Weighing With Two Decimal Places (Not For Verified Models); Applications; Calculation By A Factor - Sartorius PMA.Evolution Operating Manual

Operation
205.50
213.50
593.85
1414.2
26 Operating Manual EVO1X | LAB1X

6.5.2 Weighing with Two Decimal Places (Not for Verified Models)

A menu setting is required for weighing with two decimal places (see
Chapter "6.7.2.4 Activating the Toggle Key (Not for Verified Models)," page 30).
Place the empty paint can on the weighing pan.
t
0.0
Briefly press the 0 key to zero.
t
The display shows "0.0 g."
y
Press the toggle key Z.
0.00
t
The display shows "0.00 g."
y
Add the first component "205.50 g."
t
Read off the weight when the stability symbol (in this example) "g" is displayed.
t
Add the other components until the desired weight (formula) is reached.
t
Remove the filled paint can from the weighing pan.
t
When the scale is tared and the second decimal place with a resolution of 0.05 g is
activated via the toggle key Z, weighing up to 999.95 g with two decimal places
can be performed.
Values over 999.95 g can only be weighed using one decimal place.
Danger of Scale Damage!
Never close a paint can using a hammer while it is still on the weighing pan.
When closing the paint can, place it on a firm, stable surface.
t

6.6 Applications

Note for Scales for Use in Legal Metrology:
All application programs can be selected on scales verified for use in legal metrology.
Computed values can be marked using the following characters:
− Percent = %
− Computed values = o, l symbol

6.6.1 Calculation by a Factor

This function enables you to weigh in amounts that are smaller or larger than that
of your basic formula for a specific paint color (e.g., 250 ml of a 1 l formula).
The factors (amounts) can be set via the factor key $ and O / P in a range of
0.1 to 6.0.
The following factors can be set directly via the factor key $:
0.25 0.5 0.75 1.0 1.5 2.0 2.5 3.0 3.5 4.0 4.5 5.0.
Using the keys O (up) and P (down), the factor can be changed
− in the range 0.10 to 1.0 in increments of 0.01
− in the range 1.0 to 6.0 in increments of 0.1