Analog Input Units; Analog Output Units - Omron NX1 Series Manual

Machine Automation Controller

Analog Input Units

Number
Product Name
of
points
2
Voltage Input Unit
4
8
2
Current Input Unit
4
8

Analog Output Units

Number
Product Name
of
points
Voltage Output Unit
2 points
4 points
Current Output Unit
2 points
4 points
6
NX1
Conversion
value,
Input
Resolution decimal accuracy
range
number
(0 to 100%)
-4000 to ±0.2%
1/8000
4000 (full scale)
-15000 to ±0.1%
1/30000
15000 (full scale)
-4000 to ±0.2%
1/8000
4000 (full scale)
-10 to
+10V
-15000 to ±0.1%
1/30000
15000 (full scale)
-4000 to ±0.2%
1/8000
4000 (full scale)
-15000 to ±0.1%
1/30000
15000 (full scale)
±0.2%
1/8000 0 to 8000
(full scale)
±0.1%
1/30000 0 to 30000
(full scale)
±0.2%
1/8000 0 to 8000
(full scale)
4 to
20mA
±0.1%
1/30000 0 to 30000
(full scale)
±0.2%
1/8000 0 to 8000
(full scale)
±0.1%
1/30000 0 to 30000
(full scale)
Output setting
Input value, decimal
Resolution
range number
(0 to 100%)
1/8000 -4000 to 4000
1/30000 -15000 to 15000
-10 to
+10V
1/8000 -4000 to 4000
1/30000 -15000 to 15000
1/8000 0 to 8000
1/30000 0 to 30000
4 to
20mA
1/8000 0 to 8000
1/30000 0 to 30000
Specifications
Over all
Conversion
Input method
time
(25°C)
Singleended input
250 μs/
point
Differential Input
10 μs/
Differential Input
point
Singleended input
250 μs/
point
Differential Input
10 μs/
Differential Input
point
Singleended input
250 μs/
point
Differential Input
10 μs/
Differential Input
point
Singleended input
250 μs/
point
Differential Input
10 μs/
Differential Input
point
Singleended input
250 μs/
point
Differential Input
10 μs/
Differential Input
point
Singleended input
250 μs/
point
Differential Input
10 μs/
Differential Input
point
Specifications
Over all
Conversion
accuracy
time
(25°C)
±0.3%
250 μs/ point
(full scale)
±0.1%
10 μs/ point
(full scale)
±0.3%
250 μs/ point
(full scale)
±0.1%
10 μs/ point
(full scale)
±0.3%
250 μs/ point
(full scale)
±0.1%
10 μs/ point
(full scale)
±0.3%
250 μs/ point
(full scale)
±0.1%
10 μs/ point
(full scale)
Input I/O refreshing
impedance method
NX-AD2603
Free-Run re-
freshing
NX-AD2604
Selectable Syn-
chronous I/O re-
NX-AD2608
freshing or Free-
Run refreshing
NX-AD3603
Free-Run re-
freshing
NX-AD3604
1MΩ min. Selectable Syn-
chronous I/O re-
NX-AD3608
freshing or Free-
Run refreshing
NX-AD4603
Free-Run re-
freshing
NX-AD4604
Selectable Syn-
chronous I/O re-
NX-AD4608
freshing or Free-
Run refreshing
NX-AD2203
Free-Run re-
freshing
NX-AD2204
Selectable Syn-
chronous I/O re-
NX-AD2208
freshing or Free-
Run refreshing
250Ω
NX-AD3203
Free-Run re-
freshing
NX-AD3204
Selectable Syn-
chronous I/O re-
NX-AD3208
freshing or Free-
Run refreshing
NX-AD4203
Free-Run re-
freshing
NX-AD4204
Selectable Syn-
85Ω
chronous I/O re-
NX-AD4208
freshing or Free-
Run refreshing
I/O refreshing method
Free-Run refreshing NX-DA2603
Selectable Synchronous I/O
refreshing or Free-Run re- NX-DA2605
freshing
Free-Run refreshing NX-DA3603
Selectable Synchronous I/O
refreshing or Free-Run re- NX-DA3605
freshing
Free-Run refreshing NX-DA2203
Selectable Synchronous I/O
refreshing or Free-Run re- NX-DA2205
freshing
Free-Run refreshing NX-DA3203
Selectable Synchronous I/O
refreshing or Free-Run re- NX-DA3205
freshing
Model
Model