S5000-UV-NIR Fiber Optic Spectrometer

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S5000-UV-NIR Fiber Optic Spectrometer

Product ID：FGgx009

Price: Please inquire PDF Format

Supply Ability:80SETS/MON

Port:SHENZHEN

Product Introduction
Other information

Model NumberS5000-UV-NIR

Brand NameHZSAIMAN

Payment TermsTT，PAYPAL，Alibaba.com Pay

S5000-UV-NIR Fiber Optic Spectrometer
Product Introduction
The S5000-UV-NIR Fiber Optic Spectrometer is a compact spectrometer designed for broad-spectrum measurement in industrial and scientific research applications. Equipped with a 2088-line CCD detector, it provides an ultra-wide spectral detection range of 185–1100 nm, covering ultraviolet (UV), visible and near-infrared (NIR) wavelengths with a single spectrometer.
With 0.4 nm wavelength resolution, 1200:1 signal-to-noise ratio, <0.1% stray light and approximately 99.8% corrected linearity, the S5000-UV-NIR offers reliable spectral measurement in a compact and low-power design.

Key Features
•  Ultra-wide spectral range: 185–1100 nm, covering UV to NIR.
•  Compact design: 115 × 80 × 40 mm and approximately 500 g.
•  High-resolution measurement: 0.4 nm wavelength resolution.
•  2088-line CCD detector for broadband spectral acquisition.
•  High signal-to-noise ratio: 1200:1.
•  Low stray light: <0.1%.
•  High corrected linearity: approximately 99.8%.
•  USB-powered: 5 V DC supplied directly through a computer USB port.
•  SMA905 fiber interface for flexible optical coupling.
•  Wide exposure range: 0.03 ms to 60 s.
•  Optional communication: LAN and RS232 available in addition to USB 2.0.
•  Wide operating temperature: -20°C to 65°C.

Working Principle
The S5000-UV-NIR collects light through the SMA905 fiber interface. The incoming light passes through the 30 μm entrance slit and is dispersed by the 600 g/mm diffraction grating into different wavelengths.
The 2088-line CCD array detects the dispersed optical signals. A 16-bit A/D converter converts the detector signals into digital data, which is then transmitted to the computer through USB 2.0 for spectral acquisition and analysis using SpectraPro software.

Technical Specifications

Parameter	Specification
Model	S5000-UV-NIR
Power Supply	5 V DC, USB-powered
Effective Wavelength Range	185–1100 nm
Detector	2088-line CCD
Slit Width	30 μm
Grating	600 g/mm
Wavelength Resolution	0.4 nm
Signal-to-Noise Ratio	1200:1
Stray Light	<0.1%
Corrected Linearity	~99.8%
Power Consumption	120 mA @ 5 V
Computer Interface	USB 2.0; optional LAN / RS232
A/D Conversion	16-bit ADC
Fiber Interface	SMA905
Minimum Exposure Time	0.03 ms
Maximum Exposure Time	60 s
Wavelength Repeatability	<0.3 nm
Wavelength Accuracy	<1.0 nm
Operating Temperature	-20°C to 65°C
Dimensions	115 × 80 × 40 mm
Weight	500 g
Measurement Software	SpectraPro

Applications
The S5000-UV-NIR fiber optic spectrometer is suitable for:
•  UV, visible and NIR spectroscopy
•  Industrial optical measurement
•  Scientific and laboratory research
•  LED and light-source characterization
•  Optical component testing
•  Material and coating analysis
•  Emission spectrum measurement
•  Environmental and chemical analysis
•  Broadband optical sensing
•  OEM and embedded spectral measurement systems

S5000-UV-NIR vs. Conventional Compact Spectrometers

Feature	S5000-UV-NIR	Conventional Compact Spectrometer
Spectral Range	185–1100 nm	Usually narrower
Spectral Coverage	UV + Visible + NIR	Often limited to part of the spectrum
Resolution	0.4 nm	Model-dependent
Detector	2088-line CCD	CCD/CMOS, model-dependent
SNR	1200:1	Model-dependent
Stray Light	<0.1%	Model-dependent
Power Supply	USB-powered	May require external power
Fiber Interface	SMA905	Model-dependent
Dimensions	115 × 80 × 40 mm	Model-dependent
Optional Interfaces	LAN / RS232	Model-dependent

FAQ
1.What wavelength range does the S5000-UV-NIR cover?
It covers 185–1100 nm, allowing UV, visible and near-infrared spectral measurements with one spectrometer.
2.Does the S5000-UV-NIR require an external power supply?
No. It is powered directly by a computer's USB port at 5 V DC.
3.What detector does the S5000-UV-NIR use?
It uses a 2088-line CCD detector for broadband spectral detection.
4.What is the wavelength resolution?
The wavelength resolution is 0.4 nm.
5.What fiber interface is provided?
The standard fiber interface is SMA905.
6.What is the exposure time range?
The minimum exposure time is 0.03 ms, while the maximum exposure time is 60 seconds.
7.What communication interfaces are available?
USB 2.0 is standard, with LAN and RS232 available as optional interfaces.
8.What software is used with the spectrometer?
The S5000-UV-NIR uses SpectraPro measurement software for spectral acquisition and analysis.

FAQ
1.What wavelength range does the S5000-UV-NIR cover?
It covers 185–1100 nm, allowing UV, visible and near-infrared spectral measurements with one spectrometer.
2.Does the S5000-UV-NIR require an external power supply?
No. It is powered directly by a computer's USB port at 5 V DC.
3.What detector does the S5000-UV-NIR use?
It uses a 2088-line CCD detector for broadband spectral detection.
4.What is the wavelength resolution?
The wavelength resolution is 0.4 nm.
5.What fiber interface is provided?
The standard fiber interface is SMA905.
6.What is the exposure time range?
The minimum exposure time is 0.03 ms, while the maximum exposure time is 60 seconds.
7.What communication interfaces are available?
USB 2.0 is standard, with LAN and RS232 available as optional interfaces.
8.What software is used with the spectrometer?
The S5000-UV-NIR uses SpectraPro measurement software for spectral acquisition and analysis.