Coronis WaveTherm DALLAS Manual de instrucciones
File : CS-SUP-MUTI-WTHERMAPP-E01.sxw
WaveTherm modules – application handbook page 1 of 65
File : CS-SUP-MUTI-WTHERMAPP-E01.sxw
REVI ION HI TORY
Rev. # Description Author Date Comments
1 Original d cument RCS 02/02/05 Versi n 1
2 Add n text FCC RCS 17/02/05 Versi n 2
UPPORTED FIRMWARE VER ION
➢WaveTherm - DALLA
Eur pean Versi n
Manual versi n Firmware versi n Date
1.0 V 01.04 15/10/04
US Versi n
Manual versi n Firmware versi n Date
1.0 V 81.05 15/10/04
➢WaveTherm - PT100
Manual versi n Firmware versi n Date
1.0 V 01.02 15/10/04
➢WaveTherm - PT1000
Manual versi n Firmware versi n Date
1.0 V 01.00 15/10/04
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 handbook page 2 of 65
File : CS-SUP-MUTI-WTHERMAPP-E01.sxw
TABLE OF CONTENT
1 PRE ENTATION........................................................................................................................... 6
2 REFERENCE DOCUMENT ......................................................................................................... 6
3 PRE ENTATION OF THE WAVETHERM MODULE FUNCTIONALITIE ................................ 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 PROBE A OCIATED WITH THE WAVETHERM
MODULE ...................................................................................................................................... 15
5.1 DALLAS PROBES...............................................................................................................................15
5.1.1 Coding of temperatures for the DA AS 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 PARAMETER ................................................................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 – DA AS 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
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7 WAVETHERM MODULE FUNCTION ...................................................................................... 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.................................................................................29
7.1.4 Setting the date and time of the module.......................................................................................30
7.1.5 Access to the user data area........................................................................................................31
7.1.6 Initialization of the sensors............................................................................................................33
7.2 READING THE CURRENT VALUE OF THE TEMPERATURE SENSORS........................................34
7.2.1 Information concerning precision..................................................................................................34
7.2.2 Description of the commands to be used.....................................................................................34
7.2.3 Reading the current ohmic values of the sensors.......................................................................36
7.3 WAKE-UP SYSTEM MANAGEMENT..................................................................................................37
7.3.1 Description of the parameters used..............................................................................................37
7.3.2 Choice of wake-up mode..............................................................................................................37
7.3.3 Set a new wake-up period............................................................................................................38
7.3.4 Set a fixed wake-up period for certain days of the week..............................................................38
7.3.5 Set day/night system parameter without distinction of days of the week.................................... 38
7.3.6 Set the day/night system parameters according to day of the week...........................................40
7.4 PARAMETER SETTING OF THE DATALOGGING MODE................................................................41
7.4.1 Description of the parameters used..............................................................................................41
7.4.2 Precision level of the measurement..............................................................................................41
7.4.3 Activating the datalogging mode...................................................................................................42
7.4.4 Index logging in time steps...........................................................................................................43
7.4.5 Index logging once a week...........................................................................................................44
7.4.6 Index logging once a month..........................................................................................................45
7.4.7 Reading the logged temperature values.......................................................................................46
7.5 ADVANCED DATALOGGING.............................................................................................................48
7.5.1 Description of the parameters used..............................................................................................48
7.5.2 Parameter setting of the Advanced Datalogging mode................................................................49
7.5.3 Principle of reading the temperature, and re-initializing the storage table....................................49
7.5.4 Reading the totality, or a part of the storage table........................................................................51
7.5.5 Structure of the data when two sensors are activated..................................................................54
7.5.6 Usage limit of the multi-frame mode.............................................................................................55
7.6 MANAGEMENT OF THRESHOLD ALARMS......................................................................................56
7.6.1 Description of the parameters used..............................................................................................56
7.6.2 Precision level of the measurement..............................................................................................57
7.6.3 Format of the temperature information.........................................................................................57
7.6.4 Principle of the detection modes...................................................................................................58
7.6.5 Selection of the threshold detection modes, and activation of the detection................................59
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File : CS-SUP-MUTI-WTHERMAPP-E01.sxw
7.6.6 Configuration of the measurement period of the threshold detection...........................................59
7.6.7 Reading the threshold detection table..........................................................................................60
7.7 MANAGEMENT OF THE ALARM FRAMES........................................................................................61
7.7.1 Description of the parameters used..............................................................................................61
7.7.2 Configuration of the route to reach the alarm frames recipient.................................................... 61
7.7.3 Configuration of the alarms to be sent..........................................................................................62
7.7.4 Triggering an alarm frame............................................................................................................63
7.8 END OF BATTERY LIFE DETECTION................................................................................................64
7.8.1 Description of the parameters used..............................................................................................64
APPENDIX A : ET OF THE APPLICATIVE COMMAND .............................................................................65
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File : CS-SUP-MUTI-WTHERMAPP-E01.sxw
1 PRE ENTATION
This d cument describes the functi nalities f WaveTherm radi m dules :
WaveTherm – DALLAS Used with DA AS sensor
WaveTherm – PT100 Used with PT100 sensor
WaveTherm – PT1000 Used with PT1000 sensor
This d cument defines in an exhaustive way the applicatives data relating t serial dial g frames between a
Wavecard and a h st equipment , used t reach the data f the WaveTherm radi m dule.
