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JH-M2

Monocular Thermal Imager

The JH-M2 is a monocular thermal imager designed for thermal-target observation where visible light is limited, with infrared imaging, target search, and environmental adaptability.

Product overview

The JH-M2 Monocular Thermal Imager is configured for thermal-target observation where visible light is limited, combining infrared imaging, target search, and environmental adaptability. Key specifications include 2) Visual Configuration Featuring a 13mm opti-, lens 13mm, FOV 13.5°. Select the required configuration for the intended operating conditions.

2) Visual Configuration: Featuring a 13mm opti-
lens: 13mm
FOV: 13.5°
Screen: 360x320, 1.6inch
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Industry applications

Product features

  • Infrared imaging, target search, and environmental adaptability
  • Key functions and performance specifications are listed by item
  • Configuration can be selected for the intended operating environment

Applications

  • Night and total-darkness observation
  • Search in smoke, dense fog, rain, or snow
  • Outdoor patrol and emergency response

Feature guide

Product overview

The JH-M2 Monocular Thermal Imager is configured for thermal-target observation where visible light is limited, combining infrared imaging, target search, and environmental adaptability. Key specifications include 2) Visual Configuration Featuring a 13mm opti-, lens 13mm, FOV 13.5°. Select the required configuration for the intended operating conditions.

Specifications

2) Visual ConfigurationFeaturing a 13mm opti-
lens13mm
FOV13.5°
Screen360x320, 1.6inch
Detector resolution384x288
time≥4hours, 2 pcs
power supplyType-C, 5V
temperature-20°C~+50°C
Compact resistance1000g
Weight100g(w/o battery)
Dimension43x41x52mm

Compare products in this family

Only matching public specifications are shown. Missing values are not inferred.

SpecificationJH-M2Current productLY-K9 SERIESJH-FTB675L
Lens / objective13mmNot published75 mm F/1.2 motorized

Turn equipment into part of mission capability

Share field conditions, target distance, and mission stage so the right configuration and information scope can be confirmed.

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