ABB STOTZ-KONTAKT GmbH Webinar ABB i-bus KNX

Transcription

1 place picture here Jürgen Schilder and Thorsten Reibel ABB STOTZ KONTAKT GmbH July 2015 ABB STOTZ-KONTAKT GmbH Webinar ABB i-bus KNX Monitoring and Data Logging SMB/S 1.1 EUB/S 1.1 BDB/S 1.1

2 Monitoring Unit EUB/S 1.1 Monitoring of KNX devices Fault Monitoring Unit SMB/S 1.1 Detection and processing of fault signals Data Logging Unit BDB/S 1.1 Detection of operating hours and switching cycles DESTO Jürgen Schilder 2

3 Monitoring Unit EUB/S 1.1 Monitoring of KNX devices Fault Monitoring Unit SMB/S 1.1 Detection and processing of fault signals Data Logging Unit BDB/S 1.1 Detection of operating hours and switching cycles DESTO Jürgen Schilder 3

4 Monitoring Unit EUB/S 1.1 The Monitoring Unit EUB/S 1.1 enables monitoring of up to 100 KNX devices The KNX bus devices (members) are monitored to ensure their presence and minimum functionality (send and receive) The monitoring occurs by four different monitoring modes Furthermore, devices can be combined in up to 5 groups for monitoring purposes DESTO Jürgen Schilder 5

5 Monitoring Unit EUB/S 1.1 Devices can be monitored via the individual address or via a group address telegram Overall there are four monitoring modes available: (individually per device) Monitoring Techniques Monitoring via physical address (PA) Monitoring via group address (GA) Poll PA cyclically Poll PA by object Poll GA cyclically Receive GA cyclically DESTO Jürgen Schilder 6

6 Monitoring Unit EUB/S Monitoring mode: Poll physical address cyclically With this mode of monitoring the unit cyclically polls the physical address of the devices to be monitored to ensure that they are still present The EUB/S sends a polling request to the device to be monitored If the device is present and in operation it will respond and the EUB/S detects the device If a connection cannot be established to the monitoring device, it will be evaluated as a failure (after three repetition) DESTO Jürgen Schilder 7

7 Monitoring Unit EUB/S Monitoring mode: Poll individual address cyclically DESTO Jürgen Schilder 8

8 Monitoring Unit EUB/S Monitoring mode: Poll individual address cyclically This object is used to indicate the failure of a monitored device A failure has occurred if it is not possible to poll a physical address 3 times Object values will only be updated by alteration 0 : Operational 1 : Failured DESTO Jürgen Schilder 9

9 Monitoring Unit EUB/S Monitoring mode: Poll individual address cyclically With this object the cyclical polling of physical addresses (PA) is blocked 0 : Enable polling 1 : Block polling DESTO Jürgen Schilder 10

10 Monitoring Unit EUB/S Monitoring mode: Poll physical address cyclically Phys. addressed telegram to T_Connect Sensor Response from T_Disconnect Rocker 1 switching Rocker 2 switching 4/1/98 x/y/z Monitoring unit Device 1 4/1/98 Block connection to.. Device 1 Failure Device 2 xxx Device x xxx 0/3/47 5/1/33 0/3/47 0 on alteration Switch actuator Output A 3/1/11 Switch 7/3/112 / / Outtput A 0/5/73 Status Switching DESTO Jürgen Schilder 11 Device no. 1: cycle time 10min. Device no. 2: Device no. 3:

11 DESTO Jürgen Schilder 13

12 Monitoring Unit EUB/S Monitoring mode: Poll physical address cyclically Phys. addressed telegram to T_Connect Sensor X No response from X Rocker 1 switching Rocker 2 switching 4/1/98 x/y/z Monitoring unit Device 1 4/1/98 Block connection to.. Device 1 Failure Device 2 xxx Device x xxx 0/3/47 5/1/33 0/3/47 1 Failure! Switch actuator Output A 3/1/11 Switch 7/3/112 / / Outtput A 0/5/73 Status Switching DESTO Jürgen Schilder 14 Device no. 1: cycle time 10min. Device no. 2: Device no. 3:

