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Pepperl+Fuchs IDENT-M System V MVI-F57-2HB12, Manual

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Pepperl+Fuchs IDENT-M System V MVI-F57-2HB12 Manual Download Page 20

IDENT-M System V • TCP/IP connection

Communication TCP/IP <==> Control interface unit

Zumutbare Änderungen aufgrund technischer Verbesserungen vorbehalten.

Copyright Fuchs, Printed in Germany

Fuchs GmbH • 68301 Mannheim • Telefon (06 21) 7 76-11 11 • Telefax (06 21) 7 76-27-11 11 • Internet http://www.pepperl-fuchs.com

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Communication TCP/IP <==> Control interface unit

The MVI-F57-2HB12 connecting circuit is designed as a server.

A TCP/IP client sends a command telegram to the TCP/IP server implemented in the 
connecting circuit under the IP address that is set in the connecting circuit and Port 
1313 with at least 7 bytes and a maximum of 1030 bytes.

The length of the telegram depends on the commands and data quantities to be trans-
ferred.

The telegram consists of a command area and the data area. The data area begins 
with byte 7 and can go up to byte 1029.

The command parameters and commands are transferred in byte 0, 1 and byte 2. 
Byte 0 contains the antenna. The command to be executed is masked in byte 1 and 
2. It consists of two ASCII characters.

The destination address in the data carrier is indicated in bytes 3 and 4, while the 
number of bytes to be transferred is specified in bytes 5 and 6. 

These specifications refer to commands that require address/data length parameters.

The port through which the TCP/IP connecting circuit can be accessed 
is set to 

1313

 and can 

not

 be changed.

The length of a request telegram, for example a read command, must 
always be identical with the length of the response telegram that is 
expected. The length of the request telegram is determined by the com-
mand 

plus

 the data quantity that is expected.

Data fields that are not required in the response telegram (for example 
because the quantity of data sent is greater that the quantity of data that 
is expected) are filled out with NULL.

Table 8.1: Telegram structure

Designation

Bit number

7

6

5

4

3

2

1

0

Byte 0

X4

X3

X2

X1

K3

K2

K1

-

Byte 1

Command Character 1 identifier (high byte)

Byte 2

Command Character 2 identifier (low byte)

Byte 3

Destination address high byte

Byte 4

Destination address low byte

Byte 5

Number of bytes high

Byte 6

Number of bytes low

Byte 7

Data

- „ -

- „ -

Byte n

- „ -

Summary of Contents for IDENT-M System V MVI-F57-2HB12

Page 1: ...D D DE E E EN N N NT T T T M M M M S S S Sy y y ys s s st t t te e e em m m m V V V V C C C Co o o on n n nt t t tr r r ro o o ol l l l I I I In n n nt t t te e e er r r rf f f fa a a ac c c ce e e e U U U Un n n ni i i it t t t f f f fo o o or r r r T T T TC C C CP P P P I I I IP P P P ...

Page 2: ...by the Zentralverband Elektrotechnik und Elektroindustrie ZVEI e V in its most recent edition as well as the supplementary proviso Extended property proviso are applicable We at Pepperl Fuchs feel obligated to contribute to the future this publication is therefore printed on paper bleached without the use of chlorine ...

Page 3: ...ting the sensors to the IPC 9 5 3 Configuration 9 5 3 1 Configuration files required 9 5 3 2 Configuration of RS232 interfaces 9 5 3 3 Setting the Ethernet TCP IP communication parameters 11 6 Display Settings 12 6 1 The main menu 12 6 2 Communication test 12 6 3 Setting of the Ethernet TCP IP parameters 13 6 3 1 Setting for the IP address of the connecting circuit MVI F57 2HB12 13 6 3 2 Setting t...

Page 4: ... automatic data carrier auto write 33 10 9 40 Data carrier read Control Interface unit 34 10 10 44 Control Interface unit write to data carrier 35 10 11 41 Read Control Interface unit memory 36 10 12 45 Write Control Interface unit memory 37 10 13 42 Read date time 38 10 14 46 Write date time 40 10 15 47 Delete data carrier 42 10 16 49 Initialise data carrier 43 10 17 50 Delete Control Interface u...

