ATEQ F6 Profinet Series Manual Download Page 47

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FG_F6_MODBUS_EN_01 / 2020-06-17

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Identifier N°

D.A. address

Meaning

Value

Dec

Hexa

Read

Write

462

01CE

21CE

61CE

“FLOW MASTER”

Value of Flow master for learning cycle

0 > 9999

463

01CF

21CF

61CF

“PRESS MASTER”

Value of Pressure master for learning cycle

- 9999 > 9999

464

01D0

21D0

61D0

“Min. Vol.”

Minimum Volume for learning

0 > 9999

465

01D1

21D1

61D1

“Max. Vol.”

Maximum Volume for learning

0 > 9999

485

01 E5

21E5

61E5

“EXT. ACCES”

Security by external access
(Fieldbus/Modbus)
Reset value with Modbus:

→ Writing at address 0xC1E5

Reset value with Fieldbus:

→ Writing one word with ID = 0xC1E5

Read/Write
Read Only
No Access

0000
1000
2000

486

01 E6

21E6

61E6

“OFFSET”

Offset Learning

- 9999 > 9999

Regulator selection

Regulator selection for fill and pre-fill (word 1, bit n°0 and 1) in the table of the functions bits.

Fill regulator

Pre-fill regulator

Regulator 1

Regulator 2

Configurable input values

F6 V1.3XX

Input value

Value code

Input value

Value code

Program Selection

0000

Atr Learning Cycle

17000

P1 Sensor Check (*)

4000

Sd Prt Pass Learn

18000

P1 Reg1 Check (*)

5000

Sd Prt Fail Learn

19000

P2 Sensor Check (*)

6000

Volume Comp.

20000

Leak Sensor Check (*)

7000

Test Check Result

21000

Auto Test (*)

8000

Step By Step

22000

Regul. 2 Adjust

9000

Auto Setup

23000

Regul. 1 Adjust

10000

Atr+Custom Learn.

24000

Part Regulator

11000

Code Reader

25000

Infinite Fill

12000

Auto Vol

26000

Piezo Auto Zero

13000

Test On Caps

27000

Custom Unit Learn

14000

Temp.2 Corr. Learn

30000

Custom Unit Check

15000

Temp.2 Sensor Read

31000

Chck+Lrn Cust. Unit

16000

(*) Available when the

Service special cycle

function is checked.

Summary of Contents for F6 Profinet Series

Page 1: ...F6 Series Modbus RTU Manual ...

Page 2: ...on 7 Configuration of the ATEQ device slave Setup of the RS232 mode 8 Setup of the station number 9 Setup of the communication speed 10 Setup of the parity 11 Configuration of the master Setup of the communication port 12 Frame construction Dialog mechanism asynchronous link 13 Commands 14 CRC calculation 17 Functional description of an ATEQ device Introduction 18 Configuration 22 Cycle 57 Results...

Page 3: ...q com cn ateq com cn T 86 21 6763 9508 F 86 21 6763 9528 ATEQ SYSTEMS ANALYSIS TAIWAN CO LTD NO 3 LAN 223 San Jia Dong Street 40642 TAICHUNG TAIWAN ateqtaiwan ateq com tw ateq com tw T 886 4 2437 5278 F 886 4 2437 3675 ATEQ CORP 35980 Industrial Road Suite L Livonia MI 48150 UNITED STATES leaktest atequsa com atequsa com T 1 734 838 3100 F 1 734 838 0644 We continuously work on improving our produ...

Page 4: ... the user manual before using the device All electrical connections to the device must be equipped with safety systems fuses circuit breakers etc adapted to the needs and in accordance with the applicable standards and rules To avoid electromagnetic interference electrical connections to the device must be shorter than 2 meters Power supply plug must be grounded Disconnect the device from the main...

Page 5: ... 06 17 4 74 Preamble INTRODUCTION This manual intends to help you for the configuration and the use of your ATEQ F6 device on the Modbus RTU network For more information on your ATEQ equipment refer to the Quick Start Manual ...

Page 6: ...te is the Most Significant Byte MSB Example of a word Reminder h indicates a hexadecimal code d indicates a decimal code Long format Signed Double word A Long format data is coded with two words of 16 bits In the memory range of the ATEQ device or when they are transmitted both words are coming in the following order The first word is the least significant word The second word is the most signific...

