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4

3.3.5.1

Display Sequence Normal mode

Table 3.2, Display sequence 10 – 70, normal mode

Seq

Description

10

Accumulated energy. Heating (Default pos ition)

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, [Mi nutes]

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 days

1

, [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, [m

3

]

35

Account days, Accumulated energy Cooling

36

Possible error code, at time of storage.

37

Possible accumulated error time , at the time of storage., [Mi nutes]

40

Monthly registers

2

, 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, [m

3

]

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]

Summary of Contents for F4HC

Page 1: ...Calculator F4HC Manual addition ...

Page 2: ...inal 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 ...

Page 3: ...3 Manual addition This is only a manual addition with the differences to the standard F4 calculator ...

Page 4: ...ssible 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...

Page 5: ...rmal mode 1 In 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 2 To change to another month keep pushing the button until the date starts to increment Release at the re...

Page 6: ...ble 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 ...

Page 7: ...ed 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 n...

Page 8: ...he 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 wil...

Page 9: ...lues3 accumulated energy X Monthly values3 accumulated volume 11 X Monthly values3 accumulated volume 22 X Account days same as monthly values see above X High resolution energy X X High resolution volume 11 X X High resolution volume 22 X 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...

Page 10: ...ng AB Tel 46 8 632 96 00 e mail Web Doc name Box 60 Fax 46 8 750 97 20 sales svmab se 3 04 05 ME 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 ...

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