KROHNE CORIMASS MFC 85 EN - Manual (Page 8)

8
Using Brix as an example, starting from measuring mode:
Key Line 1 Line 2 Comments
→↑↑
Fct. 3.(0) INSTALL
→↑↑
Fct. 3.(3).0 CUR.OUTP.I
→
Fct. 3.3.(1) FUNCTION I
→↑
xn (BRIX) Press the
↑
key as required
to select BRIX
↵↑
Fct. 3.3.(2) RANGE I
→↑
xn 4-20mA Use the
↑
key select the range.
↵↑
Fct. 3.3.(3) MIN BRIX
→
(0)0.00 °BRIX
→↑
x4 (4).00 °BRIX Edit the value to 4.0
↵↑
Fct. 3.3.(4) MAX BRIX
→
(0)100.00 °BRIX
→↑
x9 (0)00.00 °BRIX
→↑
x2 (2)0.00 °BRIX Edit the value to 20.00
↵↵
Fct. 3.(3).0 CUR.OUTP.I Current output now set
4-20°Brix = 4-20mA
Note: The Brix display need not
be enabled first in order to set
the output to Brix.
↑
Fct. 3.(4).0 PULS.OUTP.P
→
Fct. 3.4.(1) FUNCTION P
→↑
xn (SOL. TOTAL) Use the
↑
key to select the
desired function. The SOL.
TOTAL function sends a series
of pulses each one
representing a preset mass of
the solute.
↵↑
Fct. 3.4.(2) PULSE/MASS
→
1.000 I. P. = (g) Edit the this number and units
to select the desired mass per
pulse value.
↵↑
Fct. 3.4.(3) PULSE.WIDTH
→
(0)0.4 mSec Edit to set the desired
minimum pulse width
↵↵
Fct. 3.(4).0 PULS.OUTP.P With these settings the output
will give one 0.4ms pulse for
every 1.0g of solute measured.
↑
Fct. 3.(5).0 ALARM.OUT.A
→
Fct. 3.5.(1) FUNCTION A
→↑
xn BRIX Use the
↑
key to select the
desired function
↵↑↑
Fct. 3.5.(3) MIN. LIMIT
→
(0)0.00 °BAUME Edit the lower alarm limit
→↑
x4 (4).00 °BAUME
↵↑
Fct. 3.5.(4) MAX. LIMIT
→
(0)100.00 °BAUME Edit the upper alarm limit
→↑
x9 (0)00.000 °BAUME
→↑
(1)0.000 °BAUME
↵
Fct. 3.5.(4) MAX. LIMIT
↵
x4 Save changes. The alarm will
now be active if the Brix value
is outside the range 4-10 Brix