13 3 repetition of the request Device 1 failure 0/3/ DESTO Jürgen Schilder 16

14 Monitoring Unit EUB/S Monitoring mode: Poll physical address by object With this mode of monitoring the devices to be monitored can be polled by other bus members in the KNX system For example, devices can be polled via a pushbutton or a time switch at a certain time If a connection cannot be established to the monitoring device, it will be evaluated as a failure (after three repetition) DESTO Jürgen Schilder 17

15 Monitoring Unit EUB/S Monitoring mode: Poll physical address by object DESTO Jürgen Schilder 18

16 Monitoring Unit EUB/S Monitoring mode: Poll physical address by object This object initiates polling of the physical address of a device to be monitored Mode of monitoring Poll physical address by object 0 : No reaction 1 : Start polling DESTO Jürgen Schilder 19

17 Monitoring Unit EUB/S Monitoring mode: Poll physical address by object This object is used to indicate the failure of a monitored device A failure has occurred if it is not possible to poll a physical address 3 times Object values will only be updated by alteration 0 : Operational 1 : Failured DESTO Jürgen Schilder 20

18 Monitoring Unit EUB/S Monitoring mode: Poll physical address by object Phys. addressed telegram to T_Connect 2/5/23 1 Start polling Response from T_Disconnect Sensor Rocker 1 switching 2/5/23 Monitoring unit Device 2 Polling 2/5/23 2/4/69 0 on alteration Switch actuator Rocker 2 switching x/y/z Device 2 Failure Device3 xxx Device x xxx 2/4/69 2/4/22 Output A 3/1/11 Switch 7/3/112 / / Output A 0/5/73 Status Switching DESTO Jürgen Schilder 21 Device no. 1: Device no. 2: Device no. 3:

19 Monitoring Unit EUB/S Monitoring mode: Poll physical address by object Phys. addressed telegram to T_Connect 2/5/23 1 Start polling No response from X X Sensor Rocker 1 switching 2/5/23 Monitoring unit Device 2 Polling 2/5/23 2/4/69 1 Failure! Switch actuator Rocker 2 switching x/y/z Device 2 Failure Device3 xxx Device x xxx 2/4/69 2/4/22 Output A 3/1/11 Switch 7/3/112 / / Output A 0/5/73 Status Switching DESTO Jürgen Schilder 24 Device no. 1: Device no. 2: Device no. 3:

20 Start polling 2/5/ repetition of the request Device 2 failure 2/4/ DESTO Jürgen Schilder 26

21 Monitoring Unit EUB/S Monitoring mode: Poll group address cyclically This mode of monitoring is also referred to as active monitoring With active monitoring the Monitoring Unit cyclically sends telegrams via group address to the device to be monitored and evaluates the telegrams received It is recommended to use a communication object (1 Bit) in the device to be monitored which has no other assignments. Read flag must be active! If the Monitoring Unit does not receive a response telegram within an adjusted time, it will be evaluated as a failure DESTO Jürgen Schilder 27

22 Monitoring Unit EUB/S Monitoring mode: Poll group address cyclically DESTO Jürgen Schilder 28

23 Monitoring Unit EUB/S Monitoring mode: Poll group address cyclically This object cyclically polls an object assigned via the group address and evaluates the response telegram If no telegrams are received after a programmed time, this is evaluated as a failure The failure is signaled by the group object Failure DESTO Jürgen Schilder 29

24 Monitoring Unit EUB/S Monitoring mode: Poll group address cyclically This object is used to indicate the failure of a monitored device A failure has occurred an expected group address telegram has not been received three times in a row 0 : Operational 1 : Failured DESTO Jürgen Schilder 30

25 Monitoring Unit EUB/S Monitoring mode: Poll group address cyclically 8/1/95 Value read 8/1/95 Value response Monitoring unit Device 3 8/1/95 Send/receive telegram Device 3 Failure 8/1/96 8/1/96 0 on alteration Switch actuator Co-object 8/1/95 Read Flag set! Device 4 xxx Device 4 xxx 2/4/22 2/4/23 Output A 3/1/11 Switch 7/3/112 / / DESTO Jürgen Schilder 31 Device no. 2:. Device no. 3: cycle time 10min max response time 5sec. Device no. 4:.

