ABB COMMANDER 300 Operating Instructions Manual Download Page 27

25

A1 The American Standard Code for Information Interchange (ASCII)

Character

  Significance                      

Decimal

    Hex.

Binary

NUL

Null, Operation

0

00

0000000

SOH

Start of Heading

1

01

0000001

STX

Start of Text

2

02

0000010

ETX

End of Text

3

03

0000011

EOT

End of Transmission

4

04

0000100

ENQ

Enquiry

5

05

0000101

ACK

Acknowledgement

6

06

0000110

BEL

Bell

7

07

0000111

BS

Backspace

8

08

0001000

HT

Horizontal Tabulation

9

09

0001001

LF

Line Feed

10

0A

0001010

VT

Vertical Tabulation

11

0B

0001011

FF

Form Feed

12

0C

0001100

CR

Carriage Return

13

0D

0001101

SO

Shift Out

14

0E

0001110

SI

Shift In

15

0F

0001111

DLE

Data Link Escape

16

10

0010000

DC1

Device Control 1

17

11

0010001

DC2

Device Control 2

18

12

0010010

DC3

Device Control 3

19

13

0010011

DC4

Device Control 4

20

14

0010100

NAK

Negative Acknowledge

21

15

0010101

SYN

Synchronous Idle

22

16

0010110

ETB

End of Transmission Block

23

17

0010111

CAN

Cancel

24

18

0011000

EM

End of Medium

25

19

0011001

SUB

Substitute Character

26

1A

0011010

ESC

Escape

27

1B

0011011

FS

File Separator

28

1C

0011100

GS

Group Separator

29

1D

0011101

RS

Record Separator

30

1E

0011110

US

Unit Separator

31

1F

0011111

SP

Space

32

20

0100000

!

...........................................

33

21

0100001

...........................................

34

22

0100010

#

Number detection

35

23

0100011

$

Other currency symbol

36

24

0100100

%

...........................................

37

25

0100101

&

...........................................

38

26

0100110

´

...........................................

39

27

0100111

(

...........................................

40

28

0101000

)

...........................................

41

29

0101001

...........................................

42

2A

0101010

+

...........................................

43

2B

0101011

...........................................

44

2C

0101100

...........................................

45

2D

0101101

.

...........................................

46

2E

0101110

/

...........................................

47

2F

0101111

APPENDICES

Summary of Contents for COMMANDER 300

Page 1: ...COMMANDER300 Universal ProcessController Operating Instructions SerialDataCommunication Supplement COMMANDER 300 50 0 47 5 A1 A2 L R ST M PV SP...

Page 2: ...er customers application expertise service and support worldwide We are committed to teamwork high quality manufacturing advanced technology and unrivalled service and support The quality accuracy and...

Page 3: ...ween Master and Slaves 6 8 1 1 Mnemonics 6 8 1 2 Relay Logic Equation Q1 Q2 6 8 2 Command Format 6 8 2 1 Term Clarification 6 8 3 Reply Format 8 8 3 1 Term Clarification 8 8 4 Communication Examples 9...

Page 4: ...ity or b setting the parity bit to logic 0 if the sum is odd or logic 1 if the sum is even when using odd parity The block check character BCC is an additional form of checking and is the arithmetic s...

Page 5: ...nual 4 ELECTRICAL CONNECTIONS All connections apart from those for serial data communication are made as shown in Table 4 2 in the Operating Instructions IM C300 4 1 Serial Connections Figs 4 1 and 4...

Page 6: ...transmission rate of 9600 baud and transmission line termination resistors linked out If the resistors are to be linked in see Fig 4 2 carry out the following section 5 1 Termination Resistors Fig 5...

Page 7: ...an identification number 01 to 99 see Section4 1onpage3 Themaximumnumber 99 allowscontrollers to be connected to more than one communication channel Parity Select the appropriate parity to match the...

Page 8: ...own in Figs 8 1 to 8 3 8 2 1 Term Clarification for Command Format Start one ASCII control character always STX signifying the start of transmission Command one character R M or W see Section 8 1 Inst...

Page 9: ...Command Format M Command Instrument Identification 01 to 99 Mnemonic Section 8 6 BCC optional Limiter STX Start ETX Fig 8 2 Multiple Read Command Format Command Instrument Identification 01 to 99 Para...

Page 10: ...mnemonic see Section 8 5 Reply one ASCII control character see Appendix A1 ACK command understood NAK command not understood ETB end of multiple read reply block Block Check Character BCC one charact...

Page 11: ...8 7 overleaf M STX 05 End of text d Command STX M05MV ETX 05 19 Command not understood Error code 19 Reply 0519 N NAK MV ETX Measured process Variable Controller number five Multiple Read command Star...

Page 12: ...in the original command is not a recognised Write parameter The L2 mnemonic can only be used with the Read command Self tune state 0 off 1 on Auto Manual state 0 auto 1 manual Set Point type 0 local...

Page 13: ...on numeric character entered in data 14 Output cannot be changed the Control Output can only be changed when the controller is in Manual mode 15 Received block check character error 16 No STX characte...

