Need help?Do you have a question about the ASD TerraSpec and is the answer not in the manual?
Details physical dimensions, power, wavelength, interface requirements, and standard accessories for the spectrometer.
Specifies minimum hardware for the instrument controller, including OS and network.
Lists essential software like RS3 and Windows OS for instrument operation.
Explains spectrometer principles, VNIR/SWIR operation, dark current, white reference, and accessories.
Guides on removing the spectrometer from its shipping case and preparing for use.
Details power requirements and options for powering the TerraSpec spectrometer.
Explains the use of shielded Ethernet cables for spectrometer-controller communication.
Identifies the port for powering external accessories like probes.
Describes the standard external trigger function for capturing spectral data.
Advises on using ASD-supplied light sources and handling them carefully.
Emphasizes proper ventilation to prevent overheating and not covering instrument vents.
Outlines step-by-step instructions for cleaning the instrument.
Recommends annual servicing for optimal instrument performance and warranty.
Explains the process for returning the instrument for repair, requiring an RMA.
Details the internal and external fiber optic cables, their composition, and specifications.
Describes the SMA connector and adjusting the fiber optic interface for optimal response.
Guides on matching external fiber optic bundles to the spectrometer using a bundle matcher.
Explains how to use LEDs and software to visually verify internal fiber optic cable integrity.
Provides information on LED colors, fiber counts, and the impact of broken fibers.
Provides guidance on proper care of rechargeable batteries to ensure longevity.
Details specifications and operation of the battery charger, including LED indicators.
Explains how to monitor the spectrometer's battery status within the RS3/Indico applications.
Discusses illumination, material spectral signatures, and factors affecting measurements.
Provides setup procedures for RS3 and Indico applications.
Explains white reference usage, data, maintenance, and procedures.
Offers general steps for resolving communication issues by power cycling.
Guides on troubleshooting Ethernet and wireless connectivity, including common problems.
Addresses causes for wireless connection loss and interface disablement.
Addresses common user queries about spectrometers, operation, troubleshooting, and data interpretation.
Covers data conversion to ASCII, gain/offset determination, and optimization procedures.
Provides details on spectrum averaging, temperature effects, technical support, and WEEE compliance.
Details physical dimensions, power, wavelength, interface requirements, and standard accessories for the spectrometer.
Specifies minimum hardware for the instrument controller, including OS and network.
Lists essential software like RS3 and Windows OS for instrument operation.
Explains spectrometer principles, VNIR/SWIR operation, dark current, white reference, and accessories.
Guides on removing the spectrometer from its shipping case and preparing for use.
Details power requirements and options for powering the TerraSpec spectrometer.
Explains the use of shielded Ethernet cables for spectrometer-controller communication.
Identifies the port for powering external accessories like probes.
Describes the standard external trigger function for capturing spectral data.
Advises on using ASD-supplied light sources and handling them carefully.
Emphasizes proper ventilation to prevent overheating and not covering instrument vents.
Outlines step-by-step instructions for cleaning the instrument.
Recommends annual servicing for optimal instrument performance and warranty.
Explains the process for returning the instrument for repair, requiring an RMA.
Details the internal and external fiber optic cables, their composition, and specifications.
Describes the SMA connector and adjusting the fiber optic interface for optimal response.
Guides on matching external fiber optic bundles to the spectrometer using a bundle matcher.
Explains how to use LEDs and software to visually verify internal fiber optic cable integrity.
Provides information on LED colors, fiber counts, and the impact of broken fibers.
Provides guidance on proper care of rechargeable batteries to ensure longevity.
Details specifications and operation of the battery charger, including LED indicators.
Explains how to monitor the spectrometer's battery status within the RS3/Indico applications.
Discusses illumination, material spectral signatures, and factors affecting measurements.
Provides setup procedures for RS3 and Indico applications.
Explains white reference usage, data, maintenance, and procedures.
Offers general steps for resolving communication issues by power cycling.
Guides on troubleshooting Ethernet and wireless connectivity, including common problems.
Addresses causes for wireless connection loss and interface disablement.
Addresses common user queries about spectrometers, operation, troubleshooting, and data interpretation.
Covers data conversion to ASCII, gain/offset determination, and optimization procedures.
Provides details on spectrum averaging, temperature effects, technical support, and WEEE compliance.
General| Wavelength Range | 350 - 2500 nm |
|---|---|
| Scan Time | 100 ms |
| Detector Type | Si and InGaAs photodiode arrays |
| Data Output | USB |
| Sampling Interval | 1.4 nm |
| Field of View | 8° |
| Operating Temperature | 0°C to 40°C |
| Storage Temperature | -20°C to 50°C |
To Next Page
