Full-Band Hyperspectral Ground Object Spectroradiometer. Geospectral Instrument

Product Details
Customization: Available
After-sales Service: 1 Year
Application: Industrial
Diamond Member Since 2013

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  • Full-Band Hyperspectral Ground Object Spectroradiometer. Geospectral Instrument
  • Full-Band Hyperspectral Ground Object Spectroradiometer. Geospectral Instrument
  • Full-Band Hyperspectral Ground Object Spectroradiometer. Geospectral Instrument
  • Full-Band Hyperspectral Ground Object Spectroradiometer. Geospectral Instrument
  • Full-Band Hyperspectral Ground Object Spectroradiometer. Geospectral Instrument
  • Full-Band Hyperspectral Ground Object Spectroradiometer. Geospectral Instrument
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Basic Info.

Model NO.
ATP9110-25/ATP9110-25H/ATP9110-1/ATP/ATP9110-50/7/
Warranty
1 Year
Detection Method
Spectrophotometer
Advantage
High Resolution
Principle
Rotary
Wavelengths
Visible Spectrometer
Dispersive Element
Grating Spectrometer
Light Number
Polychromator
Certification
RoHS, ISO9001, CE
Customized
Non-Customized
Spectral Range
300-11, 000nm
Spectral Resolution
0.8-1.4nm@756nm
Sampling Interval
Visible Light:0.4nm
IP Grade
IP54
Detector
CMOS
Detector Interface
USB3.0
Weight
4.5kg
Power Supply
Built-in Li Battery 10000mAh, Optional External 12
Transport Package
Box
Specification
290× 260× 141mm
Trademark
optosky
Origin
China
HS Code
9011
Production Capacity
10000

Product Description

Full-Band Hyperspectral Ground Object Spectroradiometer. Geospectral Instrument
Description
 
ATP9110 field spectroradiometer series broadband field spectroradiometer is a new portable hyperspectral fieldSpec from Optosky. Wavelength range of 300-2500 nm, suitable for geological research, mineral exploration, remote sensing, crop monitoring, forest research, oceanography and other fields of application.
ATP9110 field spectroradiometer field spectroradiometer employs high performance, fast and accurate measurement, easy to operate and held etc.
ATP9110 field spectroradiometer is configured powerful software package, and applied to measurement of reflectance, radiometry, photometry and colorimetry.

Features
  • Broad spectral range: 300-11000nm
  • High sensitivity, detector quantum efficiency reach up to 60%, NIR sensitivity is 40% higher than traditional PDA detector
  • Fast measure speed, one sampling time< 10ms
  • Light weight and flexible optic fiber probe
  • Built-in secondary diffraction coating and filter, high accuracy
  • Dynamic dark current correction, reduce noise
  • Display probe inclined angles, laser indicator indicates probe direction, easy to adjust
  • Portable, special carrying case, easy to carry
  • PC software control mode
  • Radiance & Irradiance calibration NIST certificated and traceable

Applications
  • Geological research, prospecting
  • Remote sensing measurement
  • Crop monitoring
  • Forest research, oceanographic research
     
     
    Detector
    Type Linear CMOS detector / InGaAs detector
    Detector 300-1100nm: CM0S 2048 pixels
    1100-1700nm: InGaAs TE 2nd class cooling
    1100-2500nm: InGaAs TE 2nd class cooling
    2.5-11μm: Pyroelectric linear array sensor(ZnSe)
    Optical Config
    Models ATP9110-25 ATP9110-25H ATP9110-17 ATP9110-50 ATP9110-110
    Spectral Range 300-2500 nm 300-1700 nm 300-5000nm 300-11,000nm
    Spectral Resolution 0.8-1.4nm@756nm 0.8-1.4nm@756nm 0.8-1.4nm@756nm 0.8-1.4nm @ 756nm
    8-12nm@1400&2100nm 3-5nm@1400nm 3-5nm@1400nm 7-12nm @ 1400&2100nm
      5-8nm@2100 nm     30nm @ 2.5-5um
          50nm @ 5.5-11um ( Only use in ATP9110-110)
    Wavelength Repeatability ± 0.1nm@ VIS
    ± 0.5nm @ SWIR
    ±3nm @ MWIR
    Wavelength Accuracy ± 0.5nm @ VIS; ±1.1nm @SWIR; ± 5nm @ MWIR
    Input 1.5m fiber beam (25°FOV),optional front camera change FOV, optional fiber lengths.
    FOV Small FOV , optional 1º/8º/15º/25º
    Indicate laser wavelength 650 nm
    Indicate laser power 5 mW
    Max radiation VNIR 2 times sun light/SWIR 10 times sun light
    SNR 300-1000nm: >800, 1000-2500nm: >16000
    Spectral sampling interval Visible light:0.4nm,SWIR:2.9 nm Visible light:0.4nm,SWIR:1.4 nm Visible light:0.4nm,SWIR:1.4 nm Visible light:0.4nm,SWIR:1.0 nm
    Hardware spectral average Max. up to 100, 000 times
    Electrical Parameter ATP9110 ATP9110TP
    Integration time 1 - 10 s/ auto optimized integration time
    OS - Android 6.0
    Touch Panel - 7 -inch , capacitive touch screen
    Interface USB 2.0,Bluetooth,WIFI available USB 2.0,Bluetooth,WIFI available
    Location Built-in GPS positioning
    Angle data MC3430 optical gyroscope angles range  0°-180°
    Power Supply Built-in Li battery 10000maH, optional external 12V power supply/ car loaded power supply
    Charging port 12V/3A Charging (also power supply)
    Battery span >3H(outdoor),Battery replaceable >2.7H(outdoor),Battery replaceable
    Maximum working current ATP9110-17: 2.5 A ATP9110TP-17: 3.5 A
    ATP9110-25: 3.5 A ATP9110TP-25: 4.5 A
    ATP9110-25H: 5.0 A ATP9110TP-25H: 6.0 A
    ATP9110-50: 4.0 A ATP9110TP-50: 5.0 A
    ATP9110-110: 5.0 A ATP9110TP-110: 6.0 A
    Storage Temp. -20°C ~ +65°C
    Operating Temp. -20 ~ 50 oC -10 ~ 50 oC
    Working humidity < 90%RH
    Physical Parameter
    IP grade IP54
    Size 290×260×141mm 410×260×280mm 290×260×141mm 290x260x141mm 410x260x280mm
    Weight 4.5Kg 6.5Kg 4.5Kg 5.2Kg 5.8Kg