Page 7: ...ultiplied by 1000 to get the value in units For example a value of 207055 represents 207 055 So any numerical value must be divided by 1000 to get the real value 207 055 207055 1000 Example Pressure Negative numerical value All the negative numerical values are treated with Signed long format with fixed comma 10 3 Thus they must be multiplied by 1000 to get the value in units Example Leak value si...

Page 8: ...For more information on your ATEQ equipment refer to the Quick Start Manual Modbus RTU connector 9 pins male connector Pin number Signal 1 2 RXD receive data 3 TXD transmit data 4 5 Ground 6 7 RTS request to send 8 CTS clear to send 9 Architecture of the Modbus RTU network The network is built on the basis of a cable composed of two pairs of entwined and shielded wires One pair is for the signals ...

Page 9: ...done with the front panel of your ATEQ device The Modbus RTU configuration on an ATEQ device is always 8 bits long with one stop bit SETUP OF THE RS232 MODE From the ATEQ device From the MAIN MENU screen of your ATEQ device CONFIGURATION AUTOMATISM RS232 Choose MODBUS value in the new window It will also give you access to the serial parameters ...

Page 10: ...HE STATION NUMBER The station number must be the same on slave and master From the ATEQ device From the MAIN MENU screen of your ATEQ device CONFIGURATION AUTOMATISM RS232 MODBUS ADDRESS The station number can be equal to a value between 1 and 255 ...

Page 11: ...ON SPEED The speed must be the same on slave and master From the ATEQ device From the MAIN MENU screen of your ATEQ device CONFIGURATION AUTOMATISM RS232 MODBUS Speed The speed can be equal to 4800 bauds 9600 bauds 19200 bauds 28800 bauds 38400 bauds 57600 bauds ...

Page 12: ...master The Modbus RTU configuration on an ATEQ device is always 8 bits long with one stop bit From the ATEQ device From the MAIN MENU screen of your ATEQ device CONFIGURATION AUTOMATISM RS232 MODBUS Select the last line in this menu to change the parity The parity can be equal to None 0 1 Even Odd ...

Page 13: ...1 2020 06 17 12 74 Configuration of the master SETUP OF THE COMMUNICATION PORT Select the connected communication port and go into its properties Then adjust the different settings according to those of your ATEQ device ...

Page 14: ...NISM ASYNCHRONOUS LINK The Modbus RTU data frames do not include delimiters The synchronization is achieved by using a delay 3 5 times longer than the transmission time of a byte At the end of this delay the first byte received is considered as the start of a new frame ...

Page 15: ...C Byte Byte Word Word Byte N words Word Answer Slave address Function number 10h Word address Number of written words CRC Byte Byte Word Word Word Reading N words 03h Question Slave address Function number 03h Word address Number of words to read CRC Byte Byte Word Word Word Answer Slave address Function number 03h Number of read bytes Data 0 Data N CRC Byte Byte Byte N words Word Writing a bit 05...

Page 16: ...ting N words 10h Question Slave address Function number 10h Direct access address Number of words to write Number of bytes to write Data 0 Data N CRC Byte Byte Word Word Byte N words Word Answer Slave address Function number 10h Direct access address Number of written words CRC Byte Byte Word Word Word Reading N words 03h Question Slave address Function number 03h Direct access address Number of w...

Page 17: ...en an error occurs the slaves add 80h to the Function number followed by the error code Error on a Writing N words 10h request Slave address Function number 80h 90h Error code CRC Byte Byte Byte Word Error on a Reading N words 03h request Slave address Function number 80h 83h Error code CRC Byte Byte Byte Word Error codes Hexa code Item Meaning 02 ILLEGAL DATA ADDRESS Address out of range 03 ILLEG...

Page 18: ...ined in the frame last word in order to check that the exchange has been correctly undertaken If the CRC16 corresponds the slave responds If the CRC16 is false o The slave that receives the erroneous frame does not respond o The master having not received a response restarts the same request for the slave If the exchange is not accomplished after 2 attempts the master declares a communication erro...

Page 19: ...FG_F6_MODBUS_EN_01 2020 06 17 18 74 Functional description of an ATEQ device INTRODUCTION R W reading and writing W writing only R reading only ...

Page 20: ...of results in FIFO Y N 0200 Program to be selected N Y 0201 Special cycle N Y 0202 Selected program Y N 3004 Program in edition mode Y Y Bit addresses These addresses are used with the Writing a bit 05h function of the Standard access Hexa address Item 0000 Reset 0001 Start 0002 FIFO reset Direct access addresses These addresses are used with the Writing N words 10h or the Reading N words 03h func...

