Honeywell FALCON MJ Pulse/M-Bus User manual

Falcon MJ M-Bus Operating instructions
05/18 Generation 1.2
Page 1 of 38
FALCON MJ Pulse/M-Bus operating instructions
M-Bus module for
Honeywell / Elster M100i and M120i waters meters
Content
1Description of functions.......................................................................................................2
2Installation and commissioning...........................................................................................3
2.1 Installing Falcon MJ M-Bus...........................................................................................3
2.2 Connection....................................................................................................................3
3Configuration with MBCONF...............................................................................................3
3.1 Installation.....................................................................................................................3
3.2 Info tab card..................................................................................................................4
3.3 Falcon MJ tab card .......................................................................................................7
3.4 Extended configuration / alarms tab............................................................................10
3.4.1 Alarm (Activation).................................................................................................11
3.4.2 Occurred alarms...................................................................................................11
3.4.3 Pulse settings.......................................................................................................12
3.4.4 Manufacturer / generation ....................................................................................13
3.4.5 Other....................................................................................................................13
3.4.6 Security ................................................................................................................13
4M-Bus telegrams...............................................................................................................15
4.1 SND_UD: Send User data; telegram selection ...........................................................15
4.1.1 Select Normal readout (Short telegram)...............................................................15
4.1.2 Select Enhanced readout (Long telegram)...........................................................16
4.2 RSP_UD: data transfer on request .............................................................................17
4.2.1 Short –telegram (for Modules with Firmware 1.0.3 or older)................................17
4.2.2 Long –telegram (for Modules with Firmware 1.0.3 or older)................................19
4.2.3 Short –telegram (for Modules with Firmware 1.0.5 or newer)..............................28
4.2.4 Long –telegram (for Modules with Firmware 1.0.5 or newer) ..............................30

Falcon MJ M-Bus Operating instructions
05/18 Generation 1.2
Page 2 of 38
1 Description of functions
The Falcon MJ makes it possible to read out Honeywell / Elster water meters M100i and M120i
in a M-Bus system or via a digital pulse output.
FALCON MJ Pulse/M-Bus communications module
Once the meter index is configured via the M-Bus, the Falcon MJ will transfer the exact meter
index shown on the water meter's register. The free of charge software MBCONF can be used
for parameterization. Because of its intuitive user interface, MBCONF is very simple to use.
Another feature of the Falcon MJ is its due date function. The user can program an annual due
date. In conjunction with the unit's real-time clock with calendar function, the meter's current
index will be specially stored on the configured date at 00:00 (change of day to the reporting
date). A write-protect function prevents pre-set values from being modified. This write protection
can be improved by using a password (optional).
Warning: If this password get lost, the write protection cannot be disabled anymore!
When the module is connected to a M-Bus network, the device gets its power from the M-Bus.
The internal battery backs up operation even when the M-Bus has an failure. The battery is
already activated when the unit is delivered.
The Falcon MJ stores the meter index on the first day of every month at 00:00.
The Falcon MJ offers two different telegram types which are selectable by the user: The long
telegram contains all values, including monthly values. The short telegram does not contain any
monthly values. Even though the short telegram type may be selected, monthly values are
stored internally and are available later on for read out if the telegram type is changed.

Falcon MJ M-Bus Operating instructions
05/18 Generation 1.2
Page 3 of 38
2 Installation and commissioning
2.1 Installing Falcon MJ M-Bus
Refer to the separate installation instructions inside the package.
2.2 Connection
The Falcon MJ will be delivered with a permanently attached 5 wires cable, 3m length. The
yellow and green M-Bus wires can be connected with e.g. suitable distribution terminal strips.
The polarity of the M-Bus wires is irrelevant.
3 Configuration with MBCONF
This device's configuration must be adapted by the customer to the given meter. This can be
done, for example, with the program MBCONF, version 3.6 and higher, which will be described
below.
3.1 Installation
The MBCONF parameterization software for the Falcon MJ is a 32-bit application that can be
executed on an IBM compatible PC running a Windows 95 / 98 / XP / 7 / 10 operating system.
The desktop or laptop PC to be used must have a free USB interface connection. This interface
connection must be connected to an M-Bus level converter (MR003 USB / MikroMaster).
The Falcon MJ device which I configured must have a 1:1 connection (i.e. be the only M-Bus
device attached) to the M-Bus output of the level converter.
In order to install the software onto the PC, please execute the file
"MBCONF_SETUP.EXE" by selecting it from the Windows Explorer or via "Start –Run". The
setup program allows selection of a language during installation. If desired, a program group
and a desktop link can be created. Both language variations, German and English, can
thereafter be selected for execution from the Start menu or directly from the desktop link.

