6.3.2 Digital Input
C | TM |
| DIGITAL INPUTS |
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DIGITAL INPUT 1 | ▼ | |
DIGITAL INPUT 2 |
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DIGITAL INPUT 3 |
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DIGITAL INPUT 4 |
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DIGITAL INPUT 5 |
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D_IN_01 | N/0 | ▼ |
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Digital Inputs Setup Screen 1
C | TM |
| DIGITAL INPUTS | ||
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DIGITAL | INPUT | 1 | ▼ |
DIGITAL | INPUT | 2 |
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DIGITAL INPUT 3
DIGITAL INPUT 4
DIGITAL INPUT 5
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D_IN_01 | N/0 | ▼ |
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ENTER-ACCEPT ▼▲ MODIFY SELECTION
Digital Inputs Setup Screen 2
6.3.3 Digital Output
C
TM
DIGITAL OUTPUTS SETUP
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DIGITAL OUTPUT 1 | ▼ | |
DIGITAL OUTPUT 2 |
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DIGITAL OUTPUT | 3 |
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DIGITAL OUTPUT | 4 |
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DIGITAL OUTPUT 5
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R_OUT_01 | N/O▼ |
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Digital Outputs Setup Screen 1
6.3.4 Analog Input
C
TM
ANALOG INPUTS SETUP
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ANALOG INPUT 1 | ▼ | ||
ANALOG INPUT 2 |
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ANALOG | INPUT | 3 |
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ANALOG | INPUT | 4 |
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ANALOG INPUT 5
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AN_IN_01 | ▼ |
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Analog Inputs Setup Screen 1
Digital Input: For up to 32 configured Digital Input devices, the user may select whether an input is normally open (N/O), or normally closed (N/C).
Digital Output: For up to 10 configured Digital Output devices, the user may select whether an output is normally open (N/O), or normally closed (N/C).
For up to 20 configured Analog Input devices, the user may edit
a)Moving Average Samples. (1, 2, 4).
b)Determine Raw Count Offset, the lowest reading expected from the device.
c)Determine Raw Count Span, the span from the lowest to highest reading expected from the device.
d)Apply the appropriate Minimum engineering scale. In most cases, 0% addresses a typical application and it is the Centurion’s default value.
e)Apply the appropriate Maximum engineering scale.
In most cases, 100% addresses a typical application and it is the Centurion’s default value.
