S28WFLTelemetry Modem

File : CS-SUP-MUTI-WTHERMAPP-E01.sxw WaveTherm modules – application handbookpage 1 of 65 File : CS-SUP-MUTI-WTHERMAPP-E01.sxw REVISIONS HISTORY Rev. #DescriptionAuthorDateComments 1Original documentRCS02/02/05Version 1 2Addon text FCCRCS17/02/05Version 2 SUPPORTED FIRMWARE VERSION ➢WaveTherm - DALLAS European Version Manual versionFirmware versionDate 1.0V 01.0415/10/04 US Version Manual versionFirmware versionDate 1.0V 81.0515/10/04 ➢WaveTherm - PT100 Manual versionFirmware versionDate 1.0V 01.0215/10/04 ➢WaveTherm - PT1000 Manual versionFirmware versionDate 1.0V 01.0015/10/04 This device complies with part 15 of the FCC rules. Operation is subject to the following two conditions : this device may not cause harmful interference, and this device must accept any interference received, including interference that may cause undesired operation. Caution : any changes or modifications not expressly approved by Coronis- Systems could void the user's authority to operate the equipment. WaveTherm modules – application handbookpage 2 of 65 File : CS-SUP-MUTI-WTHERMAPP-E01.sxw TABLE OF CONTENTS 1 PRESENTATION...........................................................................................................................6 2 REFERENCE DOCUMENTS.........................................................................................................6 3 PRESENTATION OF THE WAVETHERM MODULES FUNCTIONALITIES................................7 3.1 SENSORS INTERFACE.........................................................................................................................7 3.2 READ TEMPERATURES.......................................................................................................................8 3.3 PERIODIC TEMPERATURE READING (DATALOGGING)..................................................................8 3.4 MANAGEMENT OF THRESHOLD ALARMS........................................................................................9 3.4.1 Threshold Alarm Detection.............................................................................................................9 3.4.2 Storage of Threshold Alarm occurences........................................................................................9 3.4.3 Transmission of a Threshold Alarm Frame.....................................................................................9 3.5 STORAGE OF CALIBRATION PARAMETERS..................................................................................10 3.6 WAKE-UP SYSTEM MANAGEMENT..................................................................................................10 3.7 AUTOMATIC TRANSMISSION OF FAULTS......................................................................................10 3.8 SENSOR FAULT DETECTION (IF SUPPORTED BY THE MODULE)...............................................11 3.9 END OF BATTERY LIFE DETECTION................................................................................................11 4 DATA EXCHANGE PRINCIPLE WITH A WAVETHERM MODULE ..........................................12 5 INFORMATION RELATIVE TO THE PROBES ASSOCIATED WITH THE WAVETHERM MODULES ......................................................................................................................................15 5.1 DALLAS PROBES...............................................................................................................................15 5.1.1 Coding of temperatures for the DALLAS probe type DS18B20 ...................................................15 5.1.2 Probe ID........................................................................................................................................15 5.1.3 Setting of the probe coefficient parameters..................................................................................16 5.2 PT100 AND PT1000 PROBES.............................................................................................................17 5.2.1 Representation of temperature values..........................................................................................17 5.2.2 Calibration of radio module...........................................................................................................18 5.2.3 Setting of probe coefficient parameters........................................................................................19 6 MODIFICATION OF THE INTERNAL PARAMETERS................................................................21 6.1 INTERNAL PARAMETERS LIST ACCESSIBLE BY RADIO COMMANDS.......................................21 6.1.1 Parameters common to all WAVETHERM versions.....................................................................21 6.1.2 Parameters specific to the WaveTherm – DALLAS module.........................................................22 6.1.3 Parameters specific to the WaveTherm – PT100 module............................................................22 6.1.4 Parameters specific to theWaveTherm – PT1000 module...........................................................23 6.1.5 Definition of the module control bytes...........................................................................................24 6.2 PRINCIPLE OF READING AND WRITING OF INTERNAL PARAMETERS......................................25 WaveTherm modules – application handbookpage 3 of 65 File : CS-SUP-MUTI-WTHERMAPP-E01.sxw 7 WAVETHERM MODULE FUNCTIONS ......................................................................................27 7.1 PARAMETER SETTING OF THE WAVETHERM MODULE...............................................................27 7.1.1 Reading of the module type..........................................................................................................27 7.1.2 Reading of the firmware version...................................................................................................28 7.1.3 Reading of the date and time of the module.............…

