44
TOTAL COUNT
TOTAL WRAP
PAPER OUT ALARM
I/P FAILURE
DIGITAL I/P
CHART SPEED
LOGIC EQN
POWER FAILURE
REAL TIME ALM
PROCESS ALARM
NONE
MODULE
MODULE TYPE
2 R + 1 A o/p
1 RELAY O/P SOURCE
1 O/P POLARITY
POSITIVE
NEGATIVE
2 RELAY O/P SOURCE
2 O/P POLARITY
3 ANALOG O/P SOURCE
Analog Input
Maths Result M
NONE
3 FULLSCALE CURRENT
mA
3 ZERO CURRENT
mA
CONFIGURATION
…5
CONFIGURATION – BASIC LEVEL
5.4
Basic Level – Output Modules
Information.
• Selection of output module type – Hybrid, Relay, Analog output and Digital output.
• Modules can be fitted into module positions B to F (positions B and C are unavailable if a second analog input board is fitted).
• Automatic detection of type of modules fitted.
• Programmable sources for analog, relay and digital outputs.
• Programmable polarity for each relay and digital output.
• Programmable current range for each analog output.
5.4.1
Output Module Configuration Page – Hybrid Modules
Module Type
The type of module fitted is displayed.
NOT
FITTED
is displayed where the
module location is not used. The Hybrid module contains two relay output circuits
and one analog output circuit.
Circuit 1 Relay Output Source
Select the source required to activate the relay output:
TOTAL COUNT
– Totalizer pulse output (T1 to T6)
TOTAL WRAP
– Wrap-around of a totalizer (T1 to T6)
PAPER OUT ALARM
– End of chart reached
I/P FAILURE
– Failure of analog input (A1 to A6, B1 to B6)
DIGITAL I/P
– Active digital input (DA1 to DG3)
CHART SPEED
– Selection of chart speed (1 to 3)
LOGIC EQN
– Logic equation true (1 to 10)
POWER FAILURE
– After power failure
REAL TIME ALM
– Real time alarm on (1 or 2)
PROCESS ALARM
– Pre-defined process alarm (A to M, excluding I)
NONE
– No output source required
Circuit 1 Output Polarity
Select the output polarity required:
POSITIVE
– relay energized when condition is true
NEGATIVE
– relay de-energized when condition is true
Circuit 2 Relay Output Source
Select the source required to activate the relay output as for circuit 1 above.
Circuit 2 Output Polarity
Select the output polarity required as for circuit 1 above.
Circuit 3 Analog Output Source
Select the source required to activate the analog output. The source is selected
from analog inputs A1 to A6, B1 to B6 (depending on the options fitted – see
Section 4.3) or math functions M1 to M4. If no output is required select
NONE
.
Output is linearized if linearizer selected for input.
Circuit 3 Full Scale Current
Set the output current required to represent the full scale value of the output
source selected above.
Circuit 3 Zero Current
Set the output current required to represent the zero value of the output source
selected above.
Return to top of
Output Module Configuration Page
.