Falcon MJ M-Bus Operating instructions
05/18 Generation 1.2
Page 4 of 38
3.2 Info tab card
The lower third of this card is also visible in every other card. This makes the following entry
fields and control buttons continuously available:
COM-Port specifies the serial interface of the PC to which the M-Bus level converter is
connected. This port setting will be stored in the program's INI file so that when
the program is restarted it will not be necessary to make this setting again.
Baudrate specifies the PC's interface speed. It can be set to 300, 2400 and 9600 baud
and corresponds to the currentlyused M-Bus baudrate. The Falcon MJ module
supports the baud-rates 300, 2400 and 9600 WITH automatic detection, that
means the baud rate do not need to be configured and adopts automatically
to the baud rate of the M-Bus network.
New M-Bus baud-rate
permits a baud-rate changeover for the M-Bus device. To this end the
corresponding selection field is used to set a new baud-rate. Afterwards, the
module will be notified of the new baud-rate via the M-Bus.

Falcon MJ M-Bus Operating instructions
05/18 Generation 1.2
Page 5 of 38
As the FALCON MJ module supports Auto-bauding a change of the M-Bus
speed is not required. The module will automatically detect the selected
baudrate of the M-Bus system
M-Bus address is the primary M-Bus address for the attached M-Bus device. In a 1:1
connection (1 adapter on the M-Bus), the broadcast address 254 can be used.
Every M-Bus terminal device must respond to the address 254. The default
setting for this address in the program is 254.
Connect to meter
is a control button which requests data from the M-Bus terminal
device in conjunction with automatic device type recognition. The
fields "Manufacturer", "Generation", "Type" and "M-Bus status byte"
will be updated with the device's responses. Depending on the
manufacturer and type of M-Bus device, new tab cards will then be
created.
Manufacturer
is a field that, following a successful read ("Meter connection"), will
display a 3 character M-Bus manufacturer code (upper-case ASCII
letters).
Generation
displays the version of the connected M-Bus module's firmware.
Type
displays the device type of the connected device (here: Honeywell /
Elster Falcon MJ). This field cannot be edited (read only).
Status displays the M-Bus status of the connected device.
ZVEI-Opto Mode
if this check-box is activated, devices with an optical interface which use the
EN1434-3 communications protocol can be read out and parameterized with
the help of an optical head (e.g. the PadPuls M4).
MDK (Sensus) this check-box activates the read out of Sensus meters with the Mini-Bus
interface and special inductive heads (MDK).
Autom. readout if this check-box is activated, the program will automatically re-read the
device's values after every write operation.

Falcon MJ M-Bus Operating instructions
05/18 Generation 1.2
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Log window The so-called "Log window" is always visible. All M-Bus communication
telegrams will be recorded in this window. Data will be displayed in
hexadecimal representation. Output in the log window can be marked and then
stored in the Windows clipboard with the "CTRL+C" key combination. From
the clipboard it is easy to paste the data into a text processing program for
documenting purposes. As soon as this window has reached its storage
capacity, no more data will be entered. The displayed data must be deleted in
order to allow recording to continue.
The following control buttons are also always visible:
Erase log deletes all output in the log window.
Exit terminates the program and writes the current setting for serial in-
terface selection into the INI file.