Page 5: ... directives The manufacturer of the product Pepperl Fuchs GmbH in D 68301 Mannheim has a certified quality assurance program in accordance with ISO 9001 2 Symbols used in this document A corresponding declaration of conformity may be requested from the manufacturer This symbol indicates a warning about a possible danger In the event the warning is ignored the consequences may range from personal i...

Page 6: ...ds for testing the device and components con nected to it Device error or failure of a a read write head for example can be detect ed and reported by a client in the Ethernet TCP IP application in this manner Protection of operating personnel and the system is only ensured if the TCP IP connection is used in accordance with the usage for which it is properly intended The MVI F57 2HB12 device can o...

Page 7: ...ification system takes place by means of a TCP IP protocol In terms of individual details the MVI F57 2HB12 consists of the following compo nents MVI D2 2HRX TCP IP coupler LC Display 24 V DC or 115 230 V AC power supply F57 aluminium pressure die cast housing with window PG screwed connection for power supply antenna and Ethernet cable The connecting circuit is designed as a TCP server for receiv...

Page 8: ...nserts that will be required are included with de livery The seal insert is pre manufactured so the antenna cable will fit through it The illus tration below shows the location of the PG screwed connection on the housing Determine the diameter of the drill hole for the non pre manufactured cable and pro ceed as follows To do this insert the two halves of the seal insert into the body of the screwe...

Page 9: ...tached to the housing of the connecting circuit to facilitate the as sembly of the TCP IP These are included with delivery They can be screwed in place with the housing using M6x1 screws The housing is held in place at the installation location by these straps 5 2 Electrical connections 5 2 1 Power supply The power supply for the TCP IP connecting circuit can be either 24 VDC or 230 VAC If the con...

Page 10: ...uit has two serial interfaces the COM Interface and the EXT interface These interfaces work with a TTL level Both interfaces are connected with an RS232 TTL converter The EXT interface of the converter is connected with the MVI D2 2HRX Control interface unit of the microwave identification system The COM interface of the converter is con nected with the display Both devices use a software handshak...

Page 11: ...diagram See Appendix A Wiring diagram on page61 5 3 Configuration 5 3 1 Configuration files required There are 2 configuration files on the IPC The file ip cfg contains the information required for the network configuration This file is changed every time the settings are saved through the display The file startup bat is executed automatically if the RUN STOP switch of the IPC is in the RUN positi...

Page 12: ...nication with the RS232 TTL converter Table 5 2 SW1 DIP switch Switch Switch setting Meaning SW1 1 ON 8 data bits SW1 2 OFF No parity SW1 3 OFF No parity SW1 4 OFF 1 stop bit SW1 5 OFF Must always be set to OFF SW1 6 OFF RS 232C SW1 7 OFF RS 232C SW1 8 OFF Must always be set to OFF Table 5 3 Rotary encoding switch SW2 Switch setting Meaning 0 Station number 0 Table 5 4 Rotary encoding switch SW3 S...

Page 13: ...nciple the parameters can also be set by using a PC Laptop or similar device To do this the corresponding device must be connected to the COM serial interface For the necessary RS232 parameters please refer to Section 5 3 2 of this manual Any terminal software can be used as the communication software for example the HyperTerminal software that belongs to the accessoires of the Microsoft Windows o...

Page 14: ... be reached through Function keys F1 through F4 of the display Note the following relationship here 6 2 Communication test If the F1 key is pressed in the main menu the display sends a Reset command via the IPC to the MVI D2 2HRX Control Interface unit By observing LEDs SD and RD on the Control Interface unit you can monitor here whether communication between the IPC and the Control Interface unit...

Page 15: ...ng of the TCP IP parameters press the F1 key The IP address of the connecting circuit that is currently set then appears It has the following struc ture 192 076 047 128 An IP address consists of four bytes Each byte in the illustration above is represented in decimal The individual bytes are separated from each other by a period Since the number always represents one byte its value cannot be great...

