Bronkhorst RS232 interface - Handbuch (Seite 39)

Parameter properties table
Parameter
number
(DDE)
Parameter
name
Group
0
Group
1
Group
2
Process
number
FB
nr
(par)
Var
Type
Var
Length
Min
value
Max
value
Read Write Poll Secured Highly
Secured
Default Value Description
2011-05-18 Page 1 of 5 FlowDDE database version V3.64
DDE str
1 Identification string 13 0 0 c -2 Yes Yes No No No 7SN999999 identnr.+softwareversion[+serialnr.] identstrng
2 Primary node address 1 0 1 c 0 128 Yes Yes No Yes Yes 0 primary node address: network parameter FLOW-BUS pna
3 Secondary node address 1 0 2 c 0 128 Yes Yes No Yes Yes 0 secundary node address: network parameter FLOW-BUS sna
4 Next node address 1 0 3 c 0 128 Yes Yes No No No 1 next node address: network parameter FLOW-BUS nna
5 Last node address 1 0 4 c 0 128 Yes Yes No No No 32 last node address: network parameter FLOW-BUS lna
6 Arbitrage 1 0 5 c 0 255 Yes Yes No Yes Yes 67 FLOW-BUS arbitrage setting and/or automatic optimization arbitrage
7 Initreset 12 0 10 c 0 255 Yes Yes No No No init and reset security key commands for network/parameter settings initreset
8 Measure 2 0 i -23593 41942 Yes Yes Yes No No 0 measured value (100% = 32000) measure
9 Setpoint 2 18 1 i 0 32767 Yes Yes Yes No No 0 setpoint: wanted value (100% = 32000) setpoint
10 Setpoint slope 18 2 i 0 30000 Yes Yes No No No 0 setpoint ramp signal 0..100 % in up to slope x 0.1 sec. setpslope
11 Analog input 2 18 3 i -23593 41942 Yes No Yes No No 0 analog input signal, normally used for ext. setp. (100% = 32000) analoginp
12 Control mode 18 4 c 0 255 Yes Yes No No No 0 control mode selection for instrument or module cntrlmode
13 Polynomial constant A 3 5 f -3.40282E+38 3.40282E+38 Yes Yes No Yes No 0.0 polynomial constant A (offset) polycnst A
14 Polynomial constant B 3 6 f -3.40282E+38 3.40282E+38 Yes Yes No Yes No 1.0 polynomial constant B (span] polycnst B
15 Polynomial constant C 3 7 f -3.40282E+38 3.40282E+38 Yes Yes No Yes No 0.0 polynomial constant C polycnst C
16 Polynomial constant D 3 8 f -3.40282E+38 3.40282E+38 Yes Yes No Yes No 0.0 polynomial constant D polycnst D
17 Polynomial constant E 3 9 f -3.40282E+38 3.40282E+38 Yes Yes No Yes No 0.0 polynomial constant E (offset) for setpoint or power value polycnst E
18 Polynomial constant F 3 10 f -3.40282E+38 3.40282E+38 Yes Yes No Yes No 1.0 polynomial constant F (span) for setpoint or power value polycnst F
19 Polynomial constant G 3 11 f -3.40282E+38 3.40282E+38 Yes Yes No Yes No 0.0 polynomial constant G for setpoint or power value polycnst G
20 Polynomial constant H 3 12 f -3.40282E+38 3.40282E+38 Yes Yes No Yes No 0.0 polynomial constant H for setpoint or power value polycnst H
21 Capacity 3 19 13 f -3.40282E+38 3.40282E+38 Yes Yes No Yes No 1.0 readout value at 100% in capacity (readout) unit capacity
22 Sensor type 3 14 c 0 255 Yes Yes No Yes No 3 sensor type information for actual reading and sensor/controller indication sensortype
23 Capacity unit index 3 19 15 c 0 255 Yes Yes No Yes No 0 pointer to capacity (readout) unit (classic unit table] capunit
24 Fluid number 3 16 c 0 8 Yes Yes No No No 0 fluid number: pointer to fluidset (for e.g. polynome, name and cap.) fluidnr
25 Fluid name 3 17 c 10 Yes Yes No Yes No AIR name of fluid fluidname
26 Claim node 12 18 c 0 128 Yes Yes No Yes No 0 node address of module with operation rights claimnode
27 Modify 12 19 c 0 255 Yes Yes No No No 0 contains number(s) of changed par (0xXX par nr, 0xFF more than one par changed) modify
28 Alarm info 4 20 c 0 255 Yes No Yes No No 0 status information of several alarms/errors in the instrument alarminfo
29 Channel amount 17 0 12 c 1 120 Yes Yes No No No 32 amount of channels which can be operated chanamount
30 First channel 17 0 13 c 1 120 Yes Yes No No No 1 first channel that can be operated firstchan
31 Last channel 17 0 14 c 1 120 Yes Yes No No No 32 last channel that can be operated lastchan
32 <hostcontrl> 5 9 1 c 0 1 Yes Yes No No No 0 operation by HOST computer enable flag hostcontrl
