GE GFK-0787B Manuel D’Utilisation
7
7-25
GFK-0787B
Chapter 7 Programming Information
Data Table Numbers
Table
Contains
Range for Start Value
Range for End Value
11
Digital Input Discrepancy faults
Greater than or equal to the
first digital input address for A,
B, or C.
first digital input address for A,
B, or C.
Less than the start plus the
maximum digital input ad-
dress for A, B, or C.
maximum digital input ad-
dress for A, B, or C.
14
Digital Input Autotest faults
start>=1
end<=12228, end<=start
15
Digital Input Genius faults
start>=1
end<=12228, end<=start
16
Digital Input Point faults
start>=1
end<=12228, end<=start
21
Digital Output Discrepancy faults: PLC A
start>=1
end<=12228, end<=start
22
Digital Output Discrepancy faults: PLC B
start>=1
end<=12228, end<=start
23
Digital Output Discrepancy faults: PLC C
start>=1
end<=12228, end<=start
24
Digital Output Autotest faults
start>=1
end<=12228, end<=start
25
Digital Output Genius faults
start>=1
end<=12228, end<=start
26
Digital Output Point faults
start>=1
end<=12228, end<=start
27
Digital Logon faults (PLC A)
First group number required
Last group number required
28
Digital Logon faults (PLC B)
First group number required
Last group number required
29
Digital Logon faults (PLC C)
First group number required
Last group number required
31
Analog Input Discrepancy faults
Greater than or equal to the
first digital input address for A,
B, or C.
first digital input address for A,
B, or C.
Less than the start plus the
maximum digital input ad-
dress for A, B, or C.
maximum digital input ad-
dress for A, B, or C.
35
Analog Input Genius faults
start>=1
end<=8192, end<=start
36
Analog Input Point faults
start>=1
end<=8192, end>=start
37
Analog Input Low Alarms
start>=1
end<=8192, end>=start
38
Analog Input High Alarms
start>=1
end<=8192, end>=start
45
Analog Output Genius faults
start>=1
end<=8192, end>=start
46
Analog Output Point faults
start>=1
end<=8192, end>=start
47
Input shutdown timers (per block)
Returns a single word indicating the shutdown
timer value as seconds of elapsed time. A value
of –1 means a fault exists but the timer has not
started (the Shutdown Cancel bit is On).
Returns a single word indicating the shutdown
timer value as seconds of elapsed time. A value
of –1 means a fault exists but the timer has not
started (the Shutdown Cancel bit is On).
High byte contains rack num-
ber (0–7) and low byte con-
tains slot number (1–9)
ber (0–7) and low byte con-
tains slot number (1–9)
High byte contains the number
1. Low byte contains the Serial
Bus Address (SBA) of the de-
sired block you want shut-
down information from (0–28)
1. Low byte contains the Serial
Bus Address (SBA) of the de-
sired block you want shut-
down information from (0–28)
48
Output shutdown timers (per block)
Returns a single word indicating the shutdown
timer value as seconds of elapsed time. A value
of –1 means a fault exists but the timer has not
started (the Shutdown Cancel bit is On).
Returns a single word indicating the shutdown
timer value as seconds of elapsed time. A value
of –1 means a fault exists but the timer has not
started (the Shutdown Cancel bit is On).
High byte contains rack num-
ber (0–7) and low byte con-
tains slot number (1–9)
ber (0–7) and low byte con-
tains slot number (1–9)
High byte contains the number
1. Low byte contains the Serial
Bus Address (SBA) of the de-
sired block you want shut-
down information from (0–28)
1. Low byte contains the Serial
Bus Address (SBA) of the de-
sired block you want shut-
down information from (0–28)
49
Input shutdown timers (per GBC)
For each SBA, returns a word indicating the
shutdown timer value as seconds of elapsed
time. A value of –1 means a fault exists but the
timer has not started (the Shutdown Cancel bit
is On). A value of 0 means a block does not exist
or has no associated shutdown timer. All output
blocks return the value 0.
For each SBA, returns a word indicating the
shutdown timer value as seconds of elapsed
time. A value of –1 means a fault exists but the
timer has not started (the Shutdown Cancel bit
is On). A value of 0 means a block does not exist
or has no associated shutdown timer. All output
blocks return the value 0.
High byte contains rack num-
ber (0–7) and low byte con-
tains slot number (1–9) where
the desired Bus Controller is
located.
ber (0–7) and low byte con-
tains slot number (1–9) where
the desired Bus Controller is
located.
unused
50
Output shutdown timers (per GBC)
For each SBA, returns a word indicating the
shutdown timer value as seconds of elapsed
time. A value of –1 means a fault exists but the
timer has not started (the Shutdown Cancel bit
is On). A value of 0 means a block does not exist
or has no associated shutdown timer. All input
blocks return the value 0.
For each SBA, returns a word indicating the
shutdown timer value as seconds of elapsed
time. A value of –1 means a fault exists but the
timer has not started (the Shutdown Cancel bit
is On). A value of 0 means a block does not exist
or has no associated shutdown timer. All input
blocks return the value 0.
High byte contains rack num-
ber (0–7) and low byte con-
tains slot number (1–9) where
the desired Bus Controller is
located.
ber (0–7) and low byte con-
tains slot number (1–9) where
the desired Bus Controller is
located.
unused
1000h
Configuration text description
unused
unused