Page 14: ...ers Self Tune Type TT Yes Yes 0 Start Up 1 At Set Point Percentage Output ZS Yes Yes 0 0 to 100 0 Step from Zero Hysteresis Value SY Yes Yes 0 1 to 10 0 High Limit TH Yes Yes Any value within the prog...

Page 15: ...alue within the programmed display range Local Set Point LP Yes Yes Any value within the programmed display range Set Point Tracking Enable TE Yes Yes 0 No 1 Yes Set Point Type Select State TS Yes Yes...

Page 16: ...Full Scale X1 Yes Yes 420 to 3100 Process Variable Lineariser Range Zero E1 Yes Yes 420 to 3100 Process Variable Range Full Scale S1 Yes Yes 1999 to 1999 Process Variable Decimal Pt Position P1 Yes Y...

Page 17: ...cale S2 Yes Yes 1999 to 1999 Remote Set Point Decimal Pt Position P2 Yes Yes 0 to 2 Remote Set Point Range Zero Z2 Yes Yes 1999 to 1999 Remote Set Point Fault Detect Level 2L Yes Yes 0 to 100 0 Remote...

Page 18: ...rm B Alarm C Alarm D Alarm E Alarm F Alarm G Alarm H Alarm J Alarm K YA YB YC YD YE YF YG YH YJ YK Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes 0 None 1 High process...

Page 19: ...K KA KB KC KH KJ KK Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes 0 Acknowledged 1 Unacknowledged Alarm Acknowledge Enable EK Yes Yes 0 None 1 Normal 2 Latch Relay 1 State L1 Yes No 0 Off 1 On Rela...

Page 20: ...Action CA Yes Yes 0 to 100 0 Logic Input 1 Type N1 Yes Yes 0 None 1 Auto Manual 2 Local Remote 3 Acknowledge 4 Fixed Set Point 5 Profile Start 6 Profile Reset 7 Profile Skip Logic Input 2 Type N2 Yes...

Page 21: ...t PG Yes No 0 to 30 Segment Time PT Yes No Time in Minutes Prog Repeat Count PR Yes No 0 to 99 100 Always First Prog Select 1P Yes Yes 1 to 9 10 None Second Prog Select 2P Yes Yes 1 to 9 10 None Third...

Page 22: ...0 1 to 999 9 Integral Action Time Cool L3 Yes Yes 1 to 7200 7201 OFF Manual Reset Cool L4 Yes Yes 0 0 to 99 9 Crossover Output Value Q1 Yes Yes 0 0 to 100 0 Transition Bandwidth Q2 Yes Yes 0 0 to 100...

Page 23: ...Scale Range Zero Broken Sensor Drive Fault Detect Level Default Action Default Output Filter Time Constant Channel 2 Remote Set Point Input Parameters C2 Input Type Lineariser Type Lineariser Units Li...

Page 24: ...cal Set Point Value Local Set Point Adjust Enable Local Set Point High Limit Local Set Point Low Limit Dual Set Point Value Second Set Point State Dual Set Point High Limit Dual Set Point Low Limit Re...

Page 25: ...e computer terminal or host computer interface is correctly set up and that the plug in links within each controller are correctly positioned see Section 5 on page 4 Check that the parameters programm...

Page 26: ...ons IM C300 with the following additions EIA Communication Standards RS422 and RS485 Parity None Odd Even Block check character Programmable on or off Transmission line length 1200m max Transmission s...

Page 27: ...ape 16 10 0010000 DC1 Device Control 1 17 11 0010001 DC2 Device Control 2 18 12 0010010 DC3 Device Control 3 19 13 0010011 DC4 Device Control 4 20 14 0010100 NAK Negative Acknowledge 21 15 0010101 SYN...

Page 28: ...0111011 60 3C 0111100 61 3D 0111101 62 3E 0111110 63 3F 0111111 64 40 1000000 A 65 41 1000001 B 66 42 1000010 C 67 43 1000011 D 68 44 1000100 E 69 45 1000101 F 70 46 1000110 G 71 47 1000111 H 72 48 10...

Page 29: ...e 101 65 1100101 f 102 66 1100110 g 103 67 1100111 h 104 68 1101000 i 105 69 1101001 j 106 6A 1101010 k 107 6B 1101011 l 108 6C 1101100 m 109 6D 1101101 n 110 6E 1101110 o 111 6F 1101111 p 112 70 111...

Page 30: ...any particular non volatile memory register exceeds 104 cycles the data stored may not be retained Any changes made to a parameter via the serial link e g Control Set Point value are stored in a non...

Page 31: ...pH conductivity and dissolved oxygen transmitters and sensors ammonia nitrate phosphate silica sodium chloride fluoride dissolved oxygen and hydrazine analyzers Zirconia oxygen analyzers katharometer...

Page 32: ...notice ABB 2001 Printed in UK 03 01 ABB Automation Ltd Howard Road St Neots Cambridgeshire PE19 8EU UK Tel 44 0 1480 475 321 Fax 44 0 1480 217 948 ABB Automation Inc 125 E County Line Road Warminster...

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