Falcon MJ M-Bus Operating instructions
05/18 Generation 1.2
Page 7 of 38
3.3 Falcon MJ tab card
This tab card shows the current settings and values for the Falcon MJ M-Bus. The entry fields
and control buttons, described below, permit device parameters to be changed:
Primary address
is the M-Bus address of the Falcon MJ. A value between 0 and 250 can be
entered into this field if the primary address needs to be changed. Click on
"Write" control button will transfer the primary address and other alterable
settings on this tab card to the Falcon MJ module. The addresses 253, 254
and 255 are broadcast addresses.
•253 -> deselect all slaves
•254 -> select all slaves
•255 -> select all slaves without confirmation (0xE5).
ID (sec.adr.)

Falcon MJ M-Bus Operating instructions
05/18 Generation 1.2
Page 8 of 38
is an 8-character M-Bus ID used for secondary addressing on the
Falcon MJ. We recommend that the serial number of the connected
water meter is programmed here.
Default: Secondary address is set as the last 8 digits of the module´s
SN
Medium
describes the medium to be measured on the selected Falcon MJ.
Selection: water, hot water, cold water, hot/cold water
Current time
is the current date and time inside the module This field can only be
edited, and changed in the module if the check-box "Edit Time" is
activated. The "Read clock of PC" control button will make a onetime
transfer of the PC's current time into this window. A click on the
control arrow at the right of the date field will open a calendar for
convenient selection of the date.
Edit Time activation of this control check-box permits editing and programming of the
current date and time. This checkbox will automatically deactivate again after
parameterization has been done successfully.
Volume is the current meter index in liters. By checking the box “Change volume” the
meter index can be updated.
Only possible if write protection is OFF and the “change volume” box is
checked.
Volume (backward)
is the meter count in litres for the amount of backflow
Change volume activation of this check-box permits editing the "Volume" and "Volume
(backwards)" fields. This check-box will automatically deactivate again after
parameterization was done successfully.
Instantaneous Flow rate
displays the current flow in [l/h].

Falcon MJ M-Bus Operating instructions
05/18 Generation 1.2
Page 9 of 38
Maximum Flow rate
displays the max flow rate registered by the module with the
according date.
The date will only be shown if the module is connected to the
M-Bus permanent. For quick read out via MBConf, use the
“Historical values” button to see the last monthly values and also
the last monthly max. flow values.
Erase hist. values
deletes all monthly values in the Falcon MJ module. I.e. historic monthly meter
index and historic max. flow rate values.
Historical values
displays all Falcon MJ stored monthly values in a pop-up window. This control
button is only active when the "Long telegram" radio button is active. This
control will also store values for maximum throughput of the day and the
month.
Read clock of PC
reads the PC system's current date and time and enters this data into the
"Current time" field.
Due-date cnt.
is the stored meter counter index for the Due date. This field cannot be edited
(read only).
Due-date is the last reporting date (i.e. date when the meter index was stored the last
time) in the format DD.MM.YY. This field cannot be edited (read only).
Next due-date
is the next due date (i.e. date for the next storage of meter index) in the format
DD.MM.YY. Storing will take place at 00:00 on the due date, e.g. if next
reporting day is 01.01. then following a change from 31.12. 23:59 to 01.01. at
00:00. The field can only be edited when the check-box "Edit time" is activated.
ExtendedSettings / Warnings
opens a new tab card responsible for the configuration of alarms, pulse
outputs settings and other information (see section 3.4).
M-Bus telegram settings
displays the setting for telegram type effective for the Falcon MJ.

