ABB F4HC User manual

Calculator F4HC
Manual addition

2
Calculator F4HC
Manual addition
3.3.5.1 Display Sequence Normal mode 4
3.3.5.1 Display seq. Normal Mode 2 5
5.2.1.1 EN1434 terminal table 6
5.2.2 Pulse input connection 7
7.3 Service 8
7.3.0 Time 8
7.3.1 Date 8
7.3.4 Account days 8
7.3.6 Communication address 8
7.3.7 Resetting stored error time 8
7.3.8 Placement of flow sensor placing 8
7.3.9 Recommended date for battery
replacement 8
7.3.A Return to normal mode 8
8. TECHNICAL DATA 9
Data output table 9

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Manual addition
This is only a manual addition with the differences
to the standard F4 calculator.

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3.3.5.1 Display Sequence Normal mode
Table 3.2, Display sequence 10 – 70, normal mode
Seq
D
e
scription
10 Accumulated energy. Heating (Default position)
11 Accumulated volume. Heating
12 Accumulated energy. Cooling
13 Accumulated volume. Cooling
14 Display test, see fig.3.2
15 Error Code, see Error code
16 Accumulated Error Time, [Minutes]
17 Pulse counter 1
20 Momentary Power [H/C]
21 Momentary Flow
22 Supply Temperature (High)
23 Return Temperature (Low)
24 Temperature Difference [+/-]
30 Account days1, [YYMMDD]
31 Account days, Accumulated energy Heating
32 Account days, Accumulated volume Heating
33 Account days, Accumulated volume Cooling
34 Account days, Accumulated volume pulse input 1, [m3]
35 Account days, Accumulated energy Cooling
36 Possible error code, at time of storage.
37 Possible accumulated error time , at the time of storage., [Minutes]
40 Monthly registers2, date when values are stored, [YYMMDD]
41 Monthly registers, Accumulated energy Heating
42 Monthly registers, Accumulated volume Heating
43 Monthly registers, Accumulated volume Cooling
44 Monthly registers, Accumulated volume pulse input 1, [m3]
45 Monthly registers, Accumulated energy Cooling
46 Possible error code, at time of storage
47 Possible accumulated error time , at the time of storage, [Minutes]
50 Operating time, [Hours]
51 Relevant date, [YYMMDD]
52 Relevant time, [HHMM]
53 Recommended date for battery replacement, [YYMMDD]
60 Communication address, Primary address
A9 Communication address, Secondary address
b0 Meter S/N
63 Pulse value, converted to installed unit
64 Placing of flow sensor, [F/r], F = Supply, r = Return
70 Accumulated Error time, [Minutes]
71 Previous Error Code
72 Time for previous Error code, [Minutes]

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Display seq. Normal Mode 2
90 ID Option card A
91 Status option card A
92 ID Option card B
93 Status option card B
94 ID Option card C
95 Status option card C
96 ID Option card D
97 Status option card D
98 ID Option card E
99 Status option card E
9A ID Option card F
9B Status option card F
A0 Sequence option card A
B0 Sequence option card B
C0 Sequence option card C
D0 Sequence option card D
E0 Sequence option card E
F0 Sequence option card F3
Table 3.2b, Display sequence normal mode
1In order to change to the next account day, keep pushing the button until the date
starts to increment, then release the button. After the display 37, see table above,
the next account day will display. Note: If one hold the “Push Button” again the
display reverts to default position ( seq. 10 ).
2To change to another month keep pushing the button until the date starts to
increment. Release at the requisite month. After display 47, see above, the next
stored date will be displayed. Note: If one hold the “Push Button” again the display
reverts to default position ( seq. 10).
3This sequence’s slot is only available in the F2, but will also be displayed in the
F4. The F4 have maximum 5 slots.

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5.2.1 Sensors and M-Bus connection
The connection of temperature sensors are shown in
figure 5.2 and table 5.1, according to EN1434.
Warning:Do not connect the M-Bus to the wrong
terminal or the meter can be seriously
damaged when the M-Bus loop is
powered.
5.2.1.1 EN1434 terminal table
Termi
nal
no. Signal description
1 High** temp. sensor*
2 High** temp. sensor*
3 Low** temp. sensor*
4 Low** temp. sensor*
5 High** temp. sensor
6 High** temp. sensor
7 Low** temp. sensor
8 Low** temp. sensor
10 Flow sensor signal input (+)
11 Flow sensor signal input (-)
24 M-Bus interface
25 M-Bus interface
Table 5.1, terminal connection according to EN1434
* Only for 4-Wire connection
** High = Supply, Low = Return
1 – 5 – 6 – 2 3 – 7 – 8 – 4
10 – 11 24 – 25
Fig 5.2, Numbering of terminal according to
EN1434, ( numbering from left to right ).

