Manual


measurement key cancels changes not yet accepted and exits calibration
mode.


  Calibration Limits
There are calibration limits. A nominal “FAC” value is an ideal value
stored by the factory. Attempts to calibrate too far, up or down, from there
will cause the displayed value to be replaced with “FAC”. If you accept it

for this measurement. The need to calibrate so far out that “FAC” appears
indicates a procedural problem, incorrect standard solution, a very dirty
          

C. Calibration Procedures
1. Conductivity or TDS Calibration
 
 
 
 
c. Press or , then
press ; “CAL” icon will
appear on the display
 
d. Press or to
 
 
e. Press 
calibration sequence for this particular solution type. If another
solution type is also to be measured, change solution type now
and repeat this procedure.
  User Calibration ConductivityTDS
Instrument must be in “User” mode, see Solution Selection, pg. 11.
Figure 5
°C
KCl
COND
CAL