32
Batch Controls - All U, L, R functions above, and:
S
U
L
R
0 No Start/Stop
5 Lock Pgm & Cyc
2 Reset Batch
1 Start
6 Lock Pgm, P1, & Cyc
3 Reset Tot & Batch
2 Stop
7 Lock Pgm, P2, & Cyc
4 Reset Cycle
8 Lock Pgm, P1, P2, & Cyc 5 Reset Tot & Cycle
6 Reset Batch & Cycle
7 Reset Tot, Batch & Cycle
Cyc = Cycle Setpoint
8 Reset Displayed Count
Column r - relays
Block
Parameter
Range
r1
Output 1 Assignment
AM, where A and M are Assignment
and Mode choices from the table on
page 34.
00 for totalizers
91 for batchers
r2
Output 1 Timeout
0.01 - 99.99 seconds
1.00 for totalizers
Latch for batchers
r3
Output 2 Assignment
AM, where A and M are Assignment
and Mode choices from the table on
page 34.
21 for totalizers
71 for batchers
r4Output 2 Timeout
0.01 - 99.99 seconds
1.00 for totalizers
Latch for batchers
In the batcher, relay 1 is dedicated as the batch final output. It cannot be programmed
to do any other function. Relay 2 in the batcher and both relays in the totalizer are
indeed programmable. The output assignment (should the output turn ON at a rate
or count setpoint, or each time a unit of flow is counted?), and the output mode
(should the output turn OFF at a count or rate setpoint or an unlatch input, or after a
programmable timeout?) are set in this column.
For a totalizer, there are three events that can occur that can cause an output to turn
ON. You get to pick the event as the assignment. The events are when the totalizer
count reaches the totalizer preset value (totalizer setpoint), when the displayed rate
reaches a high or low (or either) setpoint (rate high, rate low, rate low/high), and
when a unit of flow is counted (totalizer scaled pulse out). This may be a good time
to mention that if the totalizer is programmed to 10 digit total (block d2 = 0), the
PROGRAMMING cont.