Page 16: ...s have reached the desired setting Press the F4 key This takes you one level back so that you can use the F2 and F3 keys to adjust the netmask or the gateway router address If you do not want to make any additional settings press the F4 key The following possibilities are available for you F1 Cancel without saving and go back to the main menu F2 Restore the old setting F3 Save the new setting Conf...

Page 17: ...to the connecting circuit To move from the main menu to the corresponding sub menu you must press the F2 key and then F3 The procedure for setting the address is described under Setting for the IP address of the connecting circuit MVI F57 2HB12 on page 13 6 4 The acknowledge key During ongoing operation error messages that are sent by the MVI D2 2HRX Control Interface unit are displayed in the fir...

Page 18: ...sent from a client to the server the command will be acknowledged immediately This confirmation telegram is identified by the fact that the command re sponse flag T1 See page 23 is set to 1 In addition the flag I1 Command active is also set to 1 T1 1 indicates that the command has been received correctly I1 1 indicates that the command has been executed is activated After the command has been proc...

Page 19: ...tive is set to 0 T1 1 indicates that the command has been received correctly I1 0 indicates that the Control Interface unit is ready to receive new commands Graphically displayed the sequence appears as follows on 3 If a command is received from the Control Interface unit while processing is still on going it responds with the error message Command still active This response is distinguished from ...

Page 20: ...mand to be executed is masked in byte 1 and 2 It consists of two ASCII characters The destination address in the data carrier is indicated in bytes 3 and 4 while the number of bytes to be transferred is specified in bytes 5 and 6 These specifications refer to commands that require address data length parameters The port through which the TCP IP connecting circuit can be accessed is set to 1313 and...

Page 21: ...the individual commands and their parameters please refer to the Table Overview of commands on page 24 or the following ex planations of commands 8 4 Destination address byte 3 and byte 4 The desired destination address is specified in byte 3 and byte 4 of the output data This address refers to the memory address in the Control Interface unit or data carrier that is to be indicated for the corresp...

Page 22: ...erl Fuchs GmbH 68301 Mannheim Telefon 06 21 7 76 11 11 Telefax 06 21 7 76 27 11 11 Internet http www pepperl fuchs com Date of issue06 09 01 20 For example reading 312 bytes of data from the data carrier 312dec 138hex byte 5 01hex byte 6 38hex 8 6 Data byte 7 byte 1029 From byte 7 to byte 1029 the data to be written or the command to be sent can be entered for command MVI Send command directly ...

Page 23: ...at is ac tive at the time is sent back with the message Command active After processing of a command the answer is sent The previously sent parameters and the command are repeated as confirmation in byte 0 byte 1 and byte 2 Byte 3 contains status information about the command that was executed or the one that is currently active Byte 4 indicates the processing of a command through an increase in t...

Page 24: ...ecting circuit A NULL status indicates processing with no errors If an error has occurred the status message is not equal to NULL In addition the er ror text in the data field is transferred as plain text The error message is a maximum of 80 characters long For the meaning of the error messages please refer to Section12 9 3 Execution counter EC4 EC1 The execution counter indicates processing is co...

Page 25: ...tting this bit and changing the execution counter 9 5 Command response flag T1 If this bit is set the message is a reception confirmation of the command that was sent If the bit is not set it is a data response command is processed 9 6 Sensor 1 or Sensor 2 S1 S2 Bit 4 or bit 5 in byte 4 of the data that is sent indicates the switching state of the sen sors connected to input 0 or 1 9 7 Data byte 5...

Page 26: ...an ex ample In ASCII format the command is SR As a decimal number it is 16 The hex values to be transferred are represented in lines 1 and 2 in parentheses 10 1 Overview of commands Command Byte1 Byte2 ASCII character S 0x73 R 0x72 Decimal number in ASCII format 1 0x31 6 0x36 Hexadecimally coded decimal number 0x00 0x10 In the Table Overview of commands on page 24 you will find an illu stration of...