Falcon MJ M-Bus Operating instructions
05/18 Generation 1.2
Page 10 of 38
Activate short tel.
switches the mode for the M-Bus protocol on the Falcon MJ to short-form
telegram (without monthly values)
Activate long tel.
switches the mode for M-Bus protocol on the Falcon MJ to long telegram (with
monthly values).
Read updates M-Bus data on the selected tab card.
Write sends the current settings to the device where they will be stored.
Notice:
If a new device is connected, the control button "Connect to meter" must first be pressed.
Afterwards the tab card of the Falcon MJ will be shown.
3.4 Extended configuration / alarms tab

Falcon MJ M-Bus Operating instructions
05/18 Generation 1.2
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This tab card shows the currently set configuration for the Falcon MJ module. Functions can be
activated by marking respective check-boxes.
3.4.1 Alarm (Activation)
The alarm activation settings enables or disables the corresponding alarms via the Tamper
signal (red wire). The activation or deactivation of any alarm here does not influence the alarm
management via the M-Bus wire.
It is also possible to activate multiple alarms, shown on the tamper wire.
Attention: There is no differentiator via the tamper wire which alarm just occurs!
Backward flow alarm
is activated when more than 3 litres continuous backflow are
measured.
Magn. Manipulation alarm
is activated when a manipulation attempt with an external magnet is
detected.
Removal alarm Is activated when the module is removed from the meter
Battery alarm Is activated when the remaining lifetime of the battery is lower
than app. 13 months.
3.4.2 Occurred alarms
The occurred alarms are shown on the M-Bus when one of those alarms were detected earlier.
Alarm (removal) Is activated when the module is removed from the meter. In addition
to the check box there is the date and time of the first appearance of
the alarm and also a counter how often the module was removed. The
removal alarm automatically sets a manipulation alarm as well.

Falcon MJ M-Bus Operating instructions
05/18 Generation 1.2
Page 12 of 38
Manipulation alarm
Is activated when a magnetic manipulation attempt was detected. It is also
activated in combination with the removal alarm. A date and time is stored
for the first occurred alarm event.
Backward flow alarm
is activated when more than 3 litres continuous backflow are measured.
The date and time is stored for the first backflow event.
Low battery alarm
Is activated when the remaining lifetime of the battery is lower than
app. 13 months.
3.4.3 Pulse settings
Those two values reconfigure the compensated pulse output signal (wires White and brown)
White wire Pulse (+)
Brown wire Ground (-)
Max contact load: 30 V DC / 30mA
Default setting for pulse output: 1 litre per pulse; 100ms pulse width
For the pulse output an open drain is used. The polarity must be observed.
The pulse output is compatible to the most systems that were used with a Reed-switch before
Pulse incr.
Specifies the pulse output resolution in litres per pulses. All full
values between 1 and 1000 liters are possible.
Dosing applications: For special dosing applications, you can enter
the value 9999. This value will give a pulse output of 2,5 litres per
pulse!
Pulse width
The pulse width can be set between 50 and 500 ms. The setting of
pulse incr. and pulse width must be plausible, depending on the
meter size and max flow rate values.
Example: For a Q3 10; DN25 meter with a Q4 value of 12,5 m³/h
12,5m³/h app. 3,5 l/s
Pulse output 1 litre max. possible pulse width 140 ms (smaller
values are possible)
If a pulse overcount would happen, the pulser stores the pulses and
sends them to the output when the flow rate decreases again. The
internal storage for this pulse counter is 65.535 pulses.

Falcon MJ M-Bus Operating instructions
05/18 Generation 1.2
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3.4.4 Manufacturer / generation
The manufacturer and generation identifiers of the Falcon MJ module can be changed.
For the manufacturer, the following manufacturer codes are possible:
ELR; ELS; EMT; HON
This possibility allows the customer to set up the identification of the module according
the DIN 43863-5 meter serial numbers
3.4.5 Other
Firmware version
Here you find the current firmware version of the Falcon MJ module. The firmware
version can also be found on the sticker on the top of the module.
Battery voltage
Indicates the level of the battery voltage. A new module should show app. 3.6 V
3.4.6 Security
The security settings enable or disables the write protection setting. With activated write
protection, values like the meter index or due date values cannot be changed anymore.
In addition, there is the possibility to protect the write protection with an additional
password. The password can be max. 32 signs long.
Use of Password to activate write protection:
Enter a password with max. 32 signs. Check the write protection box and press
the “set” button below.
Use of Password to deactivate write protection:
Enter the password you chose when you activated the write protection. Untick the
write protection checkbox and press “Set” again to deactivate the write protection.
ATTENTION: If you secure the write protection with a password and it got lost, you
are not able to deactivate the write protection anymore!