Page 21: ... hexadecimal code d indicates a decimal code ATEQ device using Base procedure for using an ATEQ instrument If the number of results in the FIFO 0 the results are erratic do not read them If there s an alarm bit read the alarm code and do not use the measurements results erratic results ...

Page 22: ...21 74 FG_F6_MODBUS_EN_01 2020 06 17 Modbus progress chart ...

Page 23: ...S232 CONFIGURATION RS232 Word Bit n Mask D A address Meaning Menu Hexa Dec Read Write 1 0 0001 1 241A 641A Permanent blowing activation Conf 1 0002 2 Reserved 2 0004 4 2404 6404 Fill type Funct 3 0008 8 2403 6403 Pre fill type Funct 4 0010 16 2401 6401 Recovery thresholds Funct 5 0020 32 241C 641C Cycle end Funct 6 0040 64 241D 641D Mini valve Funct 7 0080 128 2408 6408 Peak meter Funct 8 0100 256...

Page 24: ... 4096 242B 642B Sending cond end of cycle RS232 29 2000 8192 242C 642C Sending cond recoverable RS232 30 4000 16384 243C 643C Sending cond calibration RS232 31 8000 32768 242D 642D Frame content time stamp RS232 3 32 0001 1 2412 6412 Frame content name RS232 33 0002 2 242E 642E Content of the frame pressure RS232 34 0004 4 242F 642F Security Conf 35 0008 8 2414 6414 External dump Conf 36 0010 16 2...

Page 25: ... negative Funct 60 1000 4096 2415 6415 Dump threshold Funct 61 2000 8192 240E 640E ATR 3 Funct 62 4000 16384 2445 6445 In 7 test configuration Conf 63 8000 32768 Reserved 5 64 0001 1 2486 6486 Absolute value Conf 65 0002 2 249F 649F Leak display mode Funct 66 0004 4 2487 6487 By pass valve Conf 67 0008 8 Reserved 68 0010 16 248A 648A Inversed sealed component Funct 69 0020 32 248B 648B Inversed se...

Page 26: ...8 0004 4 249C 649C Permanent blowing Conf 99 0008 8 24A4 64A4 Sealed Diff component function Funct 100 0010 16 24A5 64A5 Test or Ref Mode Funct 101 0020 32 24B9 64B9 Display optional Funct 102 0040 64 24B6 64B6 Pressure Drop Funct 103 0080 128 24B7 64B7 Pressure correction v1 400 Funct 104 0100 256 24B8 64B8 Standard conditions v1 400 Funct 105 0200 512 248F 648F Ref No Dump Funct 106 0400 1024 24...

Page 27: ...address On network 01 03 01 00 00 07 05 F4 01 Slave address 03 Function number Read N words 01 00 Word address Extended menu bits 00 07 Number of words to read 05 F4 CRC Answer to the request On network 01 03 0E 00 0C 20 10 00 80 21 00 00 00 00 00 20 00 90 74 01 Slave address 03 Function number Read N words 0E Number of read bytes 00 0C Word 1 read 0C00h 20 10 Word 2 read 1020h 00 80 Word 3 read 8...

Page 28: ...ake a Read N words request of 1 word at the 241Fh address On network 01 03 24 1F 00 01 BF 3C 01 Slave address 03 Function number Read N words 24 1F D A address of the Chaining bit 00 01 Number of words to read BF 3C CRC Answer to the request On network 01 03 02 01 00 B9 D4 01 Slave address 03 Function number Read N words 02 Number of read bytes 01 00 Word read 0001h Chaining bit 1 B9 D4 CRC ...

Page 29: ...0 10 00 80 21 00 00 00 00 00 20 00 B9 32 01 Slave address 10 Function number Write N words 01 00 Word address Extended menu bits 00 07 Number of words to write 0E Number of bytes to write 00 4C Word 1 write 4C00h 20 10 Word 2 write 1020h 00 80 Word 3 write 8000h 21 00 Word 4 write 0021h 00 00 Word 5 write 0000h 00 00 Word 6 write 0000h 20 00 Word 7 write 0020h B9 32 CRC Answer to the request On ne...

