Janitza UMG 96RM-M 5222039 Data Sheet
Product codes
5222039
57
UMG 96RM-M
M-Bus interface
The data of the parameter list and measurement values
list can be accessed via the M-Bus interface with the
help of the primary or secondary address. Changing
these values is not possible via the M-Bus.
list can be accessed via the M-Bus interface with the
help of the primary or secondary address. Changing
these values is not possible via the M-Bus.
The primary device address is factory preset to „1“.
The extended section of the 8-Byte long secondary
address is factory preset to contain the device serial
number and can be individually changed via the corre-
sponding parameters. The device-specific section of the
secondary address cannot be adjusted (see page 42).
The extended section of the 8-Byte long secondary
address is factory preset to contain the device serial
number and can be individually changed via the corre-
sponding parameters. The device-specific section of the
secondary address cannot be adjusted (see page 42).
M-Bus device features
• Addressing possible via primary address and sec-
• Addressing possible via primary address and sec-
ondary address (0 .. 250)
• Freely selectable number of data points (0 .. 27)
• Supports protocol types:
• Supports protocol types:
SND_NKE/$E5 and REQ_UD2/RSP_UD2
• Slave search: Search on M-Bus
C
The UMG 96RM-M loads the M-Bus with
an M-Bus device load of 1.5 mA.
an M-Bus device load of 1.5 mA.
Number of data points
The number of data points to be transmitted for the
RSP_UD2 telegram is defined via this address.
RSP_UD2 telegram is defined via this address.
Address:
080
Meaning:
Number of data points for RSP_UD2
Setting range: 0 .. 27
Default setting: 0 (0 = All data points)
Default setting: 0 (0 = All data points)
In order to call up all data points (0), a telegram must
be sent.
be sent.
Example: Read out data points 1 to 6
Set the parameter of the address to 6. With each request
all data points up to and including data point 6 will be
transmitted.
Set the parameter of the address to 6. With each request
all data points up to and including data point 6 will be
transmitted.
Example: Read only data point 10
Set the parameter of the address to 10. With each re-
quest all data points up to and including data point 10
will be transmitted. Use only the data point required and
ignore those that are not required.
Set the parameter of the address to 10. With each re-
quest all data points up to and including data point 10
will be transmitted. Use only the data point required and
ignore those that are not required.