Page 27: ...0x29 Control Interface unit read memory 15 4 0x00 5 0x2D Control Interface unit write memory 25 4 0x00 2 0x2A Read data time 16 4 0x00 6 0x2E Write date time 26 4 0x00 7 0x2F Delete data carrier 30 4 0x00 9 0x31 Initialise data carrier 31 5 0x00 0 0x32 Delete Control Interface unit 35 A 0x00 1 0x72 Initialise Control Interface unit 36 6 0x00 0 0x3C Reset Control Interface unit 70 5 0x00 3 0x35 Tes...

Page 28: ...7 76 11 11 Telefax 06 21 7 76 27 11 11 Internet http www pepperl fuchs com Date of issue06 09 01 26 M 0x00 S 0x6F Status of query L 0x00 1 0x73 Read data with sensor function S 0x00 1 0x74 Write data with sensor function B 0x00 D 0x8C Send MVI command directly Q 0 0x00 U 2 0x02 Abort command V 0 0x00 E 3 0x03 Read version Overview of commands Command code Commands For MVI command code see the MVI ...

Page 29: ...ing of the command the Control Interface unit responds with an error message You can tell this has happened if byte 3 Status NULL From byte 5 on the error message is generated as plain text Please note that the response telegram must be exactly the same length as the com mand telegram If the plain text of the error message is longer than the data field the last characters will not be transferred R...

Page 30: ...ill be sent back The structure of the response is as follows if Status NULL no error message If a status message is present the Control Interface unit responds with an error mes sage that is described in Section 10 2 on page 27 Command Designation Bit number 7 6 5 4 3 2 1 0 Byte 0 X4 X3 X2 X1 K3 K2 K1 Byte 1 0 0x30 Byte 2 1 0x31 Byte 3 NC Byte 4 NC Byte 5 NC Byte 6 NC Response for transfer with no...

Page 31: ...the appropriate error mes sage will be sent back If a status message is present the Control Interface unit responds with an error mes sage that is described in Section 10 2 on page 27 Command Designation Bit number 7 6 5 4 3 2 1 0 Byte 0 X4 X3 X2 X1 K3 K2 K1 Byte 1 4 0x34 Byte 2 3 0x33 Byte 3 NC Byte 4 NC Byte 5 NC Byte 6 NC Byte 7 ID code address 8040h Byte 8 ID code address 8041h Byte 9 ID code ...

Page 32: ...sent the appropriate error mes sage will be sent back If a status message is present the Control Interface unit responds with an error mes sage that is described in Section 10 2 on page 27 Command Designation Bit number 7 6 5 4 3 2 1 0 Byte 0 X4 X3 X2 X1 K3 K2 K1 Byte 1 1 0x31 Byte 2 6 0x36 Byte 3 Source address high byte Byte 4 Source address low byte Byte 5 Number of bytes high Byte 6 Number of ...

Page 33: ...will be sent back Command If a status message is present the Control Interface unit responds with an error mes sage that is described in Section 10 2 on page 27 Command Designation Bit number 7 6 5 4 3 2 1 0 Byte 0 X4 X3 X2 X1 K3 K2 K1 Byte 1 6 0x36 Byte 2 4 0x34 Byte 3 Destination address high byte Byte 4 Destination address low byte Byte 5 Number of bytes high Byte 6 Number of bytes low Byte 7 D...

Page 34: ... system will automatically continue to attempt to read a data carrier If a status message is present the Control Interface unit responds with an error mes sage that is described in Section 10 2 on page 27 Command Designation Bit number 7 6 5 4 3 2 1 0 Byte 0 X4 X3 X2 X1 K3 K2 K1 Byte 1 A 0x41 Byte 2 R 0x52 Byte 3 Source address high byte Byte 4 Source address low byte Byte 5 Number of bytes high B...

Page 35: ... attempt to write to a data carrier Command If a status message is present the Control Interface unit responds with an error mes sage that is described in Section 10 2 on page 27 Command Designation Bit number 7 6 5 4 3 2 1 0 Byte 0 X4 X3 X2 X1 K3 K2 K1 Byte 1 A 0x41 Byte 2 W 0x57 Byte 3 Destination address high byte Byte 4 Destination address low byte Byte 5 Number of bytes high Byte 6 Number of ...