Page 30: ...h address On network 01 10 64 1F 00 01 02 01 00 80 69 01 Slave address 10 Function number Write N words 64 1F D A address of the Chaining bit 00 01 Number of words to write 02 Number of bytes to write 01 00 Word write 0001h Chaining bit 1 80 69 CRC Answer to the request On network 01 10 64 1F 00 01 2F 3F 01 Slave address 10 Function number Write N words 64 1F D A address of the Chaining bit 00 01 ...

Page 31: ... in edition mode Master Slave Make a Write N words request of 1 word at the address 3004h On network 01 10 30 04 00 01 02 02 00 96 B7 01 Slave address 10 Function number Write N words 30 04 Word address Program in edition mode 00 01 Number of words to write 02 Number of bytes to write 02 00 Word write 0002h Program n 3 96 B7 CRC Answer to the request On network 01 10 30 04 00 01 4F 08 01 Slave add...

Page 32: ...2 02 00 C7 36 01 Slave address 10 Function number Write N words 60 00 D A address for program in edition mode 00 01 Number of words to write 02 Number of bytes to write 02 00 Word write 0002h Program n 3 C7 36 CRC Answer to the request On network 01 10 60 00 00 01 1F C9 01 Slave address 10 Function number Write N words 60 00 D A address for program in edition mode 00 01 Number of words to write 1F...

Page 33: ... 660B ATR0 function Funct 12 1000 4096 260C 660C ATR1 function Funct 13 2000 8192 260D 660D ATR2 function Funct 14 4000 16384 2622 6622 Sequencing function Funct 15 8000 32768 2623 6623 Pass part sequencing function Funct 2 16 0001 1 2624 6624 Fail test part sequencing function Funct 17 0002 2 2625 6625 Fail reference part sequencing function Funct 18 0004 4 2626 6626 Alarm sequencing function Fun...

Page 34: ...2000 8192 Reserved 46 4000 16384 2636 6636 Sealed components function Leak unit always PA not changeable Funct 47 8000 32768 Reserved 4 48 0001 1 261B 661B External dump function Funct 49 0002 2 2607 6607 Temperature correction function Funct 50 0004 4 264B 664B Recovery test or indirect mode function Funct 51 0008 8 263D 663D Dump before sealed component Funct 52 0010 16 2611 6611 Sign change fun...

Page 35: ...0 128 2684 6684 Optional external valves codes 2 Funct 104 0100 256 2685 6685 Optional external valves codes 3 Funct 105 0200 512 2686 6686 Optional external valves codes 4 Funct 106 0400 1024 2687 6687 Optional external valves codes 5 Funct 107 0800 2048 2688 6688 Optional external valves codes 6 Funct 108 1000 4096 2689 6689 Optional internal valves codes 1 Funct 109 2000 8192 268A 668A Optional...

Page 36: ... 1 26B4 66B4 Old Flow Calculation Funct 129 143 Reserved Example bit number 46 Sealed components function activated on 1 will put to 4000h the value in the third word 4000h is equivalent to 16384 in decimal and 0100000000000000 in binary In the Modbus frame the words will follow as such word 1 word 2 word n ...

Page 37: ...t the 0110h address On network 01 03 01 10 00 09 85 F5 01 Slave address 03 Function number Read N words 01 10 Word address Function bits 00 09 Number of words to read 85 F5 CRC Answer to the request On network 01 03 12 00 0C 00 00 10 20 00 10 00 00 00 00 00 00 00 00 00 00 98 CE 01 Slave address 03 Function number Read N words 12 Number of read bytes 00 0C Word 1 read 0C00h 00 00 Word 2 read 0000h ...

Page 38: ...ch the functions bits have to be read Make a Read N words request of 1 word at the 2622h address On network 01 03 26 22 00 01 2F 48 01 Slave address 03 Function number Read N words 26 22 D A address of the Sequencing act bit 00 01 Number of words to read 2F 48 CRC Answer to the request On network 01 03 02 01 00 B9 D4 01 Slave address 03 Function number Read N words 02 Number of read bytes 01 00 Wo...

Page 39: ... 09 12 00 08 00 00 10 20 00 10 00 00 00 00 00 00 00 00 00 00 09 95 01 Slave address 10 Function number Write N words 01 10 Word address Function bits 00 09 Number of words to write 12 Number of bytes to write 00 08 Word 1 write 0800h 00 00 Word 2 write 0000h 10 20 Word 3 write 2010h 00 10 Word 4 write 1000h 00 00 Word 5 write 0000h 00 00 Word 6 write 0000h 00 00 Word 7 write 0000h 00 00 Word 8 wri...