26 Cycl. polling 8/1/95 value read 8/1/95 value response DESTO Jürgen Schilder 33

27 Monitoring Unit EUB/S Monitoring mode: Poll group address cyclically 8/1/95 Value read X 8/1/95 No value response X Monitoring unit Device 3 8/1/95 Send/receive telegram Device 3 Failure 8/1/96 8/1/96 1 Failure! Switch actuator Gr.-object8/1/95 Read Flag set! Device 4 xxx Device 4 xxx 2/4/22 2/4/23 Output A 3/1/11 Switch 7/3/112 / / DESTO Jürgen Schilder 34 Device no. 2:. Device no. 3: cycle time 10min max response time 5sec. Device no. 4:.

28 Cycl. polling 8/1/95 value read 3 repetition of the request Device 3 failure 8/1/ DESTO Jürgen Schilder 36

29 Monitoring Unit EUB/S Monitoring mode: Receive group address cyclically This mode of monitoring is also referred to as passive monitoring Telegrams which are cyclically sent by the device being monitored are evaluated If the telegrams are not received for a definable time (e.g. 60 sec.), it will be evaluated as a failure For this monitoring mode it is necessary that the devices being monitored can send telegrams cyclically Object In Operation or other cyclical sender In order to keep the bus load as low as possible with this mode, the monitoring cycles of cyclically sending devices should be adjusted longer than 10 minutes DESTO Jürgen Schilder 37

30 Monitoring Unit EUB/S Monitoring mode: Receive group address cyclically DESTO Jürgen Schilder 38

31 Monitoring Unit EUB/S Monitoring mode: Receive group address cyclically This object receives cyclical telegrams from a device to be monitored If no telegrams are received after a programmed time, this is evaluated as a failure The failure is signaled by the group object Failure DESTO Jürgen Schilder 39

32 Monitoring Unit EUB/S Monitoring mode: Receive group address cyclically This object is used to indicate the failure of a monitored device A failure has occurred an expected group address telegram has not been received three times in a row 0 : Operational 1 : Failured DESTO Jürgen Schilder 40

33 Monitoring Unit EUB/S Monitoring mode: Receive group address cyclically 6/0/ In Operation Monitoring unit Device 4 Receive telegram Device 4 Failure 6/0/179 6/0/180 6/0/180 0 on alteration Switch actuator General In Operation 6/0/179 Device 5 xxx Device 6 xxx 2/4/22 2/4/23 Output A 3/1/11 Switch 7/3/112 / / DESTO Jürgen Schilder 41 Device no. 3:. Device no. 4: cycle time 10min. Device no. 5:. Send cyclical In Operation telegram 4 min

34 DESTO Jürgen Schilder 43 Cycl. telegram 6/0/179

35 Monitoring Unit EUB/S Monitoring mode: Receive group address cyclically No cyclical telegram (6/0/179 0 ) X X Monitoring unit Device 4 Receive telegram Device 4 Failure 6/0/179 6/0/180 6/0/180 1 Failure! Switch actuator General In Operation 6/0/179 Device 5 xxx Device 6 xxx 2/4/22 2/4/23 Output A 3/1/11 Switch 7/3/112 / / DESTO Jürgen Schilder 44 Device no. 3:. Device no. 4: cycle time 10min. Device no. 5:. Send cyclical In Operation telegram 4 min

36 No more telegrams received Device 4 failure 6/0/ DESTO Jürgen Schilder 46

37 Monitoring Unit EUB/S 1.1 Collective Messages Groups Each monitored KNX device can be assigned to one of five groups Collective message Group 1..5 Group 2 Group 1 EUB/S OG DESTO Jürgen Schilder 47

38 Monitoring Unit EUB/S 1.1 Collective Messages Groups Each monitored KNX device can be assigned to one of five groups Collective message Group DESTO Jürgen Schilder 48