Page 36: ...face unit If no data carrier is present the appropriate error message will be sent back If a status message is present the Control Interface unit responds with an error mes sage that is described in Section 10 2 on page 27 Command Designation Bit number 7 6 5 4 3 2 1 0 Byte 0 X4 X3 X2 X1 K3 K2 K1 Byte 1 4 0x34 Byte 2 0 0x30 Byte 3 Source destination address high byte Byte 4 Source destination addr...

Page 37: ...ta carrier If no data carrier is present the appropriate error message will be sent back If a status message is present the Control Interface unit responds with an error mes sage that is described in Section 10 2 on page 27 Command Designation Bit number 7 6 5 4 3 2 1 0 Byte 0 X4 X3 X2 X1 K3 K2 K1 Byte 1 4 0x34 Byte 2 4 0x34 Byte 3 Source destination address high byte Byte 4 Source destination add...

Page 38: ...y of the Control Interface unit If a status message is present the Control Interface unit responds with an error mes sage that is described in Section 10 2 on page 27 Command Designation Bit number 7 6 5 4 3 2 1 0 Byte 0 X4 X3 X2 X1 K3 K2 K1 Byte 1 4 0x34 Byte 2 1 0x31 Byte 3 Source address high byte Byte 4 Source address low byte Byte 5 Number of bytes high Byte 6 Number of bytes low Response for...

Page 39: ...If a status message is present the Control Interface unit responds with an error mes sage that is described in Section 10 2 on page 27 Command Designation Bit number 7 6 5 4 3 2 1 0 Byte 0 X4 X3 X2 X1 K3 K2 K1 Byte 1 4 0x34 Byte 2 5 0x35 Byte 3 Destination address high byte Byte 4 Destination address low byte Byte 5 Number of bytes high Byte 6 Number of bytes low Byte 7 Data to be written Byte n R...

Page 40: ...1 38 10 13 42 Read date time Read out date and time The output is in ASCII characters Command Designation Bit number 7 6 5 4 3 2 1 0 Byte 0 X4 X3 X2 X1 K3 K2 K1 Byte 1 4 0x34 Byte 2 2 0x32 Byte 3 NC Byte 4 NC Byte 5 NC Byte 6 NC Response for processing with no errors Designation Bit number 7 6 5 4 3 2 1 0 Byte 0 X4 X3 X2 X1 K3 K2 K1 Byte 1 4 0x34 Byte 2 2 0x32 Byte 3 Status Byte 4 I1 T1 S2 S1 EC4 ...

Page 41: ...6 21 7 76 11 11 Telefax 06 21 7 76 27 11 11 Internet http www pepperl fuchs com Date of issue06 09 01 39 The individual values are displayed as follows Year 00 99 Month 01 12 Day 01 31 Weekday 00 Sun 01 Mon 02 Tue 03 Wed 04 Thu 05 Fri 06 Sat Hours 00 23 Minutes 00 59 Seconds 00 59 If a status message is present the Control Interface unit responds with an error mes sage that is described in Section...

Page 42: ... 10 14 46 Write date time Set the date and time of the Control Interface unit The input is in ASCII characters The individual values are displayed as follows Year 00 99 Month 01 12 Day 01 31 Weekday 00 Sun 01 Mon 02 Tue 03 Wed 04 Thu 05 Fri 06 Sat Hours 00 23 Minutes 00 59 Command Designation Bit number 7 6 5 4 3 2 1 0 Byte 0 X4 X3 X2 X1 K3 K2 K1 Byte 1 4 0x34 Byte 2 6 0x36 Byte 3 NC Byte 4 NC Byt...

Page 43: ...1 7 76 11 11 Telefax 06 21 7 76 27 11 11 Internet http www pepperl fuchs com Date of issue06 09 01 41 If a status message is present the Control Interface unit responds with an error mes sage that is described in Section 10 2 on page 27 Response for processing with no errors Designation Bit number 7 6 5 4 3 2 1 0 Byte 0 X4 X3 X2 X1 K3 K2 K1 Byte 1 4 0x34 Byte 2 6 0x36 Byte 3 Status Byte 4 I1 T1 S2...