33 Alarm message unit type 5 10 0 c 16 Yes No Yes No No alarm message string with unit type information alrmmsgTA
34 Alarm message number 5 10 1 c 16 Yes No Yes No No alarm message string with unit number information alrmmsgnr
35 Relay status 5 10 2 c 8 Yes No No No No status of relays/potential free contacts ('0' = not activated, '1' = activated) relstatus
36 Actual counter value 5 0 f 0 3.40282E+38 Yes No Yes No No 0 actual value of counter actualval
37 Signal input selection 5 1 c 8 Yes Yes No No No signal input selection (' '=no value,'+'=pos value,'-'=neg value input) signinpsel
38 Reset input selection 5 2 c 8 Yes Yes No No No external reset input enable/disable ('E'=enable,' '=disable) resinpsel
39 <limit> 5 3 f 0 3.40282E+38 Yes Yes No No No limit/batch for counter in sensor standard units limit
40 Delay time 5 4 c 8 0 99235959 Yes Yes No No No 00000000 delay time string in days,hours,minutes,seconds delaytime
41 Duration time 5 5 c 8 0 99235959 Yes Yes No No No 00000000 duration time string in days,hours,minutes,seconds duratntime
42 Valve output setting 5 6 c 8 Yes Yes No No No 00000000 valve output setting ('0'=do nothing, '1'=close valve) vlvoutset
43 Relay output setting 5 7 c 8 Yes Yes No No No LLLLLLLL relay output setting ('L'=low, 'H'=high, 'P'=pulse (1 sec.)) reloutset
44 Operation mode T/A 5 8 c 0 9 Yes Yes No No No 0 operation mode of T/A module opermodeTA
45 Readout unit 5 9 c 7 Yes No No No No ln/min readout unit string readunit
46 Readout factor 5 10 f 1E-10 10000000000 Yes No No No No 1 readout factor matching readout unit string readfact
47 Reset unit 5 12 c 0 1 No Yes No No No reset unit command (1=reset T/A unit) resetunit
48 Valve differentiator down 6 9 f 0 3.40282E+38 Yes Yes No Yes No 0.1 valve output differentiation time constant downwards TdValveDn
49 Valve differentiator up 6 10 f 0 3.40282E+38 Yes Yes No Yes No 0.1 valve output differentiation time constant upwards TdValveUp
50 Sensor differentiator down 6 11 f 0 3.40282E+38 Yes Yes No Yes No 5.8 sensor signal differentiation time constant downwards TdSensorDn
51 Sensor differentiator up 6 12 f 0 3.40282E+38 Yes Yes No Yes No 5.6 sensor signal differentiation time constant upwards TdSensorUp
52 Cycle time 6 114 12 c 0 255 Yes Yes No Yes No 6 cycle time * 10 msec. main loop signal processing CycleTime
53 Analog mode 10 115 3 c 0 255 Yes Yes No Yes No 0 analog mode selection for analog operation AnalogMode
54 Reference voltage 10 116 6 i 0 65535 Yes Yes No Yes No reference voltage output signal for analog operation VrefOutput
55 Valve output 8 114 1 l 0 16777215 Yes Yes Yes No No 0 valve output signal (24-bit number in range 0..14.3Vdc/0..23.3Vdc) ValveOut
56 Dynamic display factor 6 117 1 f 0 1 Yes Yes No Yes No 0,001 dynamic display factor for display filter (0=max, 1=min goes with par 57) DynDispFct
57 Static display factor 6 117 2 f 0 1 Yes Yes No Yes No 0,000001 static display factor for display filter (0=max, 1=min goes with par 56) StaDispFct
58 Calibration mode 7 115 1 c 0 255 Yes Yes No Yes No 0 calibration mode selection (not active until cntrlmode has been set to value 9) CalMode
59 Valve offset 8 116 7 i -32767 65535 Yes Yes No Yes No 61000 valve offset: amount of DAC steps within 1 potmeter step ValveOffst
60 Monitor mode 2 115 2 c 0 255 Yes Yes No Yes No 7 monitor: output signal (measure) selection for bus and analog output Monitor
61 Alarm register1 4 114 2 c 8 Yes Yes No Yes No alarm register containing warning flags AlarmReg1
62 Alarm register2 4 114 3 c 8 Yes Yes No Yes No alarm register containing critical error flags AlarmReg2
63 <CalRegZS1> 9 116 1 l 0 16777215 Yes Yes No Yes No 210A7D calibration register zero scale input 1 ADC CalRegZS1
64 <CalRegFS1> 9 116 2 l 0 16777215 Yes Yes No Yes No 52A513 calibration register full scale input 1 ADC CalRegFS1
65 <CalRegZS2> 9 116 3 l 0 16777215 Yes Yes No Yes No 210A7D calibration register zero scale input 2 ADC CalRegZS2