Falcon MJ M-Bus Operating instructions
05/18 Generation 1.2
Page 14 of 38
The following control buttons are also always visible:
Read
updates M-Bus data on the selected tab card. Even fields which
cannot be modified will be updated.
Exit
Close the extended configuration/alarm tab
Reset alarms
All stored alarms will be cleared to “0”

Falcon MJ M-Bus Operating instructions
05/18 Generation 1.2
Page 15 of 38
4 M-Bus telegrams
4.1 SND_UD: Send User data; telegram selection
4.1.1 Select Normal readout (Short telegram)
SND-UD (M-Bus)
OMS M-Bus frame
Water meter example
Layer
Byte No
Field Name
Content
Bytes [hex]
plain
1
Start
Start byte
68h
Data Link Layer
(DLL)
2
L Field
Length of data (xx bytes)
xxh
3
L Field
Length of data (xx bytes)
xxh
4
Start
Start byte
68h
5
C Field
Send user data
53h
6
A-Field
Secondary addressing mode
FDh
7
CI Field
Application Select (long Header)
53h
Transport Layer (TPL)
8
Ident.Nr.
Ident No LSB (BCD)
78h
9
Ident.Nr.
Ident No (BCD)
56h
10
Ident.Nr.
Ident No (BCD) (=12345678)
34h
11
Ident.Nr.
Ident No MSB (BCD)
12h
12
Manufr
Manufacturer code
92h
13
Manufr
Manufacturer code
15h
14
Version
Version (or Generation number)
B1h
15
Device type
Device type (Medium=Water)
07h
16
Access No.
Access number of Meter
2Ah
17
Status
M-Bus state
00h
18
Config Field
no Encryption
00h
19
Config Field
no Encryption
00h
20
Subcode
20h
21
Checksum
xxh
DLL
22
Stop
Stop byte
16h

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05/18 Generation 1.2
Page 16 of 38
4.1.2 Select Enhanced readout (Long telegram)
SND-UD (M-Bus)
OMS M-Bus frame
Water meter example
Layer
Byte No
Field Name
Content
Bytes [hex]
plain
1
Start
Start byte
68h
Data Link Layer
(DLL)
2
L Field
Length of data (xx bytes)
xxh
3
L Field
Length of data (xx bytes)
xxh
4
Start
Start byte
68h
5
C Field
Send user data
53h
6
A-Field
Secondary addressing mode
FDh
7
CI Field
Application Select (long Header)
53h
Transport Layer (TPL)
8
Ident.Nr.
Ident No LSB (BCD)
78h
9
Ident.Nr.
Ident No (BCD)
56h
10
Ident.Nr.
Ident No (BCD) (=12345678)
34h
11
Ident.Nr.
Ident No MSB (BCD)
12h
12
Manufr
Manufacturer code
92h
13
Manufr
Manufacturer code
15h
14
Version
Version (or Generation number)
B1h
15
Device type
Device type (Medium=Water)
07h
16
Access No.
Access number of Meter
2Ah
17
Status
M-Bus state
00h
18
Config Field
no Encryption
00h
19
Config Field
no Encryption
00h
20
Subcode
30h
21
Checksum
xxh
DLL
22
Stop
Stop byte
16h

