Rigaku SmartLab

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Incident optics unit (standard incident optics unit)

SmartLab: Automated Multipurpose X-ray Diffractometer 31

2 Connect the cable to the MONO/ADPT connector on the incident

connector box.

3 Install the parallel slit on the adaptor and secure it in place with the

Allen wrench provided

Main Page

Table of Contents5
Overview9
Product Features11
High-Accuracy Theta-Theta Goniometer11
Attachment11
X-Ray Generator11
Cross Beam Optics (CBO)12
Alignment Mechanism (Monochromators and Analyzers)12
Receiving Analyzer System12
Incident Optics System13
Receiving Optics System13
Optics Switching System13
Optical Device Detection14
Control Software (Smartlab Guidance)14
Two-Slit SAXS Optics15
In-Plane Optics (2080B212)15
Names of Parts17
Main Unit17
Goniometer19
X-Ray Tube21
Theta_S Arm22
Theta_D Arm23
Detector Mounting Bracket24
Sample Stage and Attachments24
Software Configuration25
Control Software25
Data Processing Software25
Data Display Software (Options)25
Analysis Software (Options)25
Turning on and off Smartlab27
Turning on Smartlab27
Starting Smartlab Guidance27
Startup28
Shutdown29
Exiting Smartlab Guidance30
Turning off Smartlab30
Opening and Closing the Door31
Opening the Door31
Closing the Door32
Emergency Stop Switch (EMO)32
Turning On/Off the Internal Lamp (LAMP)32
Optics33
CBO Unit (for Cu Target)33
Incident Optics Unit (Standard Incident Optics Unit)38
Incident Parallel Slit Adaptor (IPS Adaptor)38
2-Bounce Monochromator (Option)41
4-Bounce Monochromator (Option)44
CBO-F Unit (Option: 2220C301)46
Incident Slit Box48
Standard Incident Slit Box48
Collimator Holder (Option)50
Receiving Slit Box # 154
Standard Receiving Slit Box # 154
Receiving Optics Unit # 157
Receiving Optical Device Adaptor (ROD Adaptor)57
2-Bounce Analyzer (Option)60
Receiving Optics Unit # 262
Receiving Parallel Slit Adaptor (RPS Adaptor)62
Receiving Slit Box # 265
Standard Receiving Slit Box # 265
Attenuator67
Standard Attenuator67
Receiving Optics Unit CALSA (Option: 2680K201)69
Receiving Parallel Slit71
CALSA Beam Conditioner73
Dtector (D/Tex Ultra)74
Detector75
Detector Adaptor75
Scintillation Counter77
DBM Unit for Cu (Option: 2726H112)79
D/Tex Ultra (Option: 5741A300)82
DBM Unit for Cu for D/Tex Ultra (Option: 2726P101)84
PILATUS (Option: 5742A101)86
Sample Stage87
Standard Sample Stage88
Β Sample Stage (Option: 2430B101)88
Option: 2430H101)89
For Vertical Transmission Geometry (Option: 2455H105)90
Antonpaar Sample Stage92
Attachments93
Sample Plates95
Height Reference Sample Plate95
Transmission SAXS Sample Plate (Option: 2680J111)95
Capillary Holder (Option: 2430C101)96
Wafer Sample Plates and Sample Spacers96
Installing and Removing Sample Spacers99
Installing and Removing Wafer Sample Plates100
Sample Holders101
Glass Sample Holder101
Aluminum Sample Holder101
Transmission SAXS Sample Holder (Option: 2680J111)101
Accessories103
Examples of Sample Mounting105
Powder Samples105
Bulk Samples105
Sample for Transmission SAXS Measurements105
Wafer-Shaped Samples106
Measurements107
Preparing for Measurements107
Setting the Hardware Configuration107
Selecting a Package Measurement108
Periodic Maintenance109
Optics Maintenance109
Cooling Water110
Cooling Water Filter110
Target (2080A211/A411)110
Filament (2080A211/A411)110
Ion Gauge (Vacuum Gauge) (2080A211/A411)110
Rotary Pump (2080A211/A411)110
Troubleshooting111

Rigaku SmartLab - Page 39

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