HP250 Fiber Optic Spectrometer

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HP250 Fiber Optic Spectrometer

Product ID：FGgx044

Price: Please inquire PDF Format

Supply Ability:50 SETS/MON

Port:SHENZHEN

Product Introduction
Other information

Model NumberHP250

Brand NameHZSHUANGSE

Payment TermsTT，PAYPAL，Alibaba.com Pay

HP250 Fiber Optic Spectrometer

Product Overview
The HP250 Fiber Optic Spectrometer is a compact optical measurement instrument designed for spectral data acquisition and analysis. It combines a high-speed STM32 processor running FreeRTOS with a 3648-pixel linear CCD optical sensor and a long-focal-length asymmetric crossed optical system. With high measurement linearity, stable performance, and PC software support, it enables efficient spectral analysis in laboratory and field environments.
The HP250 supports optical input through a direct slit connection or fiber optic coupling. Depending on the configuration and accessories, it can be used to analyze light sources and measure the spectral characteristics of materials and liquids, including transmittance, absorbance, and reflectance.
Its compact size makes it suitable for research laboratories, universities, industrial quality control, lighting evaluation, and optical product development.

Key Features
• Compact and Portable Design: Small dimensions make the instrument convenient for laboratory use and on-site measurements.
• High-Speed Data Acquisition: Millisecond-level integration times support rapid spectral signal collection.
• High-Resolution CCD Sensor: A 3648-pixel linear CCD enables detailed spectral data acquisition.
• Flexible Optical Input: Supports direct optical input through the slit or connection via a fiber optic cable.
• High-Performance Optical System: Uses a 72.5 mm focal-length optical design and an imported blazed grating.
• Configurable Wavelength Selection: Long-pass filters or linear variable filters can be installed, with wavelength ranges configurable through software where supported.
• Multiple Communication Options: Supports USB, RS-485, RS-232, and Bluetooth communication protocols, depending on the configuration.

Working Principle
The HP250 Fiber Optic Spectrometer collects light through a direct optical input or a fiber optic cable. The incoming light enters the spectrometer's optical system, where a diffraction grating separates it into its component wavelengths.
The dispersed light is detected by a linear CCD sensor, which converts the optical signal into electrical data. The instrument's processor acquires and processes the detector signals, while the accompanying PC software supports spectral visualization, data analysis, and result evaluation.
With suitable optical accessories and calibration, the system can be configured for applications such as emission spectrum analysis and measurements of transmittance, absorbance, and reflectance.

Technical Specifications

Parameter	Specification
Model	HP250 / HP-250 Series
Wavelength Range	Selectable configurations from 200 to 1050 nm
Spectral Resolution	0.2 nm
Optical Detector	3648-pixel linear CCD sensor
Processor	STM32 series processor
Operating System	FreeRTOS
Focal Length	72.5 mm
Optical Input	Direct slit input or fiber optic coupling
Fiber Optic Connector	SMA 905
Stray Light	Less than 0.1%
Data Acquisition	Millisecond-level integration time
Communication Interfaces	USB, RS-485, RS-232, Bluetooth, depending on configuration
Optical Filters	Long-pass filter or linear variable filter, depending on configuration
Software	PC-based spectral analysis software
Dimensions	80 × 60 × 40 mm

Note: Confirm the wavelength configuration, optical path description, communication interfaces, filter options, and measurement performance with the supplier before ordering. The listed wavelength range may depend on the selected configuration.

Applications
• Laboratory Research: Spectral measurements and optical experiments in universities, research institutes, and testing laboratories.
• Light Source Evaluation: Spectral analysis of lamps, LEDs, and other optical radiation sources.
• Industrial Quality Control: Spectral inspection and production quality monitoring for optical products and lighting equipment.
• Optical Material Analysis: Transmittance, absorbance, and reflectance measurements for suitable materials and liquids.
• Chemical and Pharmaceutical Research: Spectroscopic analysis in chemical processing, pharmaceutical development, and biomedical research.
• Environmental and Biological Studies: Optical measurements for environmental science, biochemistry, and related research.
• Textile and Food Industries: Spectral testing for material characterization and selected quality assessment applications.
• Jewelry and Eyewear Industries: Optical inspection and spectral evaluation when paired with suitable measurement accessories and methods.

