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ElektroPhysik MiniTest 735 User Manual

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ElektroPhysik
Technical Manual / Operating Instructions
Coating Thickness Gauges
MiniTest 725, 735, 745

Table of Contents

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ElektroPhysik MiniTest 735 Specifications

General IconGeneral
Measurement Range0 to 2000 µm
Measuring principleMagnetic induction
Data storageUp to 1000 readings
InterfaceUSB
StandardsISO 2808, ASTM D7091
Resolution0.1 µm
DisplayLCD
Operating Temperature0 to 50 °C
Storage Temperature-20 to +60 °C
Battery LifeApprox. 50 hours (alkaline batteries)

Summary

2. First Steps

2.1 Insert batteries and connect sensor

Guide to inserting batteries and connecting the sensor for operation.

2.2 Switch-ON and take readings

Instructions on how to power on the gauge and take initial readings.

3. Description of the Measuring System

3.1.4 Power Supply

Information on using alkaline and rechargeable batteries.

3.2 Sensors

Explains SIDSP® technology and MiniTest 745 specific sensors.

4. User Interface

4.1 Switch-ON and Start screen

Describes the initial screen and sensor/gauge identification upon power-on.

4.2 Measure Mode Screen

Overview of the main screen elements displayed during measurement.

5. Measuring

5.1 Important Notes on Coating Thickness Measurement

Key considerations for accurate coating thickness measurement.

5.2 Necessary Settings

Describes essential settings before taking measurements.

5.2.1 Batch

Explains how readings are grouped into batches for data management.

5.3 Preparing Measurement

Covers calibration preparation before taking measurements.

5.4 Taking readings

Instructions on how to take measurements using the sensor.

5.4.1 Taking readings without using the sensor stand

Details on taking readings by placing the sensor directly on the object.

6. Calibration

6.1 General remarks

General principles and important considerations for optimal calibration.

6.2 Calibration methods

Overview of available calibration methods like factory, manual, and pre-set.

6.2.2 Manual calibration method

Details on manual calibration techniques: zero, two-point, multi-point.

6.2.2.1 Zero calibration

Step-by-step guide for performing a zero calibration.

6.2.2.2 Two-point calibration

Procedure for calibrating using a zero point and one precision standard.

6.2.2.3 Multi-point calibration

Method for multi-point calibration using zero and two precision standards.

6.3 Blasted and rough surfaces

Strategies for handling roughness influence in measurements.

6.3.1 General remarks

Explains how surface roughness affects measurement results.

6.4 How to calibrate

General instructions and remarks on performing calibration.

6.4.1 General remarks

Key points for selecting and performing calibration methods.

6.4.3 Manual calibration

Step-by-step guide for manual calibration of FN sensors.

7. Data Management

7.2.2 Create a new batch

Step-by-step guide to creating a new batch for measurements.

7.2.3 Select a batch for taking readings

Instructions on how to select an existing batch to start a measurement series.

8. Statistics / Statistical Evaluation

8.2 View statistics

How to view statistical summaries of the measured data.

8.3 Statistical values / Print-out and data transfer to a PC

How to print out statistical values and transfer data to a PC.

9. Main menu

9.2 Data base

9.4 Display

9.4 SIDSP®

10. Data output / Data transmission

10.1 Print out data

Instructions on printing readings and statistics to a MiniPrint 7000.

10.2 Data transmission to a PC (terminal program)

10.3 Data transmission to a PC (MSoft 7)

11. Additional Functions

11.3 Readjusting the factory zero-point

13. Care and Maintenance

14. Technical Data

14.2 Sensor specifications

14.4 Accessories

15. Annexe

15.1 Error messages and remedy

Lists common error messages and their corresponding solutions.

Check sensor connection !

Troubleshooting for sensor connection interruptions or failures.

No sensor found !!!

Error when the gauge cannot establish a connection to the sensor.

Sensor-Problem! Please contact after-sales service.

Indicates a sensor problem requiring service contact.

Sensor failure! Please contact after-sales service.

Direct message indicating sensor failure and need for service.

15.2 Statistical Terms

15.3 Safety Notes

15.5 After Sales Service

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