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Instruction  

INFOCAL 8

10.0 Display

To show the data generated by the calculator in the display, various 

windows are provided as loop functions that can be called up in 

succession to display the system information associated with each 

window (e.g. energy amounts, water volume, running days, water 

amounts, current temperatures). The energy calculator has 6 differ-

ent display loops.

  

The various display windows comprise up to several displays that 
change at intervals of 2 – 4 s. The loops in the display are numbered 1, 
2, ... and 6 to help the user find his way around quickly. The main loop 
is programmed with the current data as default setting, e.g. for energy, 
volume and flow rate.

Informative Displays (Standard)

Loop

Sequence

Window 1

Window 2

Window 3

“1”

Main loop

1.1

Accumulated energy

1.2

Volume

1.3

Accumulated energy (cooling)

(Sequence will be shown only 

in a heat meter with cooling tariff)

1.4

Flow

1.5

Power

1.6

Forward / - return temperature

1.7

Temperature difference

1.8

Operating days

Error hours

1.9

Error status

1.10

Display test

Loop

Sequence

Window 1

Window 2

Window 3

“2”

Accounting

date loop

2.1

Accounting date 1

Accounting date 1 energy

‚Accd 1A’

2.2

‚Accd 1’

Future accounting date 1

2.3

Accounting date 1 previous year

Accounting date 1 

previous year energy

‚Accd 1L’

2.4

Accounting date 2

Accounting date 2 energy

‚Accd 2A’

2.5

‚Accd 2’

Future accounting date 2

2.6

Accounting date 2 previous year

Accounting date 2 

previous year energy

‚Accd 2L’

...

2.14

Accounting date 2 previous year

Pulse input 2

Pulse input volume 2

Loop

Sequence

Window 1

Window 2

Window 3

“3“

Info loop

3.1

Current date

Current time

3.2

,SEC_Adr'

Secondary address

3.3

,Pri_Adr 1'

Primary address 1

3.4

,Pri_Adr 2'

Primary address 2

3.5

Installation position

3.6

Pulse input 0

Volume

3.7

,Port 1’

No. of the mounted module at port 1

3.8

,Port 2’

No. of the mounted module at port 2

3.9

Status integrated radio

(Sequence will be shown only in 

meters with integrated radio)

3.10

 software version

Checksum

Loop

Sequence

Window 1

Window 2

Window 3

“4”

Pulse input

loop

4.1

,In1'

Accumulated value  pulse input 1

,PPI' pulse value 1

4.2

,In2'

Accumulated value  pulse input 2

,PPI' pulse value 2

Loop

Sequence

Window 1

Window 2

Window 3

Window 4

Window 5

Window 6

“5”

Tariff loop

Only in a heat meter with cooling tariff.

Loop

Sequence

Window 1

Window 2

Window 3

Window 4

Window 5

Window 6

“6”

Monthly value

loop

6.1

,LOG’

date last month

energy

volume

max. flow rate

max. power

6.2

,LOG’

date month - 1

energy

volume

max. flow rate

max. power

6.3

,LOG’

date month - 2

energy

volume

max. flow rate

max. power

...

...

6.24

,LOG’

date month - 23

energy

volume

max. flow rate

max. power

Danfoss District Energy 

 

 

 

 

VI.SH.L1.02 

 

 

 

               DEN-SMT/PL

9

Summary of Contents for INFOCAL 8

Page 1: ...ng personnel trained in the installation and use of electrical equipment and familiar with the Low Voltage Directive The specified absolute temp measuring range is 0 90 C 105 C 180 C The temperature range depends on calculator variant The exact temperature range is shown on the type plate The specified operating ambient conditions are 5 55 C max 93 rel humidity Protection class IP54 Ambient temper...

Page 2: ... personnel Initial operation is to be carried out and recorded after installation For medium temperatures of more than 90 C or if Twater Tambient for application as cooling meter or heat meter with cooling tariff the calculator must be removed from the flow sensor and installed a sufficient distance away from heat sources A wall holder supplied with meter or a space holder optional is available fo...

Page 3: ...5 or 90 angle The tip of the pocket must point in the opposite direction to the direction of flow and must be located in the middle of the pipe The temperature sensors must be sealed after installation in the pockets Connect the sensor cables to terminals as shown below For 2 wire connection to terminal 5 6 and 7 8 For 4 wire connection to terminal 1 5 6 2 and 3 7 8 4 Calculator type Sensor markin...

Page 4: ...ication Chilled water application TH TC TC TH Flow meter connection with pulse input and if required with power supply at the terminals 9 Vcc 10 flow pulse 11 Gnd of the calculator Pulse frequency 200 Hz Pulse duration 3 msec Pulse rate in display Loop 3 INFO In0 Flow sensor connection Sensor marking External Vcc 3 6 V 9 Open collector 10 Ground 11 5 0 Pulse input volume pulses Calculator heating ...

Page 5: ...ime are still updated but none of the measuring functions work incl the flow rate measurement Communication still functions over the optional M Bus RS485 and RS232 modules or the optical interface but reduces the life of the backup battery The radio function is switched off in the event of power supply failure Caution Used batteries must be disposed of at suitable waste collection points Risk of e...

Page 6: ...propriate slot and carefully connect the pre formed ribbon cable at both ends 3 Close the lid and check the calculator for correct operation by pressing the push button loop 3 Renew the seal of the housing lid if the calculator functions correctly The relevant ESD regulations electrostatic discharge must be observed No liability is accepted for damage especially to electronic circuits resulting fr...

Page 7: ...ve By Fixed Network For problematic radio installations shield the external radio module set can also be used 9 2 M Bus communication module The M Bus communication module is a serial interface for communi cation with external devices M Bus control centres e g IZAR CENT ER A number of meters can be connected to a control centre The module contains a 2 pole terminal strip with terminals marked 24 2...

Page 8: ... A 3 VDC voltage is connected to the terminal and can be used as the supply for a flow sensor The pulse output has the same characteristics as pulse output 1 speci fied under 8 6 It is not however electrically isolated 9 8 Analogue output function module The module has 2 passive analogue output connections which are freely programmable using the IZAR SET software On the terminal strip the electric...

Page 9: ...r Accounting date 1 previous year energy Accd 1L 2 4 Accounting date 2 Accounting date 2 energy Accd 2A 2 5 Accd 2 Future accounting date 2 2 6 Accounting date 2 previous year Accounting date 2 previous year energy Accd 2L 2 14 Accounting date 2 previous year Pulse input 2 Pulse input volume 2 Loop Sequence Window 1 Window 2 Window 3 3 Info loop 3 1 Current date Current time 3 2 SEC_Adr Secondary ...

Page 10: ...ted by pressing the button The error code display appears again automatically if the button is not pressed for approx 4 minutes The error display disappears automatically as soon as the cause of the error has been cleared All errors present longer than 6 minutes are saved in the error log Error code Description C 1 Basic parameters saved in flash or RAM have been lost E 1 Temperature range outside...

Page 11: ...Instruction INFOCAL 8 Danfoss District Energy VI SH L1 02 DEN SMT PL 11 ...

Page 12: ...Instruction INFOCAL 8 VI SH L1 02 Produced by Danfoss A S 12 2014 ...

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