39 Monitoring Unit EUB/S 1.1 Collective Messages Groups Each monitored KNX device can be assigned to one of five groups Collective message Group DESTO Jürgen Schilder 49 Sends a status message of devices assigned to a group to be monitored A failure occurs if one of the devices to be monitored in the group can not be detected 0 : No fault (all devices of a group will be detected) 1 : Fault (min. one device of a group will not be detected)

40 Monitoring Unit EUB/S 1.1 Collective Messages All All monitored KNX devices are assigned to this group All Collective message All All EUB/S OG DESTO Jürgen Schilder 50

41 Monitoring Unit EUB/S 1.1 Monitoring of KNX devices Fault Monitoring Unit SMB/S 1.1 Detection and processing of fault signals Data Logging Unit BDB/S 1.1 Detection of operating hours and switching cycles DESTO Jürgen Schilder 53

42 Fault Monitoring Unit SMB/S 1.1 Projects Hospitals Industrial facilities Office buildings Projects where a proven solution with a complete logic for a fault monitoring system is required DESTO Jürgen Schilder 54

43 Fault Monitoring Unit SMB/S 1.1 Detection and processing of fault messages (1 Bit signals, e.g. from binary inputs) Examples for fault signals: Heating, Cooling, Ventilation, electrical circuit, KNX device (via EUB/S 1.1), status message of switch actuator, Generation of control signals for optical and acoustical signalization Examples for signaling devices: Siren, flash light, tableau, Voice message via phone, Fault Monitoring Unit SMB/S 1.1 supports the following types, specified in DIN (one type per SMB/S): Fault signal with permanent light New value signal with simple flashing light Initial value signal with simple acknowledgement Motor signal DESTO Jürgen Schilder 55

44 Fault Monitoring Unit SMB/S 1.1 Fault 1 Fault 2.. Fault 99 Fault 100 Acknowledgement Opt. Indication 1 Fault 1 Opt. Indication 2 Fault 2.. Opt. Indication 99 Fault 100 Opt.Indicat. 100 Fault 100 Acoustical centr. Indication Optical centr. Indication DESTO Jürgen Schilder 56

45 Fault Monitoring Unit SMB/S 1.1 Inputs (1 Bit) Binary Input BE/S Status message, e.g. switch actuator with current detection and motor with monitored load current Universal concentrator UK/S 32.1 to connect many fault contacts at the same location Monitoring Unit EUB/S 1.1 with information KNX Device out of function Fault Confirmation SMB/S DESTO Jürgen Schilder 57

46 Fault Monitoring Unit SMB/S 1.1 Outputs (1 Bit) Switch actuator with flash light or siren Universal concentrator UK/S 32.1 to connect signal lamps Telephone gateway TG/S 3.2 with quiet alarm (Voice message, sms, ) SMB/S DESTO Jürgen Schilder 58

47 Fault Monitoring Unit SMB/S 1.1 Fault signal with permanent light (DIN ) An operating state to be signalled is indicated by permanent lighting of a visual indicator which is assigned to this signal. At the same time, a central acoustic and visual indicator is switched on. An acknowledgement signal switches off all indicators at the same time DESTO Jürgen Schilder 59

48 Fault Monitoring Unit SMB/S 1.1 New value signal with simple flashing light (DIN ) With the new value signal every new operating state to be signalled is indicated by a flashing signal, and remains on until the visual indicator is acknowledged. At the same time one or more signals of the assigned central acoustic and visual indicator are switched on DESTO Jürgen Schilder 60

49 Fault Monitoring Unit SMB/S 1.1 Initial value signal with simple acknowledgement (DIN ) The initial value signal represents a function expansion of the new value signal. Only the first operating state to signal will flash, all subsequent signals will be assigned to the permanent light DESTO Jürgen Schilder 61

50 Fault Monitoring Unit SMB/S 1.1 Initial value signal with simple acknowledgement (DIN ) The initial value signal represents a function expansion of the new value signal. Only the first operating state to signal will flash, all subsequent signals will be assigned to the permanent light DESTO Jürgen Schilder 62

