• Precision molded chalcogenide glass LWIR thermal imaging lens with black optomechanical housing, for uncooled infrared detection systems
  • 35 mm F1.0 LWIR Thermal Imaging Lens

35 mm F1.0 LWIR Thermal Imaging Lens

Peoptix 35 mm F1.0 LWIR Thermal Imaging Lens is designed for 640 × 512 uncooled LWIR cameras. Its narrow, long-range field of view suits infrared applications including electrical thermography, early fire detection and inland & coastal vessel navigation.

  • Precision molded chalcogenide glass LWIR thermal imaging lens with black optomechanical housing, for uncooled infrared detection systems
  • 35 mm F1.0 LWIR Thermal Imaging Lens

Description

Key Features

  • Passive athermalization 

Chalcogenide glass combined with complementary materials achieves passive athermalization, holding focus across the operating temperature range.

  • 3 m to infinity object distance 

Sharp, stable imaging from a 3 m minimum object distance to infinity.

  • Long-range performance 

A 35 mm focal length provides a narrow field of view for long-range thermal imaging.

Technical Data

Model No.

PE 35mm/F1.0-BM(V1)

Material

Chalcogenide glass (IRG206)

Detector/Sensor

640 × 512

Pixel Pitch

12 μm 

Focal Length/EFL

35 mm

F-number/F#

1.0

FOV(°)

12.5° (H) × 10° (V)

Wavelength (μm)

8–12 μm

 Average Transmittance

≥85%

Focus type

Athermalized & Manual

Focus Range

3 m – ∞ 

Working Temperature

−20 °C to +60 °C

Storage Temperature

−20 °C to +70 °C


Application
s

  • Electrical thermography & hot spot detection

Identifying overloaded circuits, loose connections and failing components in switchgear and power distribution systems.

  • Early fire detection

Identifying abnormal heat buildup in warehouses, fuel storage, waste facilities and industrial sites before flames or smoke appear.

  • Inland & Coastal Vessel Navigation 

Supporting night navigation by identifying obstacles, vessels and buoys in low visibility.




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