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MiniTest 2500
ElektroPhysik MiniTest 2500 User Manual
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Elektro
Physik
Operating instructions
Coating thickness g
auges
MiniTest 2500
and
MiniTest 4500
2
Table of Contents
Default Chapter
3
Table of Contents
3
1 Introduction
8
2 First Steps
9
Inserting Batteries and Connecting the Sensor
9
Operation of the Gauge
10
3 Description of the Measuring System
11
Gauge
11
General
11
Front View
11
Operating Keys
12
Interfaces
12
Power Supply
12
Batteries and Rechargeable Batteries
12
Sensors
13
Sensors of the Minitest 1100 - 2100 - 3100 - 4100 Series
13
Adaptation of Sensor Types F05, F1.6, F3, F1.6/90, F2/90, F10, F20, N.08 Cr, N02, N1.6, N1.6/90, N2/90, CN02 and FN1.6, FN1.6P, FN 1.6/90, FN2/90
13
Adaptation of Sensor Types N10, N20 and N100
14
4 Measuring, Storage and Data Processing in DIRECT or APPL-BATCH Mode
15
Switch on / Start-Up Screen
15
Structure of the APPL-BATCH System
17
Switching APPL-BATCH Mode on / off
18
Displaying the Number of Active APPL-BATCH
19
Selection of an APPL Memory
19
Selection of a BATCH Memory
19
5 Measuring
20
Important Notes on Coating Thickness Measurement
20
Interpretation of Readings
20
Basic Settings
20
Preparing Measurement
21
Calibration
21
Taking Readings
21
Taking Readings Without Using the Sensor Stand
21
High-Precision Stand
22
Duplex Coating Systems
22
Errors During Measurement
22
Measurement on High Temperatures Using High-Temp Sensors
22
6 Calibration
24
General Notes on Calibration
24
Calibration Methods
25
Factory Pre-Setting
25
Zero Calibration
25
Two-Point Calibration
25
Multi-Point Calibration
25
Two-Point Calibration Without Zero
26
Calibration through a Coating (CTC)
26
Calibration of FN-Type Sensors
26
7 Calibration
27
Activate Factory Settings
27
Zero Calibration
27
Two-Point Calibration (Zero Setting Plus One Calibration Foil)
28
Multi-Point Calibration (Zero Setting Plus up to Four Calibration Foils)
29
Two-Point Calibration Using Two Calibration Foils Without Zero Calibration
30
Calibration through the Coating
33
Sensors N10 and N20
34
Standardization (Acquisition of Infinite Value)
34
Two-Point Calibration (Zero Setting Plus One Calibration Foil)
34
Elimination of Dielectric Interferences of the Coating Material
35
N100 Sensor
35
Standardization (Acquisition of Infinite Value)
35
Two-Point Calibration (Zero Setting Plus One Calibration Foil)
36
Elimination of Dielectric Interferences of the Coating Material
36
Sensor F20
37
Sensor F50
37
Tube Sensors F1.6/90, F2/90, N1.6/90 and N2/90
38
Chrome Coatings on Copper
38
Sensor CN02
38
Recalibration in an APPL Memory Line
38
Shot-Blasted and Rough Surfaces
40
General
40
Method a (Roughness Rz > 20ΜM)
40
Method B (Roughness Rz < 20ΜM)
40
Method C Calibration with Two Calibration Foils of Different Thickness
40
8 Data Management
41
Batches
41
General
41
Offset
41
Block Size
41
Upper Limit / Lower Limit
41
Single Values / Continuous Measurement Mode
42
Measuring with Statistics
42
Taking a Series of Measurement with Statistical Calculation
43
Deleting Outliers or Erratic Readings
43
Storage Capacity Overflow
44
Display or Print-Out of a Series of Measurements
44
Single Value Statistics
44
Block Value Statistics
45
9 Deletion
46
Deleting the Last Reading
46
Deleting Statistical Values
46
Deleting a Series of Measurements Including Limits and Statistics Within an APPL-BATCH Memory
46
Deleting Limit Values Within an APPL-BATCH Memory
46
Deleting All Series of Measurements Incl. Statistics, Limits and Calibration Values of an APPL Memory
47
Total Reset
47
10 Data Output and Transfer
48
Printing Data
48
Data Transfer to PC (Terminal Program)
48
Read out Data Via a PC
49
11 Further Functions
50
Initialization
50
Initial Functions and Settings
50
Total Reset
50
LCD Segment Test
50
Gauge Configuration
50
Blockgröße
50
Display Illumination
51
Keypad Illumination
51
Acoustic Signal
51
Time and Date Stamp
51
Time and Date
51
Measuring Unit: 'Metrical' - Inch' (Imperial)
52
Automatic Data Transfer in Continuous Mode
52
Timestamp
52
Setting of Display Colours for Measurements
52
Setting of Display Colours for Readings above Preset Limits
53
Setting of Display Colours for Readings below Preset Limits
53
Optional Alarm Output - Setting of Signal Length of the Measuring Value
53
Optional Alarm Output - Setting of Signal Length for Readings above Limits
53
Optional Alarm Output - Setting of Signal Length for Readings below Limits
53
Configuration of the Optional Foot Switch
53
Pairing of a BLUETOOTH Printer
53
Format of Logged Measuring Values
54
Sensor Init
54
POWER SUPPLY" Setting
54
POWER OFF" Switch off Time
55
Sysinfo
55
Table of Basic Settings for Minitest 4500
56
Table of Basic Settings for Minitest 2500
57
12 Accessories
58
General
58
13 Care and Maintenance
59
Care
59
Using Nimh Rechargeable Batteries
59
Maintenance
60
14 Technical Data
61
Gauge Specification
61
Sensor Specifications
62
Standard Supply
65
Coating Thickness Gauge Minitest 2500/ 4500 with Interchangeable Sensor
65
Interchangeable Sensors for Minitest 2500/4500
65
Accessories
66
15 Annexe
67
Error Messages and Trouble Shooting
67
Statistical Terms
68
Safety Notes
69
Declaration of Conformity According to EU Directive
70
Return of Used Equipment
70
Service-Adressen
71
16 Change History
72
17 Index
73
4
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ElektroPhysik MiniTest 2500 Specifications
General
Brand
ElektroPhysik
Model
MiniTest 2500
Category
Measuring Instruments
Language
English
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