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General| Focal Length | 260 mm |
|---|---|
| Wavelength Accuracy | ±0.2 nm |
| Stray Light | 0.01% |
| Wavelength Drive | Stepper motor |
| Dispersion | Depends on grating |
| Grating Groove Density | Grating Dependent |
| Blaze Wavelength | Grating Dependent |
| Weight | 10 kg (22 lbs) |
| Input Aperture | Adjustable |
| Output Aperture | Adjustable |
Lists essential safety precautions for operating the equipment, including handling and electrical safety.
Details electrical risks, grounding requirements, and sensitivity to interference for safe operation.
Provides critical guidelines for handling optical surfaces and gratings to prevent damage and ensure performance.
Explains the Czerny-Turner optical design, highlighting its features for high resolution and throughput.
Details how model numbers indicate specific instrument features and configurations.
Lists the standard components provided with the Cornerstone 260 monochromator.
Describes various methods and kits available for securely mounting the monochromator.
Guides on making electrical and computer connections, including critical safety warnings.
Explains how to control the integrated shutter remotely using a BNC connector.
Describes fixed slits, their installation, and available width and height options.
Details micrometer adjustable slits, their operation, and how to read slit width settings.
Explains motorized slits, their software control, and automatic bandpass adjustment.
Compares ruled and holographic gratings, listing properties and configurations for different models.
Discusses grating efficiency, blazing wavelength, and factors affecting performance.
Provides guidance on calculating resolution based on slit width and grating selection.
Illustrates the optical path and acceptance pyramid for optimal light input.
Explains the importance of matching F-numbers for improved throughput and reduced stray light.
Discusses the need for filters to remove unwanted spectral orders and provides examples.
Introduces the LabVIEW-based utility software for controlling the monochromator and filter wheel.
Describes the optional 74009 Hand Controller for convenient instrument operation.
Details Oriel's TracQ Basic software for spectroscopic data acquisition and processing.
Explains intuitive command sets for programming and external control of the instrument.
Provides a procedure for adjusting the wavelength position using a known spectral line.
Outlines a procedure for performing a two-point grating calibration for accuracy.
Details the step-by-step procedure for safely installing or replacing a grating.
Suggests reloading calibration parameters if instrument memory is corrupted.
Explains how to correct errors related to the grating turret sensor pin position.
Lists key performance parameters, interfaces, compatibility, and physical properties.
Details width range, height, repeatability, and accuracy for micrometer adjustable slits.
Details width range, height, repeatability, and accuracy for motorized slits.
Provides detailed dimensional drawings and measurements of the monochromator unit.
Lists all compliant model numbers for the Cornerstone 260 covered by the declaration.
Explains the syntax for statements, termination, capitalization, and parameters.
Describes the normal communication mode, including error handling.
Explains handshake mode for development and troubleshooting, with acknowledgements.
Provides a summary of commands, queries, and corresponding hand controller keys.
Describes the exact syntax, parameters, and functionality for each command.
Lists error codes and their meanings for low-level commands and status checks.
Guides on connecting and activating the hand controller for instrument communication.
Explains how to use the hand controller keypad for entering commands and parameters.
Lists and describes the function of each key on the hand controller for operation.
Notes on setup, drivers, and DLL location for programming interface development.
Directs LabVIEW users to MonoTerm for example VIs and source code.
Demonstrates how to call DLLs in C# .NET projects for instrument control.
Explains how to use the Oriel_USB.h file for C++ DLL functions.
Explains the fundamental grating equation and its derivation.
Discusses the grating equation's application in monochromators and related formulas.
Explains grating order, sign conventions, and the need for order sorting.
Details grating dispersion, linear dispersion, and reciprocal linear dispersion.
Defines resolving power and factors affecting attainable resolution.
Provides contact information for sales, technical support, and service inquiries.
Lists essential information required when requesting technical support or service.
Outlines factory repair procedures, RMA requirements, and responsibilities.
Explains warranty terms, conditions, exclusions, and the process for warranty repairs.