51 Fault Monitoring Unit SMB/S 1.1 Motor Message (DIN ) The motor signal indicates with a flashing light and acoustic signal, if a setpoint state e.g. actuation of a switch actuator does not correspond with the actual state, e.g. feedback contact of equipment. This means that a direct comparison of the input and output states is undertaken DESTO Jürgen Schilder 63

52 Fault Monitoring Unit SMB/S 1.1 Features Depending on the type of fault management up to 100 fault signals can be processed In addition fault signals can be split into independent groups, e.g. 5 groups with each 20 fault messages Typically binary inputs are used to collect the fault signals. BE/S x.x.2.1 have special parameters to evaluate fault signals correctly, e.g. Minimum signaling time Debounce time Scan input after download, ETS reset, bus voltage recovery Parameters to be adjusted as recommended in the manual of BE/S x.x DESTO Jürgen Schilder 64

53 Fault Monitoring Unit SMB/S 1.1 ETS Group Objects Communication objects for flash and permanent light (except for fault signal with permanent light) Flashing function to be implemented in the actuator (e.g. switch actuator SA/S) DESTO Jürgen Schilder 65

54 Fault Monitoring Unit SMB/S 1.1 ETS Group Objects DESTO Jürgen Schilder 66

55 Fault Monitoring Unit SMB/S 1.1 ETS Group Objects Data loss: Indicates, that after bus voltage recovery either at least one fault message input object has not yet received a telegram or that a response telegram has not been received after polling. Update: Activates the polling of all fault signal objects, which are assigned to a group DESTO Jürgen Schilder 67

56 Fault Monitoring Unit SMB/S 1.1 ETS Parameters DESTO Jürgen Schilder 68

57 Monitoring Unit EUB/S 1.1 Monitoring of KNX devices Fault Monitoring Unit SMB/S 1.1 Detection and processing of fault signals Data Logging Unit BDB/S 1.1 Detection of operating hours and switching cycles DESTO Jürgen Schilder 69

58 Data Logging Unit BDB/S 1.1 Application fields (1) The module can be used for example, in an office complex in order to record the operating life of fluorescent lamps For example when a reference office in the office complex is taken and from this data the switch on duration and switching operations are recorded Based on these values it is possible to determine what the service life of the fluorescent lamps will be This will allow you to make assumption with regard to the maintenance expenditure and effort in the office complex DESTO Jürgen Schilder 71

59 Data Logging Unit BDB/S 1.1 Application fields (2) The module 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 DESTO Jürgen Schilder 72

60 Data Logging Unit BDB/S 1.1 Application fields (3) This module can be used for example in a department store to record the operating duration of the motors in the escalators or elevators A maintenance plan can be created based on the recorded use The plan can be co-ordinated so that the operations in the department store are not affected DESTO Jürgen Schilder 73

61 Data Logging Unit BDB/S 1.1 Application fields (4) The module can be used for example in a hotel to record the operating life of filters in the air conditioning A maintenance plan can be created using this data DESTO Jürgen Schilder 74

62 Data Logging Unit BDB/S 1.1 Detection of Operating hours Switching operations per channel 35 channels available Counting method from zero upwards or from a set value downward Setting and monitoring of thresholds Automatic alarm message if value exceeds the threshold Thresholds and initial values can be changed via KNX DESTO Jürgen Schilder 75

63 Data Logging Unit BDB/S 1.1 Programming of channels All channels together or Each channel individually Operating hour telegrams can be sent cyclically or after change Switching operation telegrams can be sent cyclically Bus voltage failure All values (operating hours, switching operations, initial values and thresholds) will be stored continuously For a better overview each channel can be described with a text Cyclical scanning of assigned objects (READ flag must be set in the group objects to be recalled actuators) DESTO Jürgen Schilder 76