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5.2.2 Pulse input connection
The calculator can accumulate pulses from other
meters, such as electricity meters, cold and warm
water meters and gas meters. Pulse input shall be
connected to the terminal marked IN and the
outputs from the other device shall be of the type
“Open Collector”.
Pulse input 1, connect
“+” to “IN 1” and
“-“ to “IN -“
Pulse input 2, disabled
Specification input :
Min pulse duration 250ms, Voltage: 3V. The pulse
registers act as a volume accumulator, see also
Pulse counter 1.3.3.
Note: The jumpers on slot C and D must be
correctly set according to the marking on
circuit board otherwise the output will not
work.

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7.4 Service
When meter is in for service there can be a
necessity to change the parameter setting within the
meter. Some parameters can be changed in the
F4HC meter without the “Service program” version
“FxHC”. Following service procedure is
recommended:
1. Brake the seals, set meter into “Service
mode”, see “Service mode” under display and
“Seals” for more information.
2. Make the changes, see below for explanation
and see "Display, Service mode” for display
sequence.
3. Exit service mode, see 1,
4. Replace the broken seals.
7.4.0 Time
Service sequence, value number : ”00”
The time is shown in “HHMM” where the two
digits “HH” is hour with two digits, and “MM” is
minutes with two digits.
7.4.1 Date
Service sequence, value number : ”01”
The time format is “YYMMDD”, where,
“YY”=Yeas, “MM”=Months and “DD”=Days.
7.4.4 Account days
The F4 have to account days at service sequence, value
number :
”04”, Account day 1
“05”, Account day 2.
The format is ”MMDD”, ”MM”= Months, ”DD”=
Days. If the ”MMDD” is set to ”0000” the meter
will not store account days.
7.4.6 Communication address
(primary address)
The primary communication address can be
changed in display sequence ”06”. The communi-
cation address can be set with three (3) digits, with
the value 0-250.
Example, address 5 on display: 0005.
7.4.7 Resetting stored error time
Service sequence, value number : ”07” will reset
the stored error time. By changing the value to “0”
will reset the stored error time.
7.4.8 Placement of flow sensor
placing
Service sequence, value number : ”08” is for
setting placement of flow sensor. Format 1 or 0.
Where:
1. = Flow sensor installed in return (cold) end of pipe
2. = Flow sensor installed in forward (hot) end of pipe.
7.4.9 Recommended date for battery
replacement
Service sequence, value number : ”09” displays
recommended date for battery replacement. The
format is “YYMMDD”. Where “YY” = Years,
“MM”=Months, “DD”= Days.
7.3.A Return to normal mode
Service sequence, value number : ”0A” displays
return to normal mode. When value is set to 1 the
meter exits the service mode when leaving “0A”
sequence.

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8. Technical data
Data output table
Following data is accessible via the data output:
Data
EN
60870-5 Manufac ture
Specifi
c
SIOX
(Option
al)
Flow sensor placing X X
Program version X X5
Manufacturer X
Communication address X X
Meter number X
Error code (limited) X X
Accumulated energy X X
Accumulated, volume 11X X
Accumulated, volume 22X
Flow temperature (high) X X
Return temperature (low) X X
Temperature difference X X
“Operation Time” (operation time error time) X
Momentary flow X X
Momentary power X X
Time and date X
Pulse register for pulse input 1 X
Pulse register for pulse input 2 X
Monthly values3data storage X
Monthly values3accumulated energy X
Monthly values3accumulated volume 11X
Monthly values3accumulated volume 22X
Account days same as monthly values, see above X
High resolution energy X X
High resolution volume 11X X
High resolution volume 22X
Relevant error code X
Accumulated time for relevant error X
Previous error code X X6
Previous accumulated time for relevant error X
Manufacturing number X
Pulse value X
Latest read energy via communication X
Time [h] since latest reading X
Recommended date for battery replacement
Error codes and accumulated error times during
storage (see monthly registers and account days
above)
Table 8.1, Data output
1. as per flow sensor
2. corresponding to energy registers
3. 37 registers
4. –
5. For being compatible towards existing system, the version number is
fictitiously set to four.
6. Total error time

_______________________________________________________________________________________
ABB Metering AB Tel.: [phone] e-mail / Web: Doc.name:
Box 60 Fax. [phone] [email protected] 3-04-05ME
SE-164 94 KISTA http://www.abb.com/metering
© ABB Metering AB
Kista, Sweden
Date : 2001-01-15
Created by: Johan Tsung
Rev. date: 2001-05-29
Rev. by: Göran Walmstedt
Filename : F4 Manual [3-4-01 ME].doc
Revision no.: 1.031