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05/18 Generation 1.2
Page 17 of 38
4.2 RSP_UD: data transfer on request
4.2.1 Short –telegram (for Modules with Firmware 1.0.3 or older)
OMS M-Bus frame
Water
meter
example
Layer
Byte No
Field Name
Content
Bytes
[hex]
plain
1
Start
Start byte
68h
Data Link Layer
(DLL)
2
L Field
Length of data (xx bytes)
xxh
3
L Field
Length of data (xx bytes)
xxh
4
Start
Start byte
68h
5
C Field
Respond user data
08h
6
A-Field
Secondary addressing mode
FDh
7
CI Field
72h (long header)
72h
Transport Layer (TPL)
8
Ident.Nr.
Ident No LSB (BCD)
78h
9
Ident.Nr.
Ident No (BCD)
56h
10
Ident.Nr.
Ident No (BCD) (=12345678)
34h
11
Ident.Nr.
Ident No MSB (BCD)
12h
12
Manufr
Manufacturer code
92h
13
Manufr
Manufacturer code
15h
14
Version
Version (or Generation number)
xxh
15
Device type
Device type (Medium=Water)
07h
16
Access No.
Access number of Meter
2Ah
17
Status
M-Bus state
00h
18
Config Field
no Encryption
00h
19
Config Field
no Encryption
00h
20
DR1
DIF (8 digit BCD)
0Ch
Application Layer (APL)
21
DR1
VIF (Volume l)
13h
22
DR1
Value LSB
73h
23
DR1
Value
42h
24
DR1
Value ( = 28504,273 m³)
50h
25
DR1
Value MSB
28h
26
DR2
DIF (Time at readout; Type F)
04h
27
DR2
VIF (Date, Time)
6Dh
28
DR2
Value LSB
32h
29
DR2
Value
37h
30
DR2
Value ( 31.05.2008 23:50 )
1Fh
31
DR2
Value MSB
15h
32
DR3
DIF (Date Stor. 1;Type G)
42h
33
DR3
VIF (Date)
6Ch

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05/18 Generation 1.2
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34
DR3
Value
xxh
35
DR3
Value
xxh
36
DR4
DIF (8 digit BCD Stor. 1)
4Ch
37
DR4
VIF (Volume l)
13h
38
DR4
Value LSB
78h
39
DR4
Value
56h
40
DR4
Value ( = 12345,678 m³)
34h
41
DR4
Value MSB
12h
42
DR5
DIF (Date Stor. 1;Type G)
42h
43
DR5
VIF (Date + Extension)
ECh
44
DR5
VIFE (Future Value)
7Eh
45
DR5
Value
xxh
46
DR5
Value
xxh
47
DR6
DIF (8 digit BCD)
0Ch
48
DR6
VIF (Volume l + Extension)
93h
49
DR6
VIFE (backward flow)
3Ch
50
DR6
Value LSB
03h
51
DR6
Value
00h
52
DR6
Value ( = 0,003 m³)
00h
53
DR6
Value MSB
00h
54
DR7
DIF (Date Max. Value; Type G)
12h
55
DR7
VIF (Date)
6Ch
56
DR7
Value
xxh
57
DR7
Value
xxh
58
DR8
DIF (16 bit Int, Max. Value)
12h
59
DR8
VIF (Flow Rate l/h)
3Bh
60
DR8
Value
xxh
61
DR8
Value
xxh
62
DR9
DIF (16 Bit Int)
02h
63
DR9
VIF (Flow Rate l/h)
3Bh
64
DR9
Value
xxh
65
DR9
Value
xxh
66
DR10
DIF (Backflow Alarm Date; Type F)
C4h
67
DR10
DIFE (Storage No. 7)
03h
68
DR10
VIF (Date, Time)
6Dh
69
DR10
Value LSB
xxh
70
DR10
Value
xxh
71
DR10
Value
xxh
72
DR10
Value MSB
xxh
73
DR11
DIF (Manipulation Alarm Date; Type F)
84h
74
DR11
DIFE (Storage No. 6)
03h
75
DR11
VIF (Date, Time)
6Dh
76
DR11
Value LSB
xxh
77
DR11
Value
xxh
78
DR11
Value
xxh
79
DR11
Value MSB
xxh

