User Manuals: Optics11 Life PIUMA NANOINDENTER Platform

User Manuals: Optics11 Life PIUMA NANOINDENTER Platform

Manuals and User Guides for Optics11 Life PIUMA NANOINDENTER Platform. We have 1 Optics11 Life PIUMA NANOINDENTER Platform manual available for free PDF download: User Manual

Optics11 Life PIUMA NANOINDENTER User Manual

Optics11 Life PIUMA NANOINDENTER User Manual (70 pages)

Brand: Optics11 Life | Category: Laboratory Equipment | Size: 3 MB

Table of Contents

Table of Contents
3
Revision History
6
Safety
7
Introduction
8
Installation
9
The Piuma Nanoindenter and Its Components
9
Connecting Components
10
Preparing the Setup for Measurements
11
Starting the System
11
Powering up the System
11
Starting the Software
11
Mounting a Probe to the Piuma Nanoindenter
12
Selecting the Right Probe
12
Installing a Probe
13
Connecting the Probe
13
Front Panel Window
15
Configuring the Probe in the Software
16
Setting the Correct Indenter Head
17
Calibrating the Optical Signal
18
Automated Optical Signal Calibration
19
Failed Optical Calibration - "Quadrature Scan Failed
21
Calibrating the Probe Geometrical Factor
22
Saving Calibration Data
26
Using the Piuma Nanoindenter
27
Stage Controls
27
Piezo Controls
28
The Find Surface Procedure
28
Approaching the Sample Using the Manual Stage
29
Using the Automated Find-Surface Function
29
Configure Experiment
32
Find Surface
34
Wait
34
Move
35
Single Indentations
36
Matrix Indentations
36
Saving Configure Experiment File
38
Modes of Operation
38
D-Mode
39
P-Mode
39
I-Mode
40
Dynamic Mechanical Analysis - DMA
41
Maintenance Menu and PID Settings and PID Tuner
42
Saving Measurements
43
Performing Measurements
44
Results
45
Indentation Results Tab
45
Scan Results Tab
46
Data Processing and Analysis
48
Optimizing Instrumental Set up
50
Environment Stability
50
Temperature
50
Vibrations
50
Laminar Flow Cabinet
51
Sample Stability
51
Sample Temperature and Integrity
51
Sample Immobilization
52
Probe Stability
52
Solution Temperature
52
Air Bubble
53
Suitable Probe Cantilever Stiffness
53
Suitable Probe Tip Size
54
Adhesion
54
Working Principle of the Piuma Nanoindenter
55
Principle of Operation
55
Interferometric Displacement Sensing
55
The Piuma Optical Indentation Probes
56
The Measurement and Calculation of the Young's Modulus
57
Oliver and Pharr / Field and Swain
58
Hertzian Contact
59
Effective Vs. Bulk Young's Modulus
59
DMA Analysis
60
The OP1550 Interferometer
61
Using the OP1550 Interferometer
62
The Measurement, Wavelength, Demodulation and Settings Menu
62
The Laser, ADC, Output, Modulation and Maintenance Menu
63
Adjusting Laser Power to Improve the Signal to Noise Ratio
64
Live Calibration
64
FAQ & Troubleshoot
66
Changing Fuses
67
Flowchart - Calibration
67

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