Page 44: ...deletion sample If a status message is present the Control Interface unit responds with an error mes sage that is described in Section 10 2 on page 27 Command Designation Bit number 7 6 5 4 3 2 1 0 Byte 0 X4 X3 X2 X1 K3 K2 K1 Byte 1 4 0x34 Byte 2 7 0x37 Byte 3 Destination address high byte Byte 4 Destination address low byte Byte 5 Number of bytes high Byte 6 Number of bytes low Byte 7 Deletion sa...

Page 45: ...3 10 16 49 Initialise data carrier Initialise data carrier If a status message is present the Control Interface unit responds with an error mes sage that is described in Section 10 2 on page 27 Command Designation Bit number 7 6 5 4 3 2 1 0 Byte 0 X4 X3 X2 X1 K3 K2 K1 Byte 1 4 0x34 Byte 2 9 0x39 Byte 3 NC Byte 4 NC Byte 5 NC Byte 6 NC Response for processing with no errors Designation Bit number 7...

Page 46: ...h deletion sample If a status message is present the Control Interface unit responds with an error mes sage that is described in Section 10 2 on page 27 Command Designation Bit number 7 6 5 4 3 2 1 0 Byte 0 X4 X3 X2 X1 K3 K2 K1 Byte 1 5 0x35 Byte 2 0 0x30 Byte 3 Destination address high byte Byte 4 Destination address low byte Byte 5 Number of bytes high Byte 6 Number of bytes low Byte 7 Deletion ...

Page 47: ... Initialise Control Interface unit Initialise Control Interface unit If a status message is present the Control Interface unit responds with an error mes sage that is described in Section 10 2 on page 27 Command Designation Bit number 7 6 5 4 3 2 1 0 Byte 0 X4 X3 X2 X1 K3 K2 K1 Byte 1 A 0x41 Byte 2 1 0x31 Byte 3 NC Byte 4 NC Byte 5 NC Byte 6 NC Response for processing with no errors Designation Bi...

Page 48: ...dent M System V This command is described in the Microwave identification system manual At the same time the execution counter is reset to 1 If a status message is present the Control Interface unit responds with an error mes sage that is described in Section 10 2 on page 27 Command Designation Bit number 7 6 5 4 3 2 1 0 Byte 0 X4 X3 X2 X1 K3 K2 K1 Byte 1 6 0x36 Byte 2 0 0x30 Byte 3 NC Byte 4 NC B...

Page 49: ...message is present the Control Interface unit responds with an error mes sage that is described in Section 10 2 on page 27 Command Designation Bit number 7 6 5 4 3 2 1 0 Byte 0 X4 X3 X2 X1 K3 K2 K1 Byte 1 5 0x35 Byte 2 3 0x33 Byte 3 Destination address high byte Byte 4 Destination address low byte Byte 5 Number of bytes high Byte 6 Number of bytes low Response for processing with no errors Designa...

Page 50: ...issue06 09 01 48 10 21 54 Test ROM Test ROM If a status message is present the Control Interface unit responds with an error mes sage that is described in Section 10 2 on page 27 Command Designation Bit number 7 6 5 4 3 2 1 0 Byte 0 X4 X3 X2 X1 K3 K2 K1 Byte 1 5 0x35 Byte 2 4 0x34 Byte 3 NC Byte 4 NC Byte 5 NC Byte 6 NC Response for processing with no errors Designation Bit number 7 6 5 4 3 2 1 0 ...

Page 51: ...If a status message is present the Control Interface unit responds with an error mes sage that is described in Section 10 2 on page 27 Command Designation Bit number 7 6 5 4 3 2 1 0 Byte 0 X4 X3 X2 X1 K3 K2 K1 Byte 1 5 0x35 Byte 2 5 0x35 Byte 3 Destination address high byte Byte 4 Destination address low byte Byte 5 Number of bytes high Byte 6 Number of bytes low Response for processing with no er...

