Tidal Engineering Synergy Compact, Техническое руководство

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Synergy Controller Technical Manual, Revision H Page 242
Page 242
Description Command Usages Command Syntax Range,
Units Command
Example Response Example
HIGH#_HIGHEU Query ? HIGH#_HIGHEU # - High Res Analog Input number
3 - 6 ? HIGH3_HIGHEU 100.0
High Resolution Analog
Low Engineering Units
HIGH#_LOWEU Set = HIGH#_LOWEU ARG1 # - High Res Analog Input number
3 - 6
ARG1:Lower value of the attached
sensor -500 - 5000 units = HIGH3_LOWEU 0 OK
HIGH#_LOWEU Query ? HIGH#_LOWEU # - High Res Analog Input number
3 - 6 ? HIGH3_LOWEU 0.0
High Resolution Analog Input
Type
HIGH#_TYPE = HIGH#_TYPE # - A High Res RTD Input 1 - 2
ARG1:
0 - JIS 500
1 - JIS 100
2 - DIN 500
3 - DIN 100
# - A High Res Analog Input 3 - 6
ARG1:
0 - Temperature
1 - Vaisala Compensated
2 - Vaisala Compensate
w/RTD1
3 - Vaisala Compensate
w/RTD2
4 - Vaisala Compensate
w/Analog 1
5 - Vaisala Compensate
w/Analog 2
6 - Vaisala Compensate
w/Analog 3
7 - Vaisala Compensate
w/Analog 4
8 - Vaisala Compensate
w/Channel 1
9 - Vaisala Compensate
w/Channel 2
10 - Vaisala Compensate
w/Channel 3
11 - Vaisala Compensate
w/Channel 4
12 - Other
13 - Altitude - Kft
14 - Altitude - Torr = HIGH1_TYPE 1 OK
HIGH#_TYPE Query ? HIGH#_TYPE # - A High Res Input 1 - 6 ? HIGH1_TYPE 1
Celsius / Fahrenheit Display
CF Set = CF ARG1 ARG1:
0 - Celsius, 1 - Fahrenheit = CF 0 OK
CF Query ? CF 0 - Celsius, 1 - Fahrenheit ? CF 0
Wet Bulb Sensor Select ID
WETB_SENID Set = WETB_SENID ARG1 ARG1 - ID of the Sensor. 100 -
999. = WETB_SENID 120 OK
WETB_SENID Query ? WETB_SENID ID of the Sensor. 100 - 999. ? WETB_SENID 120