[bacnetdefault]

Settings for the BACnet Application.

[bacnetdefault] BACnet_AIDefaultMax | BACnet_AODefaultMax | BACnet_AVDefaultMax

Type
string
If the value is not given for the Max_Pres_Value property of an analog object, it may cause problems with the input of the present value and the view of the analog value indicator in a faceplate. By means of one of these config entries the maximum default limit of the value range can be defined for a specific object type.

Example: 


BACnet_AIDefaultMax = "100"
Note that the present value must not exceed this limit.

[bacnetdefault] BACnet_AIDefaultMin | BACnet_AODefaultMin | BACnet_AVDefaultMin

Type
string
If the value is not given for the Min_Pres_Value property of an analog object, it may cause problems with the input of the present value and the view of the analog value indicator in a faceplate. By means of one of these config entries the minimum default limit of the value range can be defined for a specific object type.

Example: 


BACnet_AIDefaultMin = "0"
Note that the present value must not be less than this limit.

[bacnetdefault] BACnetUDTxx

Type
string
Allows the notation for objects which are not yet supported by the BACnet Application (e.g. Accumulator, Averaging, Pulse Converter, etc.) to be defined. An unsupported object is shown as "undefined" ("???") after it has been browsed in the Engineering Explorer. Each object has a specific ID that identifies the object type. This ID has to be entered in the config file instead of the "xx". For example: 

BACnetUDT23 = "ACC"
Thereby the notation for all objects with the ID 23 is "ACC" instead of "???".

[bacnetdefault] showHighestPriorAlertInFaceplateRow

Type
int
Default
0
Range
0|1
If the entry is set to 1, the alarms will be sorted by priority  in the Faceplate "alarms" (the alarm with the highest priority on the top). If the entry is set to 0, the alarms will be sorted by the time stamp in the Faceplate "alarms"  (the latest alarm on the top).

[bacnetdefault] TimeOutObjectBrowsing

Type
int
Default
180
Defines the maximum time that is needed for browsing the device for objects before the browsing process will be cancelled.