
81
COMMAND
NAME
DESCRIPTION
NO.
COMMAND SYNT
A
X
COMMAND
ARGUMENT 1
ARGUMENT 2
ARGUMENT 3
ARGUMENT 4
RESPONSE
Optical
Outputs
Assigns action of the two
optical outputs. The optical
outputs can be assigned to:
D
–
No Action (disabled*)
AL
–
Low Flow Alarm
AH –
High Flow Alarm
AR
–
Range between High &
Low Alarms
T1
–
To
t#1 Reading > limit
T2
–
To
t#2 Reading > limit
PO –
Pulse
Output
DE –
Diagnostic
Events
M
–
Manual On (enabled)
9
O
1 (Output #1)
2 (Output #2)
D*
O1:D or O2:D
AL
O1:AL or O2:AL
AH
O1:AH or O2:AH
AR
O1:AR or O2:AR
T1
O1:T1 or O2:T1
T2
O1:T2 or O2:T2
PO
O1:PO or O2:PO
DE
O1:DE or O2:DE
M
O1:M or O2:M
S (read current
settings)
O1:D or O2:PO
Device
Function
Sets / Reads Device Function
Device Function:
M –
Flow
Meter
C –
F
low
Controller
10
DF
<V
alue>
M –
Flow
Meter
C –
Flow
Controller
DF:<V
alue>
Example:
DF:M
DF:<V
alue>
Example:
DF:M
No Argument
(Returns Current
Device Function)
Содержание TIO
Страница 14: ...10 Figure 4 3 RS 485 Multidrop Half Duplex Two Wire System...
Страница 55: ...51 Figure 6 2 Connecting TIO to the GFM using 0 5 Vdc output from DB9 connector...
Страница 56: ...52 Figure 6 3 Connecting TIO to the GFM using 5 10 Vdc output from RJ11 connector...
Страница 57: ...53 Figure 6 4 Connecting TIO to the GFM using 4 20 mA output from DB9 connector...
Страница 61: ...58 Figure 6 6 Connecting TIO to the GFC Using 0 5Vdc Input Output from DB15 Connector...
Страница 62: ...59 Figure 6 7 Connecting TIO to the GFC Using 4 20mA Input Output from DB15 Connector...
Страница 68: ...65 Figure 6 9 Connecting TIO to the Generic Flow Meter...
Страница 69: ...66 Figure 6 10 Connecting TIO to the Generic Flow Controller...
Страница 95: ...92 APPENDIX D Mechanical Drawings...
Страница 96: ...93 APPENDIX E Circuit Layout Diagrams Circuit Layout Top...
Страница 97: ...94 Circuit Layout Bottom Mirror...