Page 40: ...Write N words request of 1 word at the 6622h address On network 01 10 66 22 00 01 02 01 00 A7 44 01 Slave address 10 Function number Write N words 66 22 D A address of the Sequencing act bit 00 01 Number of words to write 02 Number of bytes to write 01 00 Word write 0001h Sequencing act 1 A7 44 CRC Answer to the request On network 01 10 66 22 00 01 BF 4B 01 Slave address 10 Function number Write N...

Page 41: ...econds 09 0009 2009 6009 DUMP TIME Dump time 0 650 seconds 10 000A 200A 600A COUPL A Coupling time 1 0 650 seconds 11 000B 200B 600B COUPL B Coupling time 2 0 650 seconds 17 0011 2011 6011 Min Vol Minimum volume reject level volume test type measure 0 9999 18 0012 2012 6012 Max Vol Maximum volume reject level volume test type measure 0 9999 20 0014 2014 6014 VOLUME Part volume 0 9999 21 0015 2015 ...

Page 42: ... 0000 1000 72 0048 2048 6048 Drift Unit Calibration drifts percent 0 100 80 0050 2050 6050 Diff A Z Differential auto reset time 0 650 seconds 102 0066 2066 6066 BLOW MODE Type of permanent blowing Regulator 2 Regulator 1 0000 1000 103 0067 2067 6067 FILL MODE Type of fill Standard Instruction Ballistic Ramp Adjust Auto Fill Ramp 2 EASY EASY Auto 0000 1000 2000 3000 4000 5000 6000 7000 8000 104 00...

Page 43: ...uage 0000 1000 124 007C 207C 607C Max Value Reject in calibration check 0 9999 125 007D 207D 607D Drift Percentage of the calibration check 0 100 126 007E 207E 607E Max PreFILL Maximum pressure value in pre fill 9999 9999 127 007F 207F 607F LeakUnit Reject unit Refer to Unit table 128 0080 2080 6080 Leak Rate Instruction value during a calibration 0 9999 135 0087 2087 6087 of T FAIL Reject level p...

Page 44: ...60E9 AZ SHORT Quick auto zero time 0 650 seconds 273 0111 2111 6111 DUMP Dump time in calibration check mode 0 650 seconds 291 0123 2123 6123 T ATR2 Stabilization time for the ATR 2 function 0 650 seconds 295 0127 2127 6127 DUMP LEVEL Minimum dump pressure level to reach 9999 9999 297 0129 2129 6129 MAX BLOW Blowing maximum pressure level 9999 9999 298 012A 212A 612A MIN BLOW Blowing minimum press...

Page 45: ...TEP AUTO VOL menu Volume slice in program selection by volume function 0 9999 363 016B 216B 616B DUMP TIME Sealed Diff menu Dump time in sealed components 0 650 seconds 364 016C 216C 616C DISPLAY MODE Leak display management xxxx xxx x xx xx x xxx 0000 1000 2000 3000 366 016E 216E 616E MODE EXT DUMP menu Dump mode Continuou s Time 0000 1000 367 016F 216F 616F Program DUMP OFF menu Program number o...

Page 46: ...S CORR Sealed Diff menu Sealed Diff Pressure Correction 9999 9999 407 0197 2197 6197 LARGE LEAK Sealed Diff menu Sealed Diff Large Leak Max 0 9999 408 0198 2198 6198 OFFSET Sealed Diff menu Sealed Diff Offset 9999 9999 409 0199 2199 6199 FILL MODE Indirect menu Type of fill Reg 2 EASY EASY Auto 0000 1000 410 019A 219A 619A DUMP TIME Indirect menu Indirect Dump Time 0 650 seconds 455 01C7 21C7 61C7...

Page 47: ...n Regulator selection for fill and pre fill word 1 bit n 0 and 1 in the table of the functions bits Fill regulator Pre fill regulator Regulator 1 0 0 Regulator 2 1 1 Configurable input values F6 V1 3XX Input value Value code Input value Value code Program Selection 0000 Atr Learning Cycle 17000 P1 Sensor Check 4000 Sd Prt Pass Learn 18000 P1 Reg1 Check 5000 Sd Prt Fail Learn 19000 P2 Sensor Check ...