Applicable Standards
The supplied product information does not specify particular regulatory or testing standards for the HP250 Fiber Optic Spectrometer.
Applicable standards depend on the intended measurement, sample type, wavelength range, and testing procedure. Users should confirm calibration requirements and relevant industry standards before selecting the instrument for regulated testing or compliance assessment.

Comparison

Comparison Item	HP250 Fiber Optic Spectrometer	General Laboratory Spectrometer
Form Factor	Compact, portable design	Varies from compact to benchtop
Optical Input	Direct slit or fiber optic coupling	Depends on the optical configuration
Spectral Resolution	Specified as 0.2 nm	Varies by model
Wavelength Range	Configurations available from 200 to 1050 nm	Depends on detector and optical design
Data Processing	PC software supported	PC software or integrated interface
Connectivity	USB, RS-485, RS-232, or Bluetooth, depending on configuration	Varies by model
Typical Use	Portable spectral measurements, laboratory research, and optical product testing	General-purpose or specialized spectral analysis

The HP250 is worth considering when compact dimensions and flexible optical coupling are priorities. For applications requiring verified performance across a specific wavelength range, compare detector sensitivity, wavelength accuracy, spectral resolution, stray light, and calibration specifications before purchasing.

FAQ
1. What is the wavelength range of the HP250 Fiber Optic Spectrometer?
The HP250 series offers selectable wavelength configurations within the stated range of 200–1050 nm. Confirm the exact wavelength range of the model being purchased.
2. What is the spectral resolution of the HP250?
The supplied specifications list a spectral resolution of 0.2 nm. Buyers should confirm the test conditions and whether this value applies across the selected wavelength range.
3. Can the HP250 measure transmittance, absorbance, and reflectance?
Yes, these measurements are possible with suitable optical accessories, reference measurements, calibration, and compatible software workflows. The required configuration depends on the sample and measurement method.
4. Does the HP250 require a computer?
The instrument is supplied with PC software for spectral data analysis. A computer is therefore used for the software-based workflow; confirm the supported operating system and connection requirements with the supplier.
5. Which communication interfaces are supported?
The supplied information lists USB, RS-485, RS-232, and Bluetooth communication protocols. Availability may vary by configuration.
6. What is the purpose of the SMA 905 connector?
SMA 905 is a common fiber optic connector used to couple light into compatible optical instruments. Ensure that the fiber, connector, and optical accessories match the selected configuration.
7. What should be considered when selecting an HP250 configuration?
Key considerations include the required wavelength range, spectral resolution, light source, optical fiber, sample characteristics, measurement mode, software compatibility, and calibration requirements.
8. Is the HP250 suitable for field measurements?
Its compact dimensions support portable use. Actual field suitability depends on the power supply, computer requirements, environmental conditions, and the optical accessories used.

FAQ
1. What is the wavelength range of the HP250 Fiber Optic Spectrometer?
The HP250 series offers selectable wavelength configurations within the stated range of 200–1050 nm. Confirm the exact wavelength range of the model being purchased.
2. What is the spectral resolution of the HP250?
The supplied specifications list a spectral resolution of 0.2 nm. Buyers should confirm the test conditions and whether this value applies across the selected wavelength range.
3. Can the HP250 measure transmittance, absorbance, and reflectance?
Yes, these measurements are possible with suitable optical accessories, reference measurements, calibration, and compatible software workflows. The required configuration depends on the sample and measurement method.
4. Does the HP250 require a computer?
The instrument is supplied with PC software for spectral data analysis. A computer is therefore used for the software-based workflow; confirm the supported operating system and connection requirements with the supplier.
5. Which communication interfaces are supported?
The supplied information lists USB, RS-485, RS-232, and Bluetooth communication protocols. Availability may vary by configuration.
6. What is the purpose of the SMA 905 connector?
SMA 905 is a common fiber optic connector used to couple light into compatible optical instruments. Ensure that the fiber, connector, and optical accessories match the selected configuration.
7. What should be considered when selecting an HP250 configuration?
Key considerations include the required wavelength range, spectral resolution, light source, optical fiber, sample characteristics, measurement mode, software compatibility, and calibration requirements.
8. Is the HP250 suitable for field measurements?
Its compact dimensions support portable use. Actual field suitability depends on the power supply, computer requirements, environmental conditions, and the optical accessories used.