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FALL
By FALL it means the correction of the product amount in fall after the batching STOP. This amount
is in addition to the product already batched causing inaccuracy. The instrument is able to anticipate
the batching STOP, to reduce this uncertainty, with two possible ways:
-
AUTOMATIC fall: the instrument automatically calculates the fall;
-
MANUAL fall: the instrument applies the fall set by the operator;
WARNING:
setting a value of
WAITING TIME
(
) such that the weight is stable at the end of
the batching, otherwise the update of the AUTOMATIC fall is not correct.
(from 1 to 99; default: 0): it’s possible to select the automatic or the manual fall.
-
= 0: MANUAL fall;
-
different from 0: AUTOMATIC fall (the set value shows how many batchings the fall
value is updated).
Note:
in the batching cycles in which the fall value is not updated, the
WAITING TIME
is not applied,
unless there are no other functions that require the
WAITING TIME
. So, by setting a high value, it
reduces the duration of batchings.
Example
: if
= 3 the AUTOMATIC fall is calculated every three batching cycles.
COMMUNICATION INTERFACE
WRITING
READING
Write the value in W1.
Send command 1043 to CMDR.
Send command 1042 to CMDR.
Read the value in R1.
(only if
is different from 0)
(from 0 to full scale; default: 0): this parameter indicates the limit within which the automatic
fall is updated according to the parameter
.By setting a low value is obtained more accurately
but the length of the batchings could increase, because, if necessary, the AUTOMATIC fall is updated
every cycle regardless of
. By setting 0, the function is disabled.
Example
: by setting
= 3,
= 5 and the weight equal to 100, the instrument updates
the fall every batching, until the batched weight falls within the 95 to 105 range, and then it goes
back to update the AUTOMATIC fall every 3 batchings.
COMMUNICATION INTERFACE
WRITING
READING
Write the value in W1.
Send command 1045 to CMDR.
Send command 1044 to CMDR.
Read the value in R1.
