Masibus 1006H, Руководство пользователя

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User Manual 25
Flow Indicator Totaliser 1006H
REF NO:m16Aom101
Issue No: 03

Default Display: This parameter will select the parameter to be displayed in run mode.
If Int tot / Bat tot is selected then in run mode „Integration total „/ „Batch total „will be
displayed on lower panel accordingly.
If “
instrument type
” parameter is set as indicator, then this parameter will not be displayed
in Configuration mode and Integration total will be displayed in run mode.

Password:
A „PASS‟ parameter is added in configuration mode.
But it will always show „0000‟.User has to remember the password .If user needs to
change password, then go in „pass‟ parameter, enter the required password and press
Enter key.
For e.g.
: If user enters „1234‟ in „ pass’
parameter, then, to enter in EDIT mode, a
password „1234‟is to be entered.

Conversion Factor (Conv-F):
It is a constant, which simply divides process value by the factor set. Usually, it is set as
1.00
For example, if process value is 100 liters/minute & conversion factor is 1 then it will
simply integrate process value as it is.
If we change conversion factor = 2, then it will divide process value by that factor i.e.
100/2 = 50 & it integrates that value (in both integral and batch total) but on the display it
shows original process value.

Clear total :
This Parameter is to reset IT, BT, and RC.
If user enters the correct password, IT, BT and Roll over count gets cleared (initialized to
Zero). And „cleared‟ message is displayed on the lower window of display. By pressing
ESC key, menu goes back to the clear total. If wrong password is entered, „cleared‟
message will not appear.

K Factor (K-FA):
Formula for K-FACTOR:
FLOW: - [(Pulse count per second *Time base)/ (K-FACT)]
Where, Time Base value =
For example: - if we want to set FLOW value equals to 250.00 and remaining parameter at: -

For Flow per minute:
Time base = 2 = 60
Pulse count = 10000
Then FLOW = [(10000 * 60)/2400]
FLOW = 250 per minute.

For Flow per Hour:
Time base = 3 = 3600
Pulse count = 10000
Then FLOW = [(10000 * 3600)/144000]
FLOW = 250 per Hour.
Note: - K-factor works linearly at 60/minute.
Select Time base Divisor
0 Second 1
1 Minute 60 (1 x 60)
2 Hour 3600(60 x 60)
3 Day 86400(24 x 60 x 60)