Page 52: ... data carrier Test battery of the data carrier If a status message is present the Control Interface unit responds with an error mes sage that is described in Section 10 2 on page 27 Command Designation Bit number 7 6 5 4 3 2 1 0 Byte 0 X4 X3 X2 X1 K3 K2 K1 Byte 1 5 0x35 Byte 2 6 0x36 Byte 3 NC Byte 4 NC Byte 5 NC Byte 6 NC Response for processing with no errors Designation Bit number 7 6 5 4 3 2 1...

Page 53: ... test If a status message is present the Control Interface unit responds with an error mes sage that is described in Section 10 2 on page 27 Command Designation Bit number 7 6 5 4 3 2 1 0 Byte 0 X4 X3 X2 X1 K3 K2 K1 Byte 1 5 0x35 Byte 2 8 0x38 Byte 3 Destination address high byte Byte 4 Destination address low byte Byte 5 Number of bytes high Byte 6 Number of bytes low Response for processing with...

Page 54: ... 25 57 Test Control Interface unit Test Control Interface unit If a status message is present the Control Interface unit responds with an error mes sage that is described in Section 10 2 on page 27 Command Designation Bit number 7 6 5 4 3 2 1 0 Byte 0 X4 X3 X2 X1 K3 K2 K1 Byte 1 5 0x35 Byte 2 7 0x37 Byte 3 NC Byte 4 NC Byte 5 NC Byte 6 NC Response for processing with no errors Designation Bit numb...

Page 55: ...ts of the Control Interface unit If a status message is present the Control Interface unit responds with an error mes sage that is described in Section 10 2 on page 27 Command Designation Bit number 7 6 5 4 3 2 1 0 Byte 0 X4 X3 X2 X1 K3 K2 K1 Byte 1 6 0x36 Byte 2 2 0x32 Byte 3 NC Byte 4 NC Byte 5 NC Byte 6 NC Byte 7 Bit 0 Output 1 Bit 1 Output 2 Bit 2 Output 3 Bit 3 Output 4 Response for processin...

Page 56: ...ad status This command can be used to read a status at any time If a status message is present the Control Interface unit responds with an error mes sage that is described in Section 10 2 on page 27 Command Designation Bit number 7 6 5 4 3 2 1 0 Byte 0 X4 X3 X2 X1 K3 K2 K1 Byte 1 M 0x4D Byte 2 S 0x53 Byte 3 NC Byte 4 NC Byte 5 NC Byte 6 NC Response for processing with no errors Designation Bit num...

Page 57: ...r until this attempt has been successful or the command is aborted If data has successfully been written to the data carrier the battery status is returned in byte 5 of the data carrier as a percentage As long as this command is active a status telegram is sent once every 2 seconds Command Designation Bit number 7 6 5 4 3 2 1 0 Byte 0 X4 X3 X2 X1 K3 K2 K1 Byte 1 S 0x53 Byte 2 1 0x31 Byte 3 Destina...

Page 58: ...n Copyright Pepperl Fuchs Printed in Germany Pepperl Fuchs GmbH 68301 Mannheim Telefon 06 21 7 76 11 11 Telefax 06 21 7 76 27 11 11 Internet http www pepperl fuchs com Date of issue06 09 01 56 If a status message is present the Control Interface unit responds with an error mes sage that is described in Section 10 2 on page 27 ...

Page 59: ...to a data carrier until this attempt has been successful or the command is aborted If a status message is present the Control Interface unit responds with an error mes sage that is described in Section 10 2 on page 27 As long as this command is active a status telegram is sent once every 2 seconds Command Designation Bit number 7 6 5 4 3 2 1 0 Byte 0 X4 X3 X2 X1 K3 K2 K1 Byte 1 L 0x4C Byte 2 1 0x3...

Page 60: ... command from the Microwave Identifica tion System manual should be entered into the TCP output data beginning with byte 9 using the correct syntax This sequence is then forwarded from the connecting circuit directly to Ident M Sys tem V The response of Ident M System V is then sent back to the TCP input data beginning with byte 5 Only commands with an immediate return response of Ident M System V...

