Product Introduction

The JYCCD-87IR mid-infrared spot mass analyzer independently developed by Jingyi Optoelectronics belongs to the mid-infrared target surface series equipment, equipped with a vanadium oxide uncooled infrared detector, operating in the 8~14μm range, specifically developed for long-wave infrared spot detection. Camera resolution 640×512, pixel size 17μm, photosensitive target surface 10.88mm×8.704mm, capable of measuring infrared spots of 170μm~8.7mm, up to 50fps full-resolution real-time collection of spot energy distribution, enabling rapid analysis of infrared spot profile, spot size, energy concentration, and other parameters. The device uses an M34×0.75 lens interface, supports dual power supply of 9~24VDC and PoE, compact size, easy integration, and stable use for laboratory and production line infrared optical testing. 

 

Product advantages

Mid-infrared dedicated detection: 8~14μm long-wave infrared response, uncooled vanadium oxide detector, no cooling required, simple and reliable overall structure; Thermal sensitivity <35mk, strong ability to recognize weak infrared heat signals.

High-speed real-time acquisition: 50fps high frame rate, response time <10ms, capable of capturing dynamic and transient infrared spots and real-time observation of spot changes.

Wide-range spot measurement: can measure spot range 170μm~8.7mm, covering medium to small infrared spot testing needs.

Flexible power supply and integration: Supports DC power supply via PoE cable, with typical power consumption of only 2.5W; Compact body, weighing about 275g, easy to install on various optical platforms.

Excellent environmental adaptability: operating temperature -30~60°C, usable in 20%~90RH without condensation; IP40 protection, complete CE/FCC/RoHS/KC certifications, suitable for domestic and international projects.

Standardized lens mount: M34×0.75 lens mount, compatible with multiple infrared lenses to suit different magnification test scenarios. 

 

Main measurement functions

Spot diameter (long/short axis, X/Y direction)

Ellipsity, Gaussian fit

Energy distribution, beam position, divergence angle

Pass/Fail settings

High-speed, high-resolution display of 2D and 3D pseudo-color beam profiles

Real-time pseudo-color 2D display of light spots and Gaussian curve display on both long and short axes

Supports controlling camera exposure, gain, and resolution

Statistical analysis of supported parameters

Record and export parameters, or generate reports

Read the spot image and measure parameters

Multiple image saving options

Supports USB 3.0 interface

Graphical interface, easy to use, and freely configurable

Customizable expansion features

 

Application areas

Infrared laser R&D and factory spot quality inspection

Infrared optical system assembly and calibration, optical component performance characterization

Calibration of infrared thermal imaging light sources, testing of infrared target simulators

Optical verification of in-vehicle infrared sensing and infrared detection systems

Long-wave infrared optical laboratory, automated production line optical inspection

 

Technical specifications

Model	JYCCD-87IR
Parameter	MV-CI003-GL-N6
Sensor Type	Vanadium Oxide Uncooled Detector
Wavelength Range	8-14µm
Photosensitive Area	10.88 mm × 8.704 mm
Pixel Size	17 μm
Resolution	640 × 512
Measurable Spot Size	170 µm-8.7 mm
Maximum Frame Rate	50 fps @640 × 512
Thermal Sensitivity	<35 mK (F1.0, 25°C)
Response Time	<10 ms
Power Supply	9 ~ 24 VDC, supports PoE power supply
Typical Power Consumption	2.5 W @12 VDC
Lens Mount	M34*0.75
Dimensions	58 mm × 58 mm × 115.5 mm
Weight	Approximately 275 g
IP Protection Rating	IP40 (when lens and cables are correctly installed)
Temperature	Operating temperature -30 ~ 60°C, Storage temperature -30 ~ 70°C
Humidity	20% ~ 90% RH non-condensing
Certification	CE, FCC, RoHS, KC

*The final right of interpretation of this technical specification belongs to the manufacturer.

 

Consult customer service to obtain detailed materials and exclusive solutions.

Tel: 400-1800-685

Email:info@gzjygd.com