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File : CS-SUP-MUTI-WTHERMSPETEC-E02.sxw WaveTherm module technical specificationspage 1 of 31 File : CS-SUP-MUTI-WTHERMSPETEC-E02.sxw LIST OF UPDATES Update #DescriptionAuthorDateComments 1First editionRCS22/11/04Version 1 2Add-on FCC textRCS17/02/05Version 2 REFERENCE DOCUMENTS Ref.TitleReferenceVersionDate DR[1]WaveCard user handbook This device complies with part 15 of the FCC rules. Operation is subject to the following two conditions : this device may not cause harmful interference, and this device must accept any interference received, including interference that may cause undesired operation. Caution : any changes or modifications not expressly approved by Coronis- Systems could void the user's authority to operate the equipment. WaveTherm module technical specificationspage 2 of 31 File : CS-SUP-MUTI-WTHERMSPETEC-E02.sxw TABLE OF CONTENTS 1 PRESENTATION OF THE WAVETHERM MODULE ....................................................................................4 1.1 CHARACTERISTICS..............................................................................................................................4 1.2 SENSOR INTERFACE...........................................................................................................................6 1.2.1 WaveTherm – DALLAS..................................................................................................................6 1.2.2 WaveTherm – PT1000....................................................................................................................7 1.2.3 WaveTherm – PT100......................................................................................................................8 1.3 WAVETHERM MODULE OPERATING LIFE ........................................................................................9 1.3.1 Parameters with an influence on average power consumption......................................................9 1.3.2 Estimation of operating life............................................................................................................10 1.3.3 Influence of Datalogging mode measurement period...................................................................11 2 INFORMATION RELATIVE TO THE PROBES ASSOCIATED WITH THE WAVETHERM MODULES ....13 2.1 DALLAS PROBES...............................................................................................................................13 2.1.1 Coding of températures for the DALLAS probe type DS18B20 ...................................................13 2.1.2 Probe Id........................................................................................................................................13 2.1.3 setting of the probe coefficient parameters...................................................................................13 2.2 PT100 AND PT1000 PROBES.............................................................................................................14 2.2.1 Representation of temperature values..........................................................................................14 2.2.2 Calibration of radio module ..........................................................................................................15 2.2.3 Setting of probe coefficient parameters........................................................................................15 3 INSTALLATION OF A WAVETHERM MODULE ........................................................................................17 3.1 MODULE FASTENING.........................................................................................................................17 3.2 INSTALLATION PRECAUTIONS........................................................................................................17 3.3 REPLACEMENT OF A MEASUREMENT PROBE..............................................................................18 4 DATA EXCHANGE PRINCIPLE WITH A WAVETHERM MODULE ...........................................................20 5 WAVETHERM MODULE FUNCTIONS .......................................................................................................21 5.1 READ TEMPERATURES.....................................................................................................................21 5.1.1 information concerning precision..................................................................................................21 5.1.2 Read ohmic value of probes immediately.....................................................................................21 5.2 STORAGE OF CALIBRATION PARAMETERS .................................................................................22 5.3 PERIODIC TEMPERATURE READING (DATALOGGING)................................................................23 5.4 AUTOMATIC TRANSMISSION OF FAULTS......................................................................................24 5.4.1 Alarm management parameter setting.........................................................................................24 5.4.2 Triggering an alarm frame............................................................................................................24 5.5 WAKE-UP SYSTEM MANAGEMENT..................................................................................................24 5.5.1 Choice of wake-up mode..............................................................................................................25 5.5.2 Set a new wake-up period............................................................................................................26 5.5.3 Set a fixed wake-up period for certain days of the week..............................................................27 5.5.4 Set day/night system parameter without distinction of days of the week....................................27 5.5.5 Set the day/night system parameters according to day of the week...........................................27 5.6 MANAGE…

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March 8 th 2005 Telecommunication Certification Body RFI Global Services Ltd. Pavilion A Ashwood Park Basingstoke Hampshire RG23 8BG United Kingdom Subject: Certification Application FCC ID: S28 It is requested that the following information is to be held confidential on behalf of CORONIS- SYSTEMS. FCC Rules Part 0.459 refers. Schematics 16 files of 1 page FileFileFileFile CS-SCH-044-US-Fsp.pdfCS-SCH-051-US-Hsp.pdfCS-SCH-086-US-B2sp.pdfCS-SCH-087-US-Dsp.pdf CS-SCH-044-US-Fsp-DATA PROCESSING.pdf CS-SCH-051-US-Hsp-DATA PROCESSING.pdf CS-SCH-086-US-B2sp-DATA PROCESSING.pdf CS-SCH-087-US-Dsp-DATA PROCESSING.pdf CS-SCH-044-US-Fsp-POWER SUPPLY.pdf CS-SCH-051-US-Hsp-POWER SUPPLY.pdf CS-SCH-086-US-B2sp-POWER SUPPLY.pdf CS-SCH-087-US-Dsp-POWER SUPPLY.pdf CS-SCH-044-US-Fsp-RF.pdfCS-SCH-051-US-Hsp-RF.pdfCS-SCH-086-US-B2sp-RF.pdfCS-SCH-087-US-Dsp-RF.pdf Block diagram 2 files : Filenumber of pages block diagram_Watherm.pdf 1 block diagram_Watport.pd 1 Operational description 2 files : Filenumber of pages Operational description_Wavetherm.pdf 1 Operational description_Waveport.pdf 1 Page 1 / 2 Part list : 4 files Filenumber of pages CS-NOM-091-US-B2sp.pdf 6 CS-NOM-092-US-Dsp.pdf 6 CS-NOM-055-US-Hsp.pdf 4 CS-NOM-046-US-Fsp.pdf 6 This information have to be held confidential to our competitor. They are part of industrial secret. Yours sincerely Page 2 / 2

Client: Projet: FCC Document: FCC LABEL LAYOUT Date: 03/02/05 Version: Ref: FCC LABEL LAYOUT Wavetherm, Waveflow and Wavesense Label 1 Label 2 Highly ConfidentialThis document is the property of CoronisPage 1 / 2 label 1 label 2 Product name Part number FFC ID Serial number Bar code S28 WFL