Page 48: ...000 Test Check Result 29000 Line P Sensor Check 13000 Atr Custom Learn 30000 Temperature Check 14000 Code Reader 31000 Atm Pressure Check 15000 Auto Vol 32000 Auto Test 16000 Test On Caps 33000 Regul 2 Adjust 17000 Temp 2 Corr Learn 36000 Regulator Adj 18000 Temp 2 Sensor Read 37000 Part Regulator Adj 19000 Leak Offset Learn 38000 Infinite Fill 20000 Offset Vol Learn 39000 Piezo Auto Zero 21000 N ...

Page 49: ... Mega Pascal MPa 16000 3E80 Liter l 17000 4268 Calibration check unit 18000 4650 KiloPascal second kPa s 19000 4A38 Millimeter mm 30000 7530 Liter hour l h 43000 A7F8 D mode Pascal Pa 44000 ABE0 Low resolution Pascal Pa LR 45000 AFC8 Low resolution Pascal second Pa s LR 46000 B3B0 Inch3 s 47000 B798 Inch3 min 48000 BB80 Inch3 hour 49000 BF68 Feet3 hour 50000 C350 Milliliter second mm s 51000 C738 ...

Page 50: ...40 oz UK mn 73000 01 1D28 oz UK h 74000 01 2110 US gallon 75000 01 24F8 UK gallon 76000 01 28E0 PPM 77000 01 2CC8 PPM HR 78000 01 30BO Calibrated PPM 80000 01 3880 mmCE 81000 01 3C68 mmCE s 84000 01 4820 SCCM 92000 01 6760 Points 93000 01 6B48 Feet3 s F620 94000 01 6F30 Feet3 min F620 95000 01 7318 ACCM MF 96000 01 7700 Inch Mercure inHg 99000 01 82B8 Millimeter Mercure mmHg 100000 01 86A0 µg H2O ...

Page 51: ...36 01 Slave address 10 Function number Write N words 00 00 Word address Read parameters 00 04 Number of words to write 08 Number of bytes to write 03 00 Word 1 write 0003h 3 param to read 15 00 Word 2 write 0015h identifier n 21 01 00 Word 3 write 0001h identifier n 1 02 00 Word 4 write 0002h identifier n 2 F4 36 CRC Answer to the request On network 01 10 00 00 00 04 C1 CA 01 Slave address 10 Func...

Page 52: ...0 9B C2 CRC Direct access In Direct access the master can only access to parameters one by one This is an example based on the reading of three parameters Test type D A address 2015h Fill time D A address 2001h Stabilization time D A address 2002h Master Slave Put in edition the program number on which the parameters have to be read Make a Read N words request of 2 words at the 2015h address On ne...

Page 53: ...on number Read N words 04 Number of read bytes F4 01 Word 1 2 read 000001F4h value of fill time 500 d 0 5 sec 00 00 3F 93 CRC Make a Read N words request of 2 words at the 2002h address On network 01 03 20 02 00 02 6E 0B 01 Slave address 03 Function number Read N words 20 02 D A address 00 02 Number of words to read 6E 0B CRC Answer to the request On network 01 03 04 E8 03 00 00 3F 93 01 Slave add...

Page 54: ...Word 2 and 5 and their value on a long Word 3 4 and 6 7 On network 01 10 00 7F 00 07 0E 02 00 01 00 E8 03 00 00 02 00 E8 03 00 00 87 AC 01 Slave address 10 Function number Write N words 00 7F Word address Write parameters 00 07 Number of words to write 0E Number of bytes to write 02 00 Word 1 write 0002h 2 param to read 01 00 Word 2 write 0001h identifier n 1 E8 03 Word 3 4 write 000003E8h value o...

Page 55: ...1 2 read 000001F4h value of fill time 500 d 0 5 sec 00 00 F9 91 CRC Answer to the request On network 01 10 60 01 00 02 0E 08 01 Slave address 10 Function number Write N words 60 01 D A address 00 02 Number of written words 0E 08 CRC Make a Write N words request of 2 words at the 6002h address On network 01 10 60 02 00 02 04 F4 01 00 00 B9 84 01 Slave address 10 Function number Write N words 60 02 ...