Page 61: ...6 27 11 11 Internet http www pepperl fuchs com Date of issue06 09 01 59 If a status message is present the Control Interface unit responds with an error mes sage that is described in Section 10 2 on page 27 Response for processing with no errors Designation Bit number 7 6 5 4 3 2 1 0 Byte 0 X4 X3 X2 X1 K3 K2 K1 Byte 1 B 0x42 Byte 2 D 0x44 Byte 3 Status Byte 4 I1 T1 S2 S1 EC4 EC3 EC2 EC1 Byte 5 Res...

Page 62: ...An active command is dis played in byte 4 bit 7 Commands that are active for an extended time include Read data Write data with Function1 If a status message is present the Control Interface unit responds with an error mes sage that is described in Section 10 2 on page 27 Command Designation Bit number 7 6 5 4 3 2 1 0 Byte 0 X4 X3 X2 X1 K3 K2 K1 Byte 1 Q 0x51 Byte 2 U 0x55 Byte 3 NC Byte 4 NC Byte...

Page 63: ...erungen aufgrund technischer Verbesserungen vorbehalten Copyright Pepperl Fuchs Printed in Germany Pepperl Fuchs GmbH 68301 Mannheim Telefon 06 21 7 76 11 11 Telefax 06 21 7 76 27 11 11 Internet http www pepperl fuchs com Date of issue06 09 01 61 11 Appendix A Wiring diagram ...

Page 64: ...m Zumutbare Änderungen aufgrund technischer Verbesserungen vorbehalten Copyright Pepperl Fuchs Printed in Germany Pepperl Fuchs GmbH 68301 Mannheim Telefon 06 21 7 76 11 11 Telefax 06 21 7 76 27 11 11 Internet http www pepperl fuchs com Date of issue06 09 01 62 ...

Page 65: ...m Zumutbare Änderungen aufgrund technischer Verbesserungen vorbehalten Copyright Pepperl Fuchs Printed in Germany Pepperl Fuchs GmbH 68301 Mannheim Telefon 06 21 7 76 11 11 Telefax 06 21 7 76 27 11 11 Internet http www pepperl fuchs com Date of issue06 09 01 63 ...

Page 66: ...x15 Station number error 0x16 Antenna number error 0x17 Command identification sign error 0x18 Protect error 0x19 Data code error 0x1A Operation register error 0x1B Protect setting error 0x1C Selection code error 0x1D Sum check error 1 0x1E Sum check error 2 0x1F CR Error 0x20 No antenna 0 connection 0x21 No antenna 1 connection 0x25 RAM error 0x26 ROM error 0x27 Battery voltage low alarm 0x30 RAM...

Page 67: ...stination 0x4F Verify error at copy destination 0x60 Error upon command execution 0x61 Error upon command stay 0x62 Unable command execution error 0x63 Unable execution command at trigger is OFF 0x64 No command register error 0x65 No startup command error 0x66 Communication startup system setting error 0x67 Unavailable register error 0x68 Halt command receive error 0x69 Result request receive erro...

Page 68: ...ion Zumutbare Änderungen aufgrund technischer Verbesserungen vorbehalten Copyright Pepperl Fuchs Printed in Germany Pepperl Fuchs GmbH 68301 Mannheim Telefon 06 21 7 76 11 11 Telefax 06 21 7 76 27 11 11 Internet http www pepperl fuchs com Date of issue06 09 01 66 ...

Page 69: ...by the Zentralverband Elektrotechnik und Elektroindustrie ZVEI e V in its most recent edition as well as the supplementary proviso Extended property proviso are applicable We at Pepperl Fuchs feel obligated to contribute to the future this publication is therefore printed on paper bleached without the use of chlorine ...

Page 70: ...Application 0 Worldwide Headquarters 12 34 53674 8 9 5 4 45 7 9 5 4 45 7 77 e mail fa info de pepperl fuchs com http www pepperl fuchs com USA Headquarters 577 8 99734 8 667 9 6 667 9 95 74 e mail sales us pepperl fuchs com Asia Pacific Headquarters 3 6 9 8 5 4 4 7 5 3 46 5 64 e mail sales sg pepperl fuchs com Service Area 114560 09 01 00 ...

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