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SERIES 2000 COMMUNICATIONS MANUAL

M41 Issue 1.1

3.15

Coded data fields.

3.15.1 Alarm type codes.

Reading and writing the controller alarm types is possible by use of parameters

(alarm 1)

and

(alarm 2) where the data field of the message is coded as follows.

DATA FIELD

S2000 ALARM TYPE

P2000 ALARM TYPE

0000

HIGH ALARM

0001

LOW ALARM

0002

INDEXED ALARM

0003

INDEXED HIGH ALARM

0004

INDEXED LOW ALARM

0005

MANUAL ACK' RELAY

0006

REMOTE SP ACK' RELAY

0007

INVALID

PROGRAM RELAY

0008

INVALID

READY RELAY

0009

INVALID

UP RAMP RELAY

0010

INVALID

DOWN RAMP RELAY

0011

INVALID

SOAK RELAY

3.15.2 Setpoint type codes.

The setpoint type (parameter code

) is coded as follows.

DATA FIELD

SETPOINT TYPE

0000

HIGH CLAMPED SETPOINT

0001

LOW CLAMPED SETPOINT

0002

INDEXED SETPOINT

0003

REMOTE SETPOINT

0004

INTERNAL SETPOINT

3.15.3 Ratio limit reference type codes.

The ratio limit 1 reference (parameter code

) is coded as follows.

DATA FIELD

RATIO REFERENCE TYPE

0000

LIMIT IS OFF

0001

LOAD

0002

SETPOINT

Содержание 2000 Series

Страница 1: ...Communications Manual Series 2000 FGH Controls Ltd Openshaw Way Letchworth Herts SG6 3ER Tel 01462 686677 Fax 01462 480633 Email sales fghltd demon co uk www fgh co uk ...

Страница 2: ...3 5 Segment number field P2000 Only 6 3 6 Message data field 6 3 7 Controller read write parameter codes 6 3 8 Programmer read write parameter codes 8 3 9 Controller Set status codes 8 3 10 Programmer Set status codes 9 3 11 Response from read or write 9 3 12 Set status response 9 3 13 Controller error responses 10 3 13 1 Corrupt message response 10 3 13 2 Syntax error response 10 3 14 Data fields...

Страница 3: ...4 Wire EIA 422 A Mode RS422 Transmission standard EIA 422 A RS 422 Data rates 1200 2400 4800 and 9600 baud Data format 1 start 7 data odd parity 1 stop bit Implementation 4 wire half duplex Max drivers per line 1 Max receivers per line 10 Max cable length 1200 metres 3937 feet 2 0 CONNECTIONS 2 1 General The series 2000 may be connected to any computer or device which supports the RS422 or RS485 i...

Страница 4: ...tted between RX and RX on both the computer and the furthest instrument For two wire networks this resistor should be fitted at the computer end only Only one such resistor should be fitted on each wire pair 2 2 2 Wire EIA 485 Mode RS 485 This diagram shows the connection for EIA 485 mode Note the use of screened cable This connection method may be continued on to other instruments up to the maxim...

Страница 5: ...nd select the baud rate required from 1200 2400 4800 or 9600 using the up down keys Scroll to the element AddrS This is the controller instrument address and may be set between 0 and 99 using the up down keys If the instrument is a P2000 programmer then the controller part of the instrument will have an address as set by this parameter and the programmer part of the instrument will have an address...

Страница 6: ...ad message header AA instrument address P parameter code to be read SS segment number P2000 Only Again the message must be terminated with a CR and spaces may be included if desired 3 1 3 Set instrument status messages Set messages to the instrument take the following form SAAC CR where S set message header AA instrument address C set parameter code to be performed Again the message must be termin...

Страница 7: ...f 60 to 69 having their local set point set to 100 Instruments written to with wildcard addresses do not reply 3 4 Message parameter code The parameter code field of the message is a single ASCII character In a write message this corresponds to one of the control parameters listed in paragraph 4 6 parameter codes In the case of set messages this is still a single ASCII character but corresponds to...

Страница 8: ...high air setpoint limit H PL HiOP 1 1 I R W Heat TP cycle time in S Ratio positive reference type HCyC rEFH 1 1 J R W Alarm 1 level ALr1 1 K R W Alarm 2 level ALr2 1 L R Controller status 2 M R W User Retransmit value 1 N R Resultant control setpoint 1 O R W Setpoint type code StyP 1 P R W Alarm 1 type code A1ty 1 Q R Instrument type code 3 R R Analogue remote setpoint value 1 S R W Alarm 2 type c...

Страница 9: ...us YES TYPE 4 N N A Ready mode event status NO TYPE 4 P N A Profile pointer NO TYPE 1 Q N A Profile status YES TYPE 5 R YES Segment event outputs NO TYPE 4 T YES Segment time in minutes NO TYPE 6 X N A Profile currently running YES TYPE 1 3 9 Controller Set status codes Writing a set command to the instrument with a parameter as follows will produce the specified action if the address field matche...