Page 56: ...C Answer to the request On network 01 03 0C 50 52 4F 47 52 41 4D 4D 45 00 41 44 AF 43 01 Slave address 03 Function number Read N words 0C Number of read bytes 50 ASCII code for P character 52 ASCII code for R character 4F ASCII code for O character 47 ASCII code for G character 52 ASCII code for R character 41 ASCII code for A character 4D ASCII code for M character 4D ASCII code for M character 4...

Page 57: ...Number of words to write 0E Number of bytes to write 50 ASCII code for P character 52 ASCII code for R character 4F ASCII code for O character 47 ASCII code for G character 2E ASCII code for character 20 ASCII code for space character 4C ASCII code for L character 45 ASCII code for E character 41 ASCII code for A character 4B ASCII code for K character 00 ASCII code for NULL character 00 ASCII cod...

Page 58: ...ple for selecting program number 3 Master Slave Make a Write N words request of 1 word at the address 0200h On network 01 10 02 00 00 01 02 02 00 84 F0 01 Slave address 10 Function number Write N words 02 00 Word address Program name 00 01 Number of words to write 02 Number of bytes to write 02 00 Word 1 write 0002h program n 3 81 FD CRC Answer to the request On network 01 10 02 00 00 01 00 71 01 ...

Page 59: ...bit request at the address 0001h and force the Start bit to 1 On network 01 05 00 01 FF 00 DD FA 01 Slave address 05 Function number Write bit 00 01 Bit address Start bit FF 00 Force bit to 1 DD FA CRC Answer to the request exactly the same as the request On network 01 05 00 01 FF 00 DD FA 01 Slave address 05 Function number Write bit 00 01 Bit address Start bit FF 00 Force bit to 1 DD FA CRC ...

Page 60: ...dress 0000h and force the Reset bit to 1 On network 01 05 00 00 FF 00 8C 3A 01 Slave address 05 Function number Write bit 00 00 Bit address Reset bit FF 00 Force bit to 1 8C 3A CRC Answer to the request exactly the same as the request On network 01 05 00 00 FF 00 8C 3A 01 Slave address 05 Function number Write bit 00 00 Bit address Reset bit FF 00 Force bit to 1 8C 3A CRC ...

Page 61: ... Direct P Check 3 AUTO TEST 19 Leak Sensor Check 4 Custom Unit Learn 20 Reserved 5 Custom Unit Check 21 Reserved 6 ATR Custom Learn 22 Reserved 7 Piezo auto zero Reg 1 23 No special cycle 8 Piezo auto zero Reg 2 24 Reserved 9 Regul 2 adjust 25 Line P Sensor Check 10 Regulator Adj 26 No special cycle 11 Infinite fill 27 Reserved 12 Volume Comp 28 Reserved 13 Auto Vol 29 Temperature check 14 No spec...

Page 62: ...zero special cycle n 7 On network 01 10 02 01 00 01 02 07 00 86 71 01 Slave address 10 Function number Write N words 02 01 Word address Special cycle 00 01 Number of words to write 02 Number of bytes to write 07 00 Word 1 write 0007h spe cycle n 7 86 71 CRC Answer to the request On network 01 10 02 01 00 01 51 B1 01 Slave address 10 Function number Write N words 02 01 Word address Special cycle 00...

Page 63: ...t word Long 4 x1000 6 Pressure high part word 7 Pressure unit code low part word refer to units table Long 4 x1000 8 Pressure unit code high part word refer to units table 9 Leak low section word Long 4 x1000 10 Leak high section word 11 Leak unit code low part word refer to Units table Long 4 x1000 12 Leak unit code high part word refer to Units table 13 Pressure piezo 2 low part word Long 4 x100...

Page 64: ...36 Unused 37 Atmospheric pressure in hPa low part word Long 4 x1000 38 Atmospheric pressure in hPa high part word 39 Temperature in C low part word Long 4 x1000 40 Temperature in C high part word All the numerical values are treated with Long format with fixed comma 10 3 Thus they must be multiplied by 1000 to get the value in units see examples in Basic notions section ...

Page 65: ...resents the codes of the steps in the cycle Code Steps Decimal Hexadecimal 0 0000 Pre fill 1 0001 Pre dump 2 0002 Sealed component fill 3 0003 Sealed component stabilization 4 0004 Fill 5 0005 Stabilization 6 0006 Test 7 0007 Dump 65535 FFFF No steps in progress ...