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05/18 Generation 1.2
Page 19 of 38
80
DR12
DIF (Manufacturerspecific)
0Fh
81
DR12
PBIT
xxh
82
Checksum
xxh
DLL
83
Stop
Stop byte
16h
4.2.2 Long –telegram (for Modules with Firmware 1.0.3 or older)
Long telegram with monthly values.
Frame 1:
RSP-UD (M-Bus)
OMS M-Bus frame
Meter
example
Layer
Byte No
Field Name
Content
Bytes
[hex]
1
Start
Start byte
68h
Data Link Layer
(DLL)
2
L Field
Length of data (xx bytes)
xxh
3
L Field
Length of data (xx bytes)
xxh
4
Start
Start byte
68h
5
C Field
Respond user data
08h
6
A-Field
Secondary addressing mode
FDh
7
CI Field
72h (long header)
72h
Transport Layer (TPL)
8
Ident.Nr.
Ident No LSB (BCD)
78h
9
Ident.Nr.
Ident No (BCD)
56h
10
Ident.Nr.
Ident No (BCD) (=12345678)
34h
11
Ident.Nr.
Ident No MSB (BCD)
12h
12
Manufr
Manufacturer code
92h
13
Manufr
Manufacturer code
15h
14
Version
Version (or Generation number)
xxh
15
Device type
Device type (Medium=Water)
07h
16
Access No.
Access number of Meter
2Ah
17
Status
M-Bus state
00h
18
Config Field
no Encryption
00h
19
Config Field
no Encryption
00h
20
DR1
DIF (8 digit BCD)
0Ch
Application Layer (APL)
21
DR1
VIF (Volume l)
13h
22
DR1
Value LSB
73h
23
DR1
Value
42h
24
DR1
Value ( = 28504,273 m³)
50h
25
DR1
Value MSB
28h
26
DR2
DIF (Time at readout; Type F)
04h
27
DR2
VIF (Date, Time)
6Dh
28
DR2
Value LSB
32h

Falcon MJ M-Bus Operating instructions
05/18 Generation 1.2
Page 20 of 38
29
DR2
Value
37h
30
DR2
Value ( 31.05.2008 23:50 )
1Fh
31
DR2
Value MSB
15h
32
DR3
DIF (Date Stor. 1;Type G)
42h
33
DR3
VIF (Date)
6Ch
34
DR3
Value
xxh
35
DR3
Value
xxh
36
DR4
DIF (8 digit BCD Stor. 1)
4Ch
37
DR4
VIF (Volume l)
13h
38
DR4
Value LSB
78h
39
DR4
Value
56h
40
DR4
Value ( = 12345,678 m³)
34h
41
DR4
Value MSB
12h
42
DR5
DIF (Date Stor. 1;Type G)
42h
43
DR5
VIF (Date + Extension)
ECh
44
DR5
VIFE (Future Value)
7Eh
45
DR5
Value
xxh
46
DR5
Value
xxh
47
DR6
DIF (8 digit BCD)
0Ch
48
DR6
VIF (Volume l + Extension)
93h
49
DR6
VIFE (backward flow)
3Ch
50
DR6
Value LSB
03h
51
DR6
Value
00h
52
DR6
Value ( = 0,003 m³)
00h
53
DR6
Value MSB
00h
54
DR7
DIF (Date Max. Value; Type G)
12h
55
DR7
VIF (Date)
6Ch
56
DR7
Value
xxh
57
DR7
Value
xxh
58
DR8
DIF (16 bit Int, Max. Value)
12h
59
DR8
VIF (Flow Rate l/h)
3Bh
60
DR8
Value
xxh
61
DR8
Value
xxh
62
DR9
DIF (16 Bit Int)
02h
63
DR9
VIF (Flow Rate l/h)
3Bh
64
DR9
Value
xxh
65
DR9
Value
xxh
66
DR10
DIF (Backflow Alarm Date; Type F)
C4h
67
DR10
DIFE (Storage No. 7)
03h
68
DR10
VIF (Date, Time)
6Dh
69
DR10
Value LSB
xxh
70
DR10
Value
xxh
71
DR10
Value
xxh
72
DR10
Value MSB
xxh
73
DR11
DIF (Manipulation Alarm Date; Type F)
84h
74
DR11
DIFE (Storage No. 6)
03h