High Resolution Cooled HgCdTe Infrared Thermal Imaging Module For Thermal Camera

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1 (Min. Order)
  • Supplying Ability500 Sets Per Year
  • Supplying TypeOem service
  • Model NumberJH202-640
  • Preferred Payment Method:T/T, L/C, D/A, Western Union, PayPal, Other

Wuhan Joho Technology Co., Ltd

China

Port: Wuhan

Quick Details

  • Processing Time:2 weeks
  • Port:Wuhan
  • Supply Ability: 500 Sets Per Year
  • Brand Name:JOHO
High Resolution Cooled HgCdTe Infrared Thermal Imaging Module JH202-640 For Thermal Camera Description: JH202-640 MWIR Cooled Infrared Thermal Imaging Module has been especially designed for original equipment manufacturers(OEM), It can be easily integrated into infrared sysems that require an advanced ,cooled high resolution thermal imaging solution for extremely long range detection in all weather. It is able to be equipped with 90mm, 400mm/ 100mm,600mm/ 150mm/ 22mm,800~80mm and 1100~110mm continuous zoom for various missions. Applications: Able to be equipped with different lense for thermal camera and EO/IR system integration. Features: Cooled HgCdTe FPA Microbolometer, low noise and high sensitivity  High resolution provide crisp images  Advanced image processing, high frame frequency  Incorporate easily with common power and video interfaces Specifications: DETECTOR Detector Cooled HgCdTe FPA Pixel 640 × 512 Spectral band 3.7 ~ 4.8um NETD ≤20mK(F/2) Cooling down ≤6min at 20ºC, ≤ 8min at 50ºC OPTICS Continuous optical zoom 0.5°×0.4°~5°×4° with 1100mm~110mm zoom lens 0.7°×0.55°~7°×5.5° with 800mm~80mm zoom lens Dual FOV lens 1.4°×1.1°~5.5°×4.4° with 400mm/100mm lens VIDEO Analog video PAL/NTSC Frame frequency 25Hz, 50Hz, 100Hz Digital video 16bit TTL/LVDS/ Camera-link Communication interface RS232 / RS422 POWER Input voltage DC+24V (8~42 VDC optional) Consumption ≤20W (cooling), ≤14W (steady operation) ENVIRONMENTAL Operating temperature range -40 ° C ~ + 60 ° C Storage temperature range -50 ° C ~ + 70 ° C PHYSICAL Dimension 145mm × 76mm × 88mm Weight 810g REFERENCE: 3W.JOHOTEC.COM CONTACT: Ms. Lydia Wu (wuqy at ) Skype: lydia.wu1992