Page 66: ...mponent 12 000C Volume too large sealed component 14 000E Equalization valve switching error 43 002B Pressure too high 44 002C Pressure too low 45 002D Piezo sensor out of order 46 002E Dump error 47 002F CAL drift error 48 0030 Calibration check error 49 0031 Leak in calibration check too high 50 0032 Leak in calibration check too low 51 0033 Sealed component learning error 64 0040 Piezo sensor 2...

Page 67: ... of 40 words at the 0010h address On network 01 03 00 10 00 28 44 11 01 Slave address 03 Function number Read N words 00 10 Word address FIFO result 00 28 Number of words to read 44 11 CRC Answer to the request On network 01 03 50 FIFO result structure on 40 words CRC 01 Slave address 03 Function number Read N words 50 Number of read bytes FIFO result structure on 40 words CRC ...

Page 68: ...it request at the address 0002h and force the Reset FIFO bit to 1 On network 01 05 00 02 FF 00 2D FA 01 Slave address 05 Function number Write bit 00 00 Bit address Reset FIFO bit FF 00 Force bit to 1 2D FA CRC Answer to the request exactly the same as the request On network 01 05 00 02 FF 00 2D FA 01 Slave address 05 Function number Write bit 00 00 Bit address Reset FIFO bit FF 00 Force bit to 1 ...

Page 69: ... x1000 6 2306 Pressure high part word 7 2307 Pressure unit code low part word refer to units table Long 4 x1000 8 2308 Pressure unit code high part word refer to units table 9 2309 Leak low section word Long 4 x1000 10 230A Leak high section word 11 230B Leak unit code low part word refer to Units table Long 4 x1000 12 230C Leak unit code high part word refer to Units table 13 230D Pressure piezo ...

Page 70: ...27 36 Unused 37 2325 Atmospheric pressure in hPa low part word Long 4 x1000 38 2326 Atmospheric pressure in hPa high part word 39 2327 Temperature in C low part word Long 4 x1000 40 2328 Temperature in C high part word All the numerical values are treated with Long format with fixed comma 10 3 Thus they must be multiplied by 1000 to get the value in units see examples in Basic notions section ...

Page 71: ...ng the entire last result structure Master Slave Make a Read N words request of 40 words at the 0011h address On network 01 03 00 11 00 28 15 D1 01 Slave address 03 Function number Read N words 00 11 Word address Last result 00 28 Number of words to read 15 D1 CRC Answer to the request On network 01 03 50 Last result structure on 40 words CRC 01 Slave address 03 Function number Read N words 50 Num...

Page 72: ... Make a Read N words request of 2 words at the 2307h address On network 01 03 23 07 00 02 7E 4E 01 Slave address 03 Function number Read N words 23 07 D A address 00 02 Number of words to read 7E 4E CRC Answer to the request On network 01 03 04 F8 2A 00 00 EA 9B 01 Slave address 03 Function number Write N words 04 Number of read bytes F8 2A Word 1 2 read 00002AF8h Pressure unit code 11000 bar 00 0...

Page 73: ...imum flow Bit 2 1 fail part minimum flow Bit 3 1 alarm Bit 4 1 pressure error Do not use these results while the Bit 5 cycle end is not 1 Use only Bit 5 cycle end and Bit 15 key presence Bit 5 1 cycle end Word 2 Bit 6 1 recoverable part Bit 7 1 CAL error or drift Bit 8 1 Calibration check error Bit 9 1 ATR error or drift Bits 10 11 12 13 14 1 Unused Bit 15 1 key presence Do not use these results w...

Page 74: ...Word address Real time result 00 0D Number of words to read 84 00 CRC Answer to the request On network 01 03 1A 02 00 00 00 01 00 21 80 FF FF 00 00 00 00 F8 2A 00 00 08 CF 00 00 70 17 00 00 AE 95 01 Slave address 03 Function number Read N words 1A Number of read bytes 02 00 Word 1 read 0002h prog N 3 00 00 Word 2 read 0000h num of res in FIFO 01 00 Word 3 read 0001h type test leak 21 80 Word 4 rea...

Page 75: ...ster Slave Make a Read N words request of 1 word at the 2204h address On network 01 03 22 04 00 01 CF B3 01 Slave address 03 Function number Read N words 22 04 D A address 00 01 Number of words to read CF B3 CRC Answer to the request On network 01 03 02 21 80 A1 B4 01 Slave address 03 Function number Write N words 02 Number of read bytes 21 80 Word 1 read 8021h cycle end 8021 0020 1 A1 B4 CRC ...

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