64 Data Logging Unit BDB/S DESTO Jürgen Schilder 77

65 Data Logging Unit BDB/S DESTO Jürgen Schilder 78

66 Data Logging Unit BDB/S DESTO Jürgen Schilder 79

67 Data Logging Unit BDB/S 1.1 ETS Group Object: Per Channel (1-35) DESTO Jürgen Schilder 80

68 Data Logging Unit BDB/S 1.1 ETS Group Object: Recall all switch positions A recall of all switch positions of the monitored channels is started Telegram value: 1 = recall 0 = do not recall Note: Channels are only recalled if: The input object of the channel is assigned to a group address The channel parameter Cyclic switch position recall in the parameter window Channel parameters is set to yes DESTO Jürgen Schilder 81

69 Data Logging Unit BDB/S 1.1 ETS Group Object: Send all operating data Send the current operating data via the group objects: Channel X switching operations Number Channel X operating hours Number Channel X switching operations - Alarm Channel X operating hours - Alarm Telegram value: 1 = send 0 = do not send DESTO Jürgen Schilder 82

70 Data Logging Unit BDB/S 1.1 ETS Group Object: Enable delete/overwrite DESTO Jürgen Schilder 83 If a 1 is received the enable to delete/overwrite of the operating data is issued and a time window of ten seconds is activated Via the group object Delete all operating data System, all operating data can be deleted in the Data Logging Unit When counting upwards the counter value is set to zero When counting downwards the counter value is set to start value The operating hours counter, start and limit values, the switching operations counter, start and limit values can be modified via the respective communication objects via the bus Telegram value: 1 = time window active 0 = time window not active

71 Data Logging Unit BDB/S 1.1 ETS Group Object: Delete all operating data DESTO Jürgen Schilder 84 Deleting of the operating data switching operations and operating hours Deleting applies for all channels If a 1 is received the values of the communication objects Channel X switching operations Number 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 0 = do not delete

72 Data Logging Unit BDB/S 1.1 ETS Group Object: In operation This group object is only active if yes has been selected for the parameter Send cyclic In operation telegram As long as the group object is activated it sends an In operation telegram Send interval between 10min. and 24 hours Telegram value: 1 = system in operation DESTO Jürgen Schilder 85

73 Data Logging Unit BDB/S 1.1 Operating time Detection per channel in seconds Output telegram in hours (4-byte) Each action ON OFF ON and OFF (always) Counting method from zero upwards or from a set value downwards Counted and initial values, thresholds can be changed via KNX Stored values, remaining- and initial values can be overwritten by download DESTO Jürgen Schilder 86

74 Data Logging Unit BDB/S Alarm message Max. value Threshold: - Adjustable ETS - Change value via KNX bus telegram Operating time Way of counting Total runtime Starting from zero (count up) Limit value max hours Threshold adjustable: Alarm message if limit has been reached 0 Start DESTO Jürgen Schilder 87

75 Data Logging Unit BDB/S Max. value Start value: - Adjustable ETS - Change value via KNX bus telegram Operating time Way of counting Remaining runtime Count down from an start value (adjustable) Start value max hours Alarm message if zero has been reached Alarm message DESTO Jürgen Schilder 88

76 Data Logging Unit BDB/S 1.1 ETS Group Object: Channel X switch position - received Receives the current 1-bit switching telegram of the channel to be recorded, e.g. from a switching actuator DESTO Jürgen Schilder 89

77 Data Logging Unit BDB/S 1.1 ETS Group Object: Channel X operating hours - Number Contains the current number (= counter value) of operating hours The counter value can also be modified via the bus DESTO Jürgen Schilder 90

78 Data Logging Unit BDB/S 1.1 ETS Group Object: Channel X operating hours start/limit value The operating hours start or limit value can be changed via the bus DESTO Jürgen Schilder 91

79 Data Logging Unit BDB/S 1.1 ETS Group Object: Channel 1 operating hours - Alarm Sends a 1, as soon as the set operating hours limit value is reached when counting upwards When counting downwards a 1 is sent as soon as zero is reached As soon as the group object 248 Send all operating data System receives a 1, this group object also is sent Telegram value: 1 = limit value reached 0 = limit value not reached DESTO Jürgen Schilder 92