2 REFERENCE DOCUMENT
Ref Title Reference Version Date
DR[1] WaveCard user handbook
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File : CS-SUP-MUTI-WTHERMAPP-E01.sxw
3 PRE ENTATION OF THE WAVETHERM MODULE FUNCTIONALITIE
3.1 SENSORS INTERFACE
➢WaveTherm – DALLA :
The m dule is designed t manage t the maximum tw DALLAS temperature sens rs (type
DS18B20).
This DALLAS sens r f 1-wire type integrates a 12-bit internal c nverter.
Each external sens r is c nnected t the m dule by a cable equipped with a BINDER c nnect r f
3-pin type.
An aut matic identificati n f the temperature sens rs all ws t mem rize the identifier f the
sens rs. This phase is aut matically carried ut when p wering the m dule
and is als activated n a specific radi request (in this case, The m dule returns by radi the
identifiers f the sens rs).
➢WaveTherm – PT100 :
The WaveTherm-PT100 m dule has the p ssibility t manage 1 r 2 PT100 temperature sens rs.
The pr bes are c nnected t the m dule thr ugh impervi us c nnect rs all wing t c nnect 2, 3 r 4
wires pr bes.
➢WaveTherm – PT1000 :
The WaveTherm-PT1000 m dule has the p ssibility t manage 1 r 2 PT1000 temperature sens rs.
The pr bes are c nnected t the m dule thr ugh impervi us c nnect rs all wing t c nnect 2, 3 r 4
wires pr bes.
WaveTherm modules – application handbook page 7 of 65
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3.2 READ TEMPERATURES
The WaveTherm m dule has the f ll wing p ssibilities:
T read the current temperature ;
T transmit the last N temperatures st red, in ne frame.
If tw temperature sens rs are used, then the WaveTherm return the last N/2 values f each sens r.
•WaveTherm – DALLAS : N = 48 temperatures
•WaveTherm – PT100 : N = 24 temperatures
•WaveTherm – PT1000 : N = 24 temperatures
3.3 PERIODIC TEMPERATURE READING (DATALOGGING)
Peri dic reading f temperatures is available in tw versi ns. In b th cases, the m dule may be c nfigured t
st re the temperatures measured peri dically (in time intervals ranging fr m a minute t several h urs), nce
a week r nce a m nth.
➢tandard datalogging :
Peri dic c llecti n f temperature measurements up t N temperatures. In this case, it functi ns in
'permanent loop' m de, i.e. the m st recent measurements replace the ldest measurements.
WaveTherm – DALLAS : N = 48 temperatures;
WaveTherm – PT100 : N = 24 temperatures;
WaveTherm – PT1000 : N = 24 temperatures.
➢Advanced datalogging:
Peri dic c llecti n f temperature measurements up t M temperatures. In this case, it functi ns in
'stop memory full' m de.
WaveTherm – DALLAS : M = 4500 temperatures;
WaveTherm – PT100 : M = 2000 temperatures;
WaveTherm – PT1000 : M = 2000 temperatures.