    Standard Accessories:
    Standard Accessories
    1
    USB wires
    2
    Outdoor fiber
    3
    Exclusive PC software
    4
    Charging adaptor 12V/5A
    5
    Cosine angle lens
    6
    External battery pack 14.4V
    7
    External battery pack charger
    8
    Field Angle lens 25°
    9
    Standard white plate 10 x 10cm; 95% reflectivity
    10
    Suitcase
    Optional Accessories
    1
    FOV angles, optional 1º/5º/8º/10º/15°/25°
    2
    Leave clip, vegetation reflectance measure tool
    3
    Indoor lighting
    4
    Halogen lamp accessories/ATG1021  INT:12V
    5
    Measure test stand + integration sphere measure transmittance tool
    6
    Standard white plate 10 x 10cm; 99% reflectivity (Customized)
    7
    Standard white plate 10 x 10cm; 60% reflectivity (Customized)
 
Resound Photoelectric Technology Research Institute (LSRPTR)

Resound Photoelectric Technology Research Institute (LSRPTR), also known as Resound Research Institute, is affiliated with China Haiheng International Trade Group Co., Ltd. (CHHGC). As an investment attraction enterprise in Zhongyuan Science and Technology City and a construction unit of the Zhongyuan Aurora Laboratory, the institute is committed to the industrialization of scientific and technological achievements, guided by market demand.

 

Technical Cooperation

Resound Research Institute has established technical cooperation with numerous well-known domestic and foreign universities, research institutes, and enterprise platforms, including:
 
Tsinghua University
Lanzhou University
Zhengzhou University
Altai State Technical University of Russia
Northwestern Polytechnical University
Chinese Academy of Engineering
Henan Academy of Sciences
China Electronics Technology Group
CGN Group
Xiamen University
Henan University
National University
University of Electronic Science and Technology of China
Chinese Academy of Sciences
China Academy of Engineering Physics
China Shipbuilding Group
China Electronics Group
Henan Inspection Group
 

Research and Development Fields

* Applications of Micro-Electromechanical and Lithography Technology
* Optoelectronics and Spectroscopy Technology
* High-Power Laser and Device Preparation Technology
* Nuclear Instrument and Emergency Equipment System Applications

 

Introducing Advanced Technologies and Products

Resound Research Institute continuously introduces advanced new technologies and products in industrial application scenarios such as market supervision, public safety, environmental monitoring, and science, education, research, and production. This has led to the formation of a domestically produced high-end scientific equipment industry base that integrates design, research and
development, production, sales, and services. This base drives the iteration of downstream industry technology, enhances the transformation and industrialization level of scientific and technological achievements, and provides technological sources for innovative development.

Full-Band Hyperspectral Ground Object Spectroradiometer. Geospectral InstrumentFull-Band Hyperspectral Ground Object Spectroradiometer. Geospectral InstrumentFull-Band Hyperspectral Ground Object Spectroradiometer. Geospectral InstrumentFull-Band Hyperspectral Ground Object Spectroradiometer. Geospectral InstrumentFull-Band Hyperspectral Ground Object Spectroradiometer. Geospectral InstrumentFull-Band Hyperspectral Ground Object Spectroradiometer. Geospectral InstrumentFull-Band Hyperspectral Ground Object Spectroradiometer. Geospectral Instrument

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