DAEnetIP2 v2
User Manual
21 Apr 2020
- 31 -
pin when voltage is
compared to
thresholds
x
.9.1.121.9.0
aevPin1Inv
read-write Invert respective pin
for P5 on analog
event
INTEGER { None(0),
Inverted(1) }
x
.9.1.121.10.0 aevPin2Inv
read-write Invert respective pin
for P5 on analog
event
INTEGER { None(0),
Inverted(1) }
x
.9.1.121.11.0
aevPin3Inv
read-write Invert respective pin
for P5 on analog
event
INTEGER { None(0),
Inverted(1) }
x
.9.1.121.12.0
aevPin4Inv
read-write Invert respective pin
for P5 on analog
event
INTEGER { None(0),
Inverted(1) }
x
.9.1.121.13.0
aevPin5Inv
read-write Invert respective pin
for P5 on analog
event
INTEGER { None(0),
Inverted(1) }
x
.9.1.121.14.0
aevPin6Inv
read-write Invert respective pin
for P5 on analog
event
INTEGER { None(0),
Inverted(1) }
x
.9.1.121.15.0
aevPin7Inv
read-write Invert respective pin
for P5 on analog
event
INTEGER { None(0),
Inverted(1) }
x
.9.1.121.16.0
aevPin8Inv
read-write Invert respective pin
for P5 on analog
event
INTEGER { None(0),
Inverted(1) }
9.4. Control port P3 (Digital outputs)
Table 9.4.
Control port P3
OID
Name
Access
Description
Syntax
x
.9.2.1.1.0
pctrlP3pin1
read-write Port3 pin1 data
INTEGER { High(1), Low(0) }
x
.9.2.1.2.0
pctrlP3pin2
read-write Port3 pin2 data
INTEGER { High(1), Low(0) }
x
.9.2.1.3.0
pctrlP3pin3
read-write Port3 pin3 data
INTEGER { High(1), Low(0) }
x
.9.2.1.4.0
pctrlP3pin4
read-write Port3 pin4 data
INTEGER { High(1), Low(0) }
x
.9.2.1.5.0
pctrlP3pin5
read-write Port3 pin5 data
INTEGER { High(1), Low(0) }
x
.9.2.1.6.0
pctrlP3pin6
read-write Port3 pin6 data
INTEGER { High(1), Low(0) }
x
.9.2.1.7.0
pctrlP3pin7
read-write Port3 pin7 data
INTEGER { High(1), Low(0) }
x
.9.2.1.8.0
pctrlP3pin8
read-write Port3 pin8 data
INTEGER { High(1), Low(0) }
x
.9.2.1.33.0 pctrlP3byte
read-write I/O port data as single INTEGER(0..255)