a plausibility test is undertaken Example If a start value of 2 500 is set and the new counter value is set to 3 500 the new counter value is automatically corrected to 2 500 as the new...

Page 21: ...ps at a value of 1 Option ON and OFF always counting is undertaken at a communication object value of 0 and 1 After the Data Logging Unit is powered up the operating hours counter will run permanently Thus for example the total connection time of equipment in the ABB i bus system can be measured Note Internally the Data Logging Unit counts exactly to the second the output of the operating hours te...

Page 22: ...ection failures can now only be determined on channels which are cyclically recalled i e reaction only according to the options otherwise counting continues When does counting continue This is dependent of the parameter setting at Count operating hours with switch position ...

Page 23: ...ownload Options no yes Option no operating hours limit value is not overwritten Option yes operating hours limit value is overwritten Note Changes of the limit value via the bus with a download is not taken into consideration The parameterised value is set as a limit value If the option Remaining runtime is selected the following two parameters are displayed Operating hours start value Options 0 1...

Page 24: ...rameter serves as a note or remark The value range is between 0 and 4 294 967 295 Count operations with change of switch position from Options ON OFF OFF ON With this parameter the switch operation is defined Option ON OFF a switch operation is counted if switching occurs from an ON telegram to an OFF telegram Option OFF ON a switch operation is counted if switching occurs from an OFF telegram to ...

Page 25: ...7 295 The limit value for the switching operations is set with this parameter If this value is reached the communication object Channel 1 switching operations Alarm sends a 1 Note Thereafter counting will continue up to the end value of 4 294 967 295 The counter value stops at 4 294 967 295 Overwrite switching operations limit value with download Options no yes Option no switching operations limit...

Page 26: ... to zero starts at the start value If the value 0 is reached the communication object Channel 1 switching operations Alarm sends a 1 Note The counter stops at zero Overwrite switching operations start value with download Options no yes Option no switching operations start value is not overwritten Option yes switching operations start value is overwritten Note Changes of the start value via the bus...

Page 27: ...rameter window appears 3 2 4 1 Parameter window Channel parameters page 1 of 2 Fig 8 Parameter window Channel parameters page 1 of 2 Channel selection This parameter serves as a note or remark This indicates in the parameter window General in the parameter Channel parameter settings that the option Same for all channels has been selected Note All further parameters can be taken from the descriptio...

Page 28: ...8 ABB i bus EIB KNX 3 2 4 2 Parameter window Channel parameters page 2 of 2 Fig 9 Parameter window Channel parameters page 2 of 2 Note The limit descriptions should be taken from the chapter channel parameter settings Individual for each channel ...

Page 29: ...efined with this The counter value can also be modified via the bus Before the current values can be changed the communication object Enable delete overwrite System must receive a 1 2 Change read Channel 1 operating hours start limit value EIS 11 4 bytes DTP 12 001 C R W T The operating hours start or limit value can be changed via the bus The communication object is always visible On bus voltage ...

Page 30: ...4 bytes DTP 12 001 C R W T The switching operation start or limit value can be changed via the bus The communication object is always visible With bus voltage failure the modified switching operation start or limit value is saved Only after a renewed download of the application program is the start or limit value if set is overwritten Before the start or limit values are changed 1 must be received...

Page 31: ...t name Data type Flags 28 34 See communication object 0 6 Channel 5 No Function Object name Data type Flags 35 41 See communication object 0 6 Channel 6 No Function Object name Data type Flags 42 48 See communication object 0 6 Channel 7 No Function Object name Data type Flags 49 55 See communication object 0 6 Channel 8 No Function Object name Data type Flags 56 62 See communication object 0 6 Ch...

Page 32: ...nd 247 Enable delete overwrite System EIS1 1 Bit DTP 1 001 C W If a 1 is received the enable to delete overwrite of the operating data is issued and a time window of 10 seconds is activated The time window closes automatically 10 seconds after the last change and the communications object value is reset to 0 and sent on the bus Via the communications object Delete all operating data System all ope...

Page 33: ...nd Channel X operating hours Number are set to zero counting up and set to the start value when counting down Before the operating data is deleted a 1 must be received on the communications object Enable delete overwrite System Telegram value 1 delete Telegram value 0 do not delete 249 In operation System EIS1 1 Bit DTP 1 003 C R T This communication object is only active if yes has been selected ...

Page 34: ...sumption with regard to the maintenance expenditure and effort in the office complex 4 1 2 Application 2 The Unit can be used for example in a functional building to record the switch on times of pumps in the heating system The service life of the pumps can be derived from the switch on time This enables co ordination of prompt pump maintenance 4 1 3 Application 3 This Unit can be used for example...

Page 35: ...EIB KNX 4 2 Reaction on bus voltage failure With bus voltage failure the Data Logging Unit permanently saves the operating hours and switching operations 4 3 Reaction on bus voltage recovery Recall of the current counter states and update of the communication objects ...

Page 36: ...ndix A 1 Scope of delivery The Data Logging Unit is supplied with the following parts Please check the items received using the following list 1 pc BDB S 1 1 Data Logging Unit MDRC 1 pc installation and operating instructions 1 pc bus connection terminal red black ...

Page 37: ...r window Channel designator 16 Fig 6 Parameter window Channel parameters page 1 of 2 17 Fig 7 Parameter window Channel parameters page 2 of 2 24 Fig 8 Parameter window Channel parameters page 1 of 2 27 Fig 9 Parameter window Channel parameters page 2 of 2 28 Fig 10 Communication objects channel 1 0 6 29 Fig 11 Communication objects General 245 247 32 Fig 12 General communication objects 248 and 24...

Page 38: ...cation program 7 Table 3 Communication objects channel 1 0 3 29 Table 4 Communication objects channel 1 4 6 30 Table 5 Communication objects channel 2 35 6 244 31 Table 6 Communication objects General 245 247 32 Table 7 General communication objects 248 and 249 33 Table 8 Ordering details of the Data Logging Unit MDRC XI ...

Page 39: ...missioning requirements 9 Current consumption bus 6 Leakage loss bus 6 Limit values 4 19 Maintenance 10 Operating hours 20 21 23 29 Power supply 6 Programming 7 10 Remaining runtime 23 Remaining value 25 26 Start values 19 Supplied state 10 Switch operation 24 25 30 Switching operations 24 25 26 30 32 33 34 Total runtime 23 Total value 25 ...

Page 40: ...KNX A 5 Ordering information Short description Designation Order No bbn 40 16779 EAN Price group Unit weight 1 pc kg Pack unit Pcs BDB S 1 1 Data Logging Unit MDRC 2CDG 110 067 R0011 657 53 2 26 0 1 1 Table 8 Ordering details of the Data Logging Unit MDRC ...

Page 41: ...Appendix 2006 ABB STOTZ KONTAKT GmbH XII ABB i bus EIB KNX A 6 Notes ...

Page 42: ...Appendix 2006 ABB STOTZ KONTAKT GmbH XIII ABB i bus EIB KNX ...

Page 43: ...ABB The information in this leaflet is subject to change without further notice Pub No 2CDC 513 034 D0201 Your EIB Partner Your EIB Partner ...

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