Страница 10: ...ond with a string of ASCII characters The header will consist of Hex 2A The AA P and SS fields will be exactly the same as in the message which prompted the response The SS field will only be present for some messages to and from the profile generator part of the instrument The format of the data field D D is specific to the parameter code used and these field types are described in section 3 14 3...

Страница 11: ... error response Messages that were correctly received but don t make sense as long as the address part was o k generate the following response AANN CR where AA address of the instrument responding NN two digit ASCII HEX error code Error code binary weightings bit7 Illegal trailer bit6 Tx buffer overflow bit5 Illegal number of characters bit4 Illegal data bit3 Illegal parameter code bit2 Rx buffer ...

Страница 12: ...Both alarms off 1 Alarm 1 on alarm 2 off 2 Alarm 2 on alarm 1 off 3 Both alarm 1 and 2 are on C Tuner status 0 pretune and atune are off 1 pretune is on atune is off 2 atune is on pretune is off 3 pretune and atune are on D Auto Man 0 Automatic 1 Manual 3 14 3 Data field type 3 This data type is reserved for the instrument type code The instrument type code may be read from the controller by readi...

Страница 13: ... S degrees F BC Input 18 Type R degrees F type 19 Type J degrees F 20 Type K degrees F 21 Type T degrees F 22 Type E degrees F 23 Type B degrees F 24 Type N degrees F 25 Type W degrees F 26 Type W3 degrees F 27 Type W5 degrees F 28 Type NM degrees F 29 Type L degrees F 30 Type K10 degrees F 31 Type T10 degrees F 32 Type RT10 degrees F 33 Type RT degrees F 34 Type Linear 35 Type Root D Control 0 No...

Страница 14: ...R20Q CR May invoke the reply 20QR dy CR indicating that the programmer is in ready mode Or 20Q02 CR Indicates that segment 2 is currently running Or 20Q03HM CR Indicates that segment 3 is running the H indicates that the programmer is in hold and the M indicates the programmer is recovering from a mains failure 3 14 6 Data field type 6 P2000 Only This data field type is only used for parameter cod...

Страница 15: ...OW ALARM INDEXED LOW ALARM 0005 MANUAL ACK RELAY MANUAL ACK RELAY 0006 REMOTE SP ACK RELAY REMOTE SP ACK RELAY 0007 INVALID PROGRAM RELAY 0008 INVALID READY RELAY 0009 INVALID UP RAMP RELAY 0010 INVALID DOWN RAMP RELAY 0011 INVALID SOAK RELAY 3 15 2 Setpoint type codes The setpoint type parameter code O is coded as follows DATA FIELD SETPOINT TYPE 0000 HIGH CLAMPED SETPOINT 0001 LOW CLAMPED SETPOI...

Страница 16: ...AL HOLD 0005 HOLD ON RAMPS ABOVE SETPOINT ONLY 0006 HOLD ON RAMPS BELOW SETPOINT ONLY 0007 HOLD ON RAMPS ABOVE AND BELOW SETPOINT 0009 HOLD ON DWELLS ABOVE SETPOINT ONLY 0010 HOLD ON DWELLS BELOW SETPOINT ONLY 0011 HOLD ON DWELLS ABOVE AND BELOW SETPOINT 0013 HOLD ON RAMPS DWELLS ABOVE SETPOINT ONLY 0014 HOLD ON RAMPS DWELLS BELOW SETPOINT ONLY 0015 HOLD ON RAMPS DWELLS ABOVE AND BELOW SETPOINT ...

Страница 17: ...MAXPRM 2110 READ PRMUNITS MAXPRM 2120 WEND 2130 MAXPRM MAXPRM 1 2140 OPEN COM1 1200 O 7 1 DS0 CS0 CD0 AS 1 2150 ADDRESS 55 Initial controller address 2160 RETURN 2170 REM DATA TABLE TEXT 18 MAX PARAMETER LETTER 1 UNIT VALUE UNITS 2180 DATA MEASURED VALUE A 1 DEG 2190 DATA OUTPUT B 10 2200 DATA LOCAL SET POINT C 1 DEG 2210 DATA PROPBAND D 10 2220 DATA INT ACTION TIME E 1 SEC 2230 DATA DER ACTION TI...

Страница 18: ...0 LOCATE CURY CURX 7110 RETURN 8000 REM GET RESPONSE RX 8010 RX IN 8020 TIMLIMIT 300 TIMEOUT LIMIT 8030 TIM 0 TIMOUT 0 RXEND 0 8040 WHILE RXEND 0 AND TIMOUT 0 8050 WHILE NOT EOF 1 8060 IN INPUT 1 1 8070 IF IN CHR 13 THEN RXEND 1 ELSE RX RX IN 8080 TIM 0 8090 WEND 8100 TIM TIM 1 8110 IF TIM TIMLIMIT THEN TIMOUT 1 8120 WEND 8130 IF TIMOUT 0 THEN RX TIMEOUT 8140 RETURN 9000 REM BREAK KEY 10 9010 LOCA...

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