Description of the signal inputs/outputs
33
Switch off the instrument.
Insert the plug-in circuit board into the left-hand slot with the
component side on the left. (Contact no.1 is at the top)
Switch on Testomat 2000
®
.
Program the desired type of current (0/4-20mA) (for SK910).
Monitoring a measuring point
A printer can be connected to record the analysis results. The
instrument is equipped with a programmable current output for this
purpose (optional 0-20 mA or 4-20 mA).
The example on the left displays the current profile in the 0-20 mA
range for one measuring point.
In >BASIC PROGRAM, select
=> PROGRAM VALUES=> INTERFACES
Select the desired current range
Press "ENTER" to confirm the selection
In >BASIC PROGRAM, select
=> PROGRAM VALUES=> MEASURING POINTS
Select the desired configuration
Press "ENTER" to confirm the selection
Monitoring of two measuring points
The example on the left displays the current profile for 4 - 20 mA and
the use of two measuring points.
Measuring point 1 and measuring point 2 are measured alternatively.
The measured value 1 is shown in display line 2 (M1:) and the
measured value 2 in line 3 (M2:). The currently analysed measuring
point is indicated by an asterisk on the right.
The range of the current interface is divided. The range 4 – 12 mA is
available for the measured value from measuring point 1 and range
12 – 20 mA for the measured value from measuring point 2.
In >BASIC PROGRAM, select
=> PROGRAM VALUES=> INTERFACES
Select the desired current range
Press "ENTER" to confirm the selection
In >BASIC PROGRAM, select
=> PROGRAM VALUES=> MEASURING POINTS
Select the desired configuration
Press "ENTER" to confirm the selection
Type RS232
Type 4-20mA
TYPE 0-20mA *
>INTERFACES ▼▲
ME
2 Measuring points ext.
2 Measuring points int.
1 Measuring point *
>MEASURING POINTS ▼▲
ME
Type RS232
Type 4-20mA *
TYPE 0-20mA
>INTERFACES ▼▲
ME
2 Measuring points ext.
2 Measuring points int.*
1 Measuring point
>MEASURING POINTS ▼▲
ME
Type Data logger
Type Data logger
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