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All the parameterization and read -out functions of the Superstatic 470/479 computing unit are 
identical to the functions of the Supercal 531/Prog531 computing unit. 

Note: The Firmware version of the Superstatic 470/479 computing unit must be higher than 
V10.0.0.0. 

The arrows on the LCD display symbolize the outgoing/incoming communication. 

2.4 Differences between SPF1, SPF2, SPF3 

Three different performance factors can be measured and displayed using the Superstatic 
470/479. 

The SPF1 value displays the performance factor of the heat pump over a particular period of time. 
The SPF1 can be equated with a seasonal performance factor (COPA). The value of the previous 
period is stored and can be displayed. 

The value SPF2 shows the performance factor of the heat pump since its initial commissioning. 
The SPF2 is never reset. 

The SPF3 value shows the performance factor of the heat pump in an event period of one day. 
The SPF3 is reset daily at midnight. An overview of the past 31 days can be shown on the display. 

Each current meter of the heat pump can be connected to the heat pump module to enable the 
electrical energy absorbed by the whole facility to be determined. 
Example of configuration: 

Environmental heat

Heat pump

Useful energy 
and hot water

Umwälz-

pumpe

Circulating 

pump

Losses

Electric 

meter

Electric 

meter

Electric 

meter

Electric 

meter

Digital 
inputs

PAC 

Module

Superstatic 470/479

      

  1   2   3   4   5   6   7

Communication sortante

Communication entrante

0470P004 Manual Superstatic 470 SPF 02-03-2015

 

Содержание Superstatic 470 SPF

Страница 1: ...Rev 02 03 2015 0470P004 Manual Superstatic 470 SPF 02 03 2015 Sontex SA DMS Metering Solutions X Cel House Chrysalis Way Langley Bridge Eastwood NG16 3RY Tel 01773 534555 Fax 01773 534666 Email sales...

Страница 2: ...ith energy 10 01 2014 10 01 14 SV Images of modification 02 12 2014 02 12 14 SV Update 19 01 2015 19 01 15 SV Update display sequences 17 02 2015 17 02 15 SV Update layout 18 02 2015 18 02 15 SV Updat...

Страница 3: ...tion board of the computing unit 8 3 2 2 Heat pump Module 8 3 3 Error messages 9 3 3 1 List of error messages 9 4 Use of the Superstatic 470 479 10 4 1 Communication protocol 10 4 1 1 Prog470 Prog479...

Страница 4: ...dified in any way whatever Notes on installation of the meter Comply with conditions of use as defined in Directive 2004 22 EC MID and correct installation positions For further information about the...

Страница 5: ...mp module By means of the Prog470 Prog479 software the configuration of the Superstatic 470 479 and the parameterisation of the inputs used for calculation of the performance factors can be detected a...

Страница 6: ...the previous period is stored and can be displayed The value SPF2 shows the performance factor of the heat pump since its initial commissioning The SPF2 is never reset The SPF3 value shows the perfor...

Страница 7: ...e time of dispatch from the factory To maintain that condition and ensure safe operation of the appliance the user must comply with the instructions set out in this document When opening covers or rem...

Страница 8: ...ditional meter 2 16 Open Collector Output 1 17 Open Collector Outputs 1 2 18 Open Collector Output 2 24 M Bus module fitted ex works connect nothing on top 25 M Bus module fitted ex works connect noth...

Страница 9: ...er part terminal strip Err128 Internal electronic fault back to the manufacturer Err256 Voltage failure power supply module Err512 Defective module plug location 1 Err1024 Defective module plug locati...

Страница 10: ...of the Superstatic 470 479 computing unit can be transferred directly to the Prog470 Prog479 software on a PC or vice versa 4 2 Display LCD operating concept The navigation key enables the different...

Страница 11: ...shown in the first position on the display as long as it is present When the fault disappears the fault report is deleted from the display 4 2 2 Display sequence The following display sequences can be...

Страница 12: ...31 Configuration of the digital inputs Digital input Pulse factor Unit Tipe 00000063 a1 a1 W h 1 00000063 a2 a2 W h 1 00000063 a3 1 000 a3 Mn 00000000 a4 1 a4 00000000 a5 a5 W h 1 00000000 a6 a6 off a...

Страница 13: ...ttp www sontex ch downloads_e html The data file must be downloaded into a folder on your PC e g in C Sontex Prog470 Vx xxx Make sure that none of the data files contained in this folder are write pro...

Страница 14: ...serial cable RS232 via the M Bus protocol The M Bus protocol is used on the basis of European standard EN13757 3 for communication between the software and the computing unit Select the communication...

Страница 15: ...impeccably Read out head Filter setting P E Technology K1 98 or K1 06 Without filter P E Technology K01 USB Without filter Siemens Echo 5 1 6 2 Standard communication parameters The transmission spee...

Страница 16: ...communication interface Digital inputs M Bus communication interface Standard M Bus communication interface configuration Transmission speed Primary address Possibility of connecting a modem Parameter...

Страница 17: ...ing Amount counting Slow Binary counting pulse counting The work unit must be the Wh The pulse factor Ax factor must be defined according to the unit Wh The initial value Ax value corresponds to the s...

Страница 18: ...se factor Ax factor must be defined according to the unit Wh Example A pump of 400W switched on during 1 hour consumes an electrical energy of 400Wh The factor Ax factor will be configured with 400 Wh...

Страница 19: ...Notes 0470P004 Manual Superstatic 470 SPF 02 03 2015 19...

Страница 20: ...port please contact the local Sontex representations or Sontex SA directly Sontex hotline sontex sontex ch 41 32 488 30 04 0470P004 Manual Superstatic 470 SPF 02 03 2015 Sontex SA 2013 0470P004 Manual...

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