• Peoptix 13 mm F1.0 athermalized LWIR lens for thermal monitoring
  • Peoptix 13 mm F1.0 LWIR thermal imaging lens dimensional drawing

13mm F1.0 LWIR Thermal Imaging Lens

Peoptix 13 mm F1.0 LWIR Thermal Imaging Lens is optimized for 8 – 12 μm and compatible with 640 × 512 (12 μm) uncooled detectors. Its fast F1.0 aperture and 32.9° (H) × 26.6° (V) FOV produce bright, high-contrast thermal imagery for automation, data centers, and perimeter & parking surveillance.

  • Peoptix 13 mm F1.0 athermalized LWIR lens for thermal monitoring
  • Peoptix 13 mm F1.0 LWIR thermal imaging lens dimensional drawing

Description

Key Features

  • Precision-molded chalcogenide — Enables repeatable, cost-effective volume production without sacrificing optical quality.
  • LWIR-Optimized Performance — Tuned for the 8 – 12 μm band, ideal for thermal cameras and infrared imaging systems.
  • Adjustable Focus — Manual focus control from 1 m to infinity, ensuring sharp thermal imaging at any distance.

Technical Data

Model No.

PE 13mm/F1.0

Material

Chalcogenide glass (IRG206)

Detector/Sensor

640 × 512

Pixel Pitch

12 μm 

Focal Length/EFL

13 mm

F-number/F#

1.0

FOV(°)

33.1° (H) × 26.5° (V)

Wavelength (μm)

8 – 12 μm

 Average Transmittance

≥88%

Focus type

Athermalized & Manual

Focus Range

1 m – ∞ 

Working Temperature

−20 °C to +60 °C

Storage Temperature

−20 °C to +70 °C

 

Applications 

  • Industrial Thermal Condition Monitoring 

Continuous temperature tracking of equipment, motors, and processes to detect faults before failure.

  • Thermal Automation Systems 

Embedded thermal sensing for industrial robots, AGVs, and smart production lines.

  • Data-Center Thermal Monitoring 

Continuous thermal checks of server rooms, switchgear, and electrical cabinets to prevent overheating.

  • Perimeter and Parking Surveillance 

Wide-field thermal detection for site security and lot monitoring in low light or total darkness.

 

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