80 Data Logging Unit BDB/S 1.1 Operating hours 0/5/73 switch sensor Radio time switch Switch actuator Data logging unit Rocker 1 switching Rocker 2 switching 3/1/11 x/y/z Channel 1 Switching Channel 2 Switching 7/3/8 x/y/z Output A 3/1/11 Switch 7/3/8 / / Outtput A 0/5/73 Status Switching Channel 1 Switch position 0/5/73 Channel 1 2/4/11 Operating hours number Channel 1 2/4/12 Oper. hours start/limit value change/read 1-bit 4-byte 4-byte Channel 1 2/4/13 Operating hours alarm 1-bit DESTO Jürgen Schilder 93

81 Data Logging Unit BDB/S 1.1 Switching operations Detection per channel Each action increases the counter Count operation with change of switch position from OFF ON ON OFF Counting method from zero upwards or from a set value downward Counted and initial values, thresholds can be changed via KNX Stored values, remaining- and initial values can be overwritten by download DESTO Jürgen Schilder 94

82 Data Logging Unit BDB/S Alarm message Max. value Threshold: - Adjustable ETS - Change value via KNX bus telegram Switching operations Way of counting Total value Starting from zero (count up) Limit value max Threshold adjustable: Alarm message if limit has been reached 0 Start DESTO Jürgen Schilder 95

83 Data Logging Unit BDB/S Max. value Start value: - Adjustable ETS - Change value via KNX bus telegram Switching operations Way of counting Remaining value Count down from an start value (adjustable) Start value max Alarm message if zero has been reached Alarm message DESTO Jürgen Schilder 96

84 Data Logging Unit BDB/S 1.1 ETS Group Object: Channel X switch position - received Receives the current 1-bit switching telegram of the channel to be recorded, e.g. from a switching actuator DESTO Jürgen Schilder 97

85 Data Logging Unit BDB/S 1.1 ETS Group Object: Channel X switching operations - Number Contains the current number (= counter value) of switching operations The counter value can also be modified via the bus DESTO Jürgen Schilder 98

86 Data Logging Unit BDB/S 1.1 ETS Group Object: Channel X switching operations start/limit value The switching operation start or limit value can be changed via the bus DESTO Jürgen Schilder 99

87 Data Logging Unit BDB/S 1.1 ETS Group Object: Channel X switching operations - Alarm Sends a 1, as soon as the set switching operations limit value is reached when counting upwards When counting downwards a 1 is sent as soon as zero is reached As soon as the group object 248 Send all operating data System receives a 1, this group object also is sent Telegram value: 1 = limit value reached 0 = limit value not reached DESTO Jürgen Schilder 100

88 Data Logging Unit BDB/S 1.1 Switching operations 0/5/73 switch sensor Radio time switch Switch actuator Data logging unit Rocker 1 switching Rocker 2 switching 3/1/11 x/y/z Channel 1 Switching Channel 2 Switching 7/3/8 x/y/z Output A 3/1/11 Switch 7/3/8 / / Outtput A 0/5/73 Status Switching Channel 1 Switch position 0/5/73 Channel 1 2/4/21 Switching operations Number Channel 1 2/4/22 Switch. oper. start/limit value change/read 1-bit 4-byte 4-byte Channel 1 2/4/23 Switching operations alarm 1-bit DESTO Jürgen Schilder 101

89 KNX Association DESTO Jürgen Schilder 102

90 Next Webinar Wednesday 23 th of September 2015 Morning 09:00 am Europe Time (Berlin, UTC + 2h) Afternoon 03:00 pm Europe Time (Berlin, UTC + 2h) New IP Devices IP Router IPR/S IP Interface IPS/S Summer Break!!! DESTO Jürgen Schilder 103

91 Disclaimer The information in this document is subject to change without notice and should not be construed as a commitment by ABB. ABB assumes no responsibility for any errors that may appear in this document. In no event shall ABB be liable for direct, indirect, special, incidental or consequential damages of any nature or kind arising from the use of this document, nor shall ABB be liable for incidental or consequential damages arising from use of any software or hardware described in this document. Copyright [2015] ABB. All rights reserved DESTO Jürgen Schilder 104

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