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Configuration
October 2023
Multipoint calibration – guided process
The process steps after the selection of the calibration method are described below.
Prerequisites
•
Calibration gauge (for example CAL 064) with micrometer screw gauge and material
sample that matches the material of the measuring object (machine shaft).
•
-24 V DC power supply, if the converter is not supplied by a measuring amplifiers such
as an A6500-UM.
•
USB cable
•
Sensor is not installed in the machine.
•
If the EZ1900-ADAP-90 adapter is used, ensure that the adapter is installed before
starting the calibration process.
The starting point for the calibration – maximum gap between measuring target and
sensor including the initial air gap
the starting points depending on the sensor and the configured extended range factor
(Measurement → Extended range factor). The initial air gap
sensors is 0.25 mm and for EZ108x sensors 0.5 mm. The initial air gap
6425, and PR 6426 sensors depends on the measuring range.
Table 8-2: Start point
Sensor
EZ105x
EZ108x
EZ116x
PR 6424
PR 6425
PR 6426
33010x
Procedure
1. Click Next to send the already entered configuration data to the AMS EZ 1000
5
Non-linear range at the beginning of the total measuring range of the sensor, before the beginning of the linear measuring range.
82
Starting point (maximum distance between measuring target and sensor)
Extended range
factor 1.0
1.25 mm
2.5 mm
4.7 mm
4.7 mm
9.0 mm
2.25 mm
Converter.
CAUTION
Connections to external devices may be interrupted when sending configurations.
The output voltage of the AMS EZ 1000 Converter is set to > -1.5 V during this
process.
5
– depends on the selected sensor type.
Extended range
Extended range
factor 1.5
factor 2.0
1.75 mm
2.25 mm
3.5 mm
4.5 mm
---
8.9 mm
---
8.9 mm
---
17.4 mm
---
---
Operating Manual
MHM-97884
Table 8-2
lists
5
for EZ105x and 33010x
5
for PR 6424, PR
Extended range
factor 3.0
---
---
13.1 mm
13.1 mm
25.8 mm
---
MHM-97884, Rev. 1.8
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