Online Hyperspectral Field Spectrometer

• Customization: Available
• Application: Industrial
• Warranty: 1 Year
• Model NO.: ATP9160
• Detection Method: Spectrophotometer
• Advantage: High Resolution
• Wavelengths: Visible Spectrometer
• Dispersive Element: Grating Spectrometer
• Light Number: Polychromator
• Certification: RoHS, ISO9001, CE
• Customized: Non-Customized
• Power Supply: 12VDC@5A
• Storage Temperature: -20°c 65°c
• Transport Package: Box
• Specification: 290× 140× 141mm
• Trademark: optosky
• Origin: China
• Production Capacity: 10000

Product Description

Description

 

The ATP9160 series field in-situ hyperspectral spectrometer (field spectral radiometer) is a high-performance ground-based spectrometer from Optosky. It covers wavelength ranges of 350~1100 nm, 350-1700 nm, and 350-2500 nm, measuring the reflectance spectra of terrestrial objects. By analyzing these spectra, various plant indices such as growth status, chlorophyll content, and yield estimation can be derived. This spectrometer is suitable for a wide range of applications, including remote sensing measurement, crop monitoring, forest research, and oceanography.

The ATP9160 can be powered by solar panels and features a built-in 32GB memory. Data can be transmitted to a data center (central control room) via Ethernet or 4G IoT, enabling months of unattended online monitoring. The spectrometer boasts high cost-effectiveness, rapid and accurate measurements, simple operation, and portability. It comes with a powerful software package that supports not only reflectance measurements but also radiometric, photometric, and colorimetric measurements.

 

 

Model	Description
ATP9160	General type,300-1100nm
ATP9160-17	Broad spectrum,300-1700nm
ATP9160-25	Broad spectrum,300-2500nm
ATP9160-25H	Broad spectrum, high resolution,,300-2500nm
ATP9160-SIF	Sun-induced fluorescence
ATP9160-4CH	4-channel light input

 

Features:

 

• Field in-situ spectrometer, long-term real-time monitoring, unattended
• Multiple wavelength options: 350~1100 nm, 350-1700 nm, 350-2500 nm;
• Multi-channel input, real-time monitoring of sky light and plant reflection spectra
• Thermostatically controlled spectrometer with cooling for stable and reliable measurement results
• High sensitivity, detector quantum efficiency up to 60%, near-infrared sensitivity 40% higher than traditional PDA detectors
• Fast measurement speed, sampling time less than 10 milliseconds
• Real-time sky spectrum monitoring and compensation
• Powered directly by solar cells
• RS485, LAN, WIFI, 4G/5G IoT connectivity
• Dynamic dark current correction to reduce thermal noise impact
• Built-in tilt sensor, laser indication of detection position for easy adjustment
• 13-megapixel HD camera displaying the spectral capture area
• Customizable output of various observation indices, such as SIF, NDVI, etc.
•  

Application

• Geological research and prospecting
• Petrochemicals:Oil & Energy
• Remotesensor
• Agriculture:Crop monitoring
• Environmental Science:Forest research and oceanography
•  

 

Detector
Type	Linear array sensor / InGaAs sensor
Detector	300~1100nm: 2048pixels 1100~1700nm: InGaAs 512 pixels  dual-stage TEC cooling  1100~2500nm: InGaAs 512pixels  dual-stage TECcooling 2.5~11 μm:Linear array pyroelectric senso
Optical Parameters
Model	ATP9160	ATP9160-17	ATP9160-25	ATP9160-25H	ATP9160-SIF
Spectral Range	300-1100nm	300~1700 nm	300~2500 nm	300~2500 nm	680-780nm
Resolution	0.8~1.5nm	0.8~1.5nm@756nm 3~5nm@1400nm	0.8~1.5nm@756nm 7~12nm@1400&2100nm	0.8~1.5nm@756nm 3~5nm@1400nm 5~8nm@2100 nm	0.12nm
Wavelength Repeatability	± 0.1nm @ VIS ± 0.5nm @ SWIR ± 3nm @ MWIR
Wavelength Accuracy	± 0.5nm@ VIS,± 1.1 nm @ SWIR, ± 5nm @ MWIR
Input	Free space input Fiber optic input, 1.5m fiber bundle (25° field of view), optional front lens to change field of view, customizable fiber length
FOV	Small field of view lens options: 1º/8º/15º/25º
Maximum Radiation	VNIR: 2x sunlight / SWIR: 10x sunlight
SNR	300~1000nm:>800,1000~2500nm:>16000
Spectral Sampling Interval	Visible light:0.4nm, Shortwave infrare:1.0 nm	Visible light:0.4nm, Shortwave infrared:1.0 nm	Visible light:0.4nm, Shortwave infrared::1.0 nm	Visible light:0.4nm, SWIR:1.0 nm MWIR:2.5 nm
Spectral Averaging	Up to 100,000 times
Interface	Standard:RS485,LAN; Optional:5G wireless data network
Geolocation	Built-in GPS positioning system
Power Supply	12VDC@5A
Power Consumption	ATP9160:25W ATP9160-17:40W ATP9160-25:45W ATP9160-25H:60W
Storage Temperature	-20°C ~ +65°C
Working Temperature	-10 ~ 50 oC
Working Humidity	< 90% RH(non-condensing)
Physical Parameters
Waterpro of Rating	IP67
Dimensions	290×140×141mm	350×300×170mm	350×300×170mm	350×300×170mm	290×140×141mm
Weight	4.5 Kg	7.5Kg	7.8 Kg	9.8 Kg	7.5Kg

 

 

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.