Headwall HYPERSPEC INSPECTOR Instrucciones de funcionamiento
HYPERSPEC INSPECTOR
HYPERSPEC®INSPECTOR
Installation and Operation Guide
HYPERSPEC INSPECTOR
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Reproduction and Copyright Information
Copyright © 2015, Headwall Photonics, Inc. All rights reserved.
This document and all diagrams are the property of Headwall Photonics, Inc. and may not be reproduced, copied, or
translated by any means without the written permission of Headwall Photonics, Inc.This document contains information
which is Proprietary and Confidential. Any reproductions, adaptations, or translations without prior written permission
from Headwall Photonics, Inc. is strictly prohibited. All information provided in this manual is believed to be accurate
and reliable. No responsibility is assumed by Headwall Photonics, Inc. for its use. Headwall Photonics, Inc. reserves the
right to make changes to this information without notice.
Contact Headwall Photonics, Inc. for associated software license information on: HyperSpec© application software,
Nokia QT libraries, and LGPL Public License.
Nano-Hyperspec and HyperSpec III are registered trademarks of Headwall Photonics Inc.
Contact information
Headwall Photonics
601 River Street
Fitchburg, MA 01420
TEL (978) 353-4100
FAX (978) 348-1864
e-mail: support@headwallphotonics.com
HYPERSPEC®INSPECTOR
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Table of Contents
Hyperspec®Inspector Components........................................................................3
Hyperspec®Inspector Operation............................................................................7
SWIR Cable Connection ......................................................................................7
VNIR Cable Connection. .....................................................................................9
Hyperspec® Inspector Operation ....................................................................................... 10
Log Dock ..............................................................................................................11
Button Dock Controls: .........................................................................................11
Live Video .............................................................................................................................. 11
Live Video Control Buttons: ............................................................................................. 12
Motion .................................................................................................................................... 12
Light Level Calibration ...........................................................................................15
Light Levels. ........................................................................................................15
Focus and Speed Adjustment ...............................................................................19
FOV Calculator. ................................................................................................................. 20
Imaging and Positioning. .....................................................................................20
Lens Focus. ..........................................................................................................22
Test Capture. ........................................................................................................24
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CHAPTER 1 HYPERSPEC®INSPECTOR COMPONENTS
The Hyperspec® Inspector is a fixed position, hyperspectral scanning unit. While the system remains located in a single
position, the internal mirror moves in an arc to scan a designated field of view. The Hyperspec® Inspector can be
assembled to use most of the hyperspectral sensors in the Headwall line. These include the E-series units, full sized
sensors for scanning in the VNIR and SWIR spectral ranges. The complete system includes a compact Hyperspectral Data
Processing Unit (cHDPU), Hyperspec®III and SpectralView™software and specific cables for system interconnection.
The Hyperspec Inspector is available with either a NIR, EVNIR, VNIR or SWIR sensor and the respective lenses. The
following components are the delivered Hyperspec®Inspector systems.
Figure 1-1. Hyperspec®Inspector, Top View.
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Figure 1-2. Hyperspec®Inspector Power Supply.
Figure 1-3. Compact Hyperspectral Data Processing Unit (cHDPU).
Figure 1-4. cHDPU Power Supply.
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Figure 1-5. Control Cables and Key.
The system includes CameraLink cables to connect the Inspector to the cHDPU, and a motion control cable for moving
the internal mirror. Depending upon the sensor type, one or two CameraLink cables may be included with the system. The
key is for opening the Inspector housing, should adjustments or focusing become necessary. Keep this in a safe location.
Keep the housing closed and locked to prevent damage, or contamination entering the system.
The Hyperspec® Inspector has an integral, thermo-electric cooler, which may have its own power requirement. If this is
the configuration, the power cable from the cooler will be external to the system and set for the power source at the
intended customer location.
Figure 1-6. Internal View, VNIR Inspector.
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Figure 1-7. Internal View SWIR Inspector.
Figure 1-8. SWIR Serial to USB Cable, Stage Serial Port.
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CHAPTER 2 HYPERSPEC®INSPECTOR OPERATION
The Hyperspec®Inspector is a fixed position, hyperspectral scanning unit. While the system remains located in a single
position, the internal mirror moves in an arc to scan a designated field of view. The mirror movement, system operation,
capture parameters and data cube analysis is performed with the compact Hyperspectral Data Processing Unit, cHDPU.
The cHDPU contains the Hyperspec® III software and the SpectralView data cube analysis software. Each Inspector
system includes a cHDPU that is factory configured and calibrated for the Hyperspec® Inspector that comes with it.
When the cHDPU and Inspector are connected and powered ON, the user calibrates the system for the operating
environment and ambient illumination. During the calibration process the user also sets the parameters for the specific
scan. After these steps, the system can be used for hyperspectral scanning. The information for setup, calibration and
scanning are provided in the following steps.
2.1 SWIR CABLE CONNECTION
Figure 2-1. SWIR Inspector, Back Panel.
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Figure 2-2. SWIR Connected cHDPU.
(1) Remove the Inspector from the storage case and set it onto a secure work surface.
(2) Remove the cHDPU from its storage case and set it onto a secure work surface within a few feet of the Inspector.
(3) Remove the cables and power supply from the cases.
(4) Set up the keyboard, monitor and mouse in the work area.
(5) Connect the mouse and keyboard to the cHDPU through the USB ports on the back of the unit.
(6) Connect the monitor to the VGA port on the cHDPU.
(7) Connect the CameraLink cable to the Link 1, port A on the cHDPU. Connect the other end to the CameraLink
port A on the Inspector, shown in Figure 2-1. Secure both connectors with the thumbscrews.
(8) Connect the serial control cable to the Serial port on the cHDPU and the other end to the Camera Control port on
the cHDPU, shown in Figure 2-1. Secure both connectors with the thumbscrews.
(a) Alternatively, if applicable, connect the serial to USB cable’s serial connector to the serial cable, secure it
with thumbscrews and connect the USB connector to the cHDPU and then the serial connector to the Serial
Control port on the Inspector.
(9) Connect the power cable to the power brick and the connector end to the cHDPU. Secure the connector with the
locking ring.
(10)Locate Inspector to final operating position and ground device using one of the side metal brackets.
(11)Connect the power brick to the appropriate power source.
(12)Power ON the cHDPU with the switch. Power ON the monitor.
(13)Connect the thermo-electric cooler cable of the Inspector to the appropriate power source. The cooler will
immediately start.
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