Remark : Only the 'Stop memory full' mode is currently operational : when the memory corresponding to N
temperatures is full, datalogging stops automatically.
A new parameter setting cycle must then be started with a specific radio command.
A future upgrade will enable permanent looping with indication of looping.
WaveTherm modules – application handbook page 8 of 65
File : CS-SUP-MUTI-WTHERMAPP-E01.sxw
3.4 MANAGEMENT OF THRESHOLD ALARMS
The WaveTherm m dule detects when the values exceed the thresh ld levels (high r l w) f r a given peri d
f time.
The WaveTherm – PT100 and PT1000 may be c nfigured with a precisi n level ffering a m re reliable
measurement even in envir nments with excessive interference (see chapter 7.2.1).
Three types f thresh ld alarm detecti n meth ds may be pr grammed :
immediate thresh ld alarm detecti n
thresh ld alarm detecti n f r a given c ntinu us peri d f time (successive m de)
thresh ld alarm detecti n f r a t tal peri d f time (cumulative m de)
3.4.1 Threshold Alarm Detection
Thresh ld alarm detecti n requires peri dic measurement f the temperature f r a predefined peri d. The
value f this peri d enables establishment f the thresh ld alarm detecti n reactivity.
This period is set independent of the datalogging period. However for power saving reasons it is
recommendable to set the datalogging period as a multiple of the threshold alarm detection period.
The f ll wing parameters apply t this functi n:
High thresh ld alarm,
L w thresh ld alarm,
Thresh ld excess time (used in cumulative and successive m de),
M de parameter setting byte (high thresh ld enabled, l w thresh ld enabled, immediate,
successive r cumulative m de).
3.4.2 Storage of Threshold Alarm occurences
Thresh ld alarms are st red in a mem ry z ne which may be accessed by radi . If the number f thresh ld
alarms exceeds the mem ry st rage capacity, the ldest alarms rec rded are deleted.
The f ll wing inf rmati n is rec rded in the table:
Thresh ld alarm detecti n date
Thresh ld alarm detecti n durati n
The average value f all measurements rec rded during the alarm peri d.
3.4.3 Transmission of a Threshold Alarm Frame
The m dule may be pr grammed t transmit a radi frame as s n as a thresh ld alarm is detected.
WaveTherm modules – application handbook page 9 of 65
File : CS-SUP-MUTI-WTHERMAPP-E01.sxw
3.5 STORAGE OF CALIBRATION PARAMETERS
The WaveTherm m dule manage a n n-v latile mem ry area accessible by radi c mmand, and all wing t
st re up t 32 bytes.
This area is n t used by the internal pr cess, and is generally used t st re the parameters relative t the
calibrati n f the m dule, and can be read, r m dified by specifying the start address, and the size f the
data.
3.6 WAKE-UP SYSTEM MANAGEMENT
In rder t reduce m dule p wer c nsumpti n, a wake-up peri d parameter setting system is inc rp rated.
This system enables m dificati n f the m dule wake-up peri d (default setting 1 s) by entering a time and
day f the week :
The wake-up peri d default value may be m dified;
Tw time-wind ws with different wake-up peri ds may be defined;
Each day f the week may be set in ne f the f ll wing three cases :
•Wake-up peri d default setting
•Wake-up acc rding t predefined time wind ws
•N wake-up peri d (f r safety reas ns, the m dule is n t disabled n recepti n and it
wakes up every 10 sec nds)
Note : The system is disabled by default and must be enabled by writing a specific profile in the
wake-up system status word.
3.7 AUTOMATIC TRANSMISSION OF FAULTS
The WaveTherm m dule ffers the p ssibility t aut matically transmit radi frames when an ccurrence is
detected.
The f ll wing ccurrences may pr v ke an aut matic alarm:
Thresh ld detecti n (see chapter 7.6)
End f battery life detecti n (see chapter 7.8)
Pr be fault detecti n (WaveTherm – PT100 and PT1000 only)
It is p ssible t select f r each type f ccurrence whether r n t an alarm frame is t be sent.
The radi address f the receiver m dule and the repeater path must be preset with a radi signal.
WaveTherm modules – application handbook page 10 of 65
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