English
Infrared Sensing Fresnel Lens Infrared Sensing Fresnel Lens

HDPE Human Body Infrared Lens

Specification

[Product Name] High Ceiling Infrared Lens

[Model] Quad-Element

[Material] Optical HDPE
[Dimension] 76.6 × 76.6 × 33.8 mmmm

[Focal Length] 30mm

[Sensing Angle] 360° Full Coverage

[Detection Distance] 19m

[Color] white, black, customized

[Lens Profile] Quad-Element Dome Design

[Installation Type] Ceiling Mounted (8M)
[Custom Service] OEM & ODM Optical Design


HDPE Human Body Infrared Lens with Quad-Element Optical Design for High-Bay PIR Detection Systems


The Quad-Element HDPE Human Body Infrared Lens is engineered for high-ceiling PIR sensing systems that require extended coverage and reliable infrared signal concentration.

With a 30mm focal length, 360° optical pattern, and an impressive 19-meter detection radius, this lens is optimized for ceiling installations up to 8 meters, enabling efficient monitoring of expansive indoor environments.

Its quad-element optical architecture enhances infrared signal distribution and supports stable performance in demanding applications such as warehouses, logistics centers, transportation facilities and high-bay commercial buildings.

What is the Quad-Element HDPE Human Body Infrared Lens?
The Quad-Element HDPE Human Body Infrared Lens is a large-format Fresnel lens designed for ceiling-mounted PIR sensors installed at heights up to 8 meters. With a 30mm focal length, 360° optical coverage and a 19-meter detection radius, it is engineered for reliable infrared sensing in expansive indoor environments where conventional ceiling-mounted lenses may not provide sufficient coverage.

Why Choose Yuying Optical as Your HDPE PIR Fresnel Lens Manufacturer?

  • More than 30 years of Fresnel lens manufacturing experience
  • In-house mold design and precision optical engineering
  • Optical-grade HDPE material with stable infrared transmission
  • OEM and ODM customization for global customers
  • Consistent quality backed by ISO-certified manufacturing
  • High-volume production with reliable lead times
  • Engineering support from prototype to mass production
  • Global export experience serving customers across multiple industries



Engineering Advantages

  • Optimized optical performance for high mounting heights
  • Quad-element compatible Fresnel architecture
  • Extended 19m sensing radius for large indoor spaces
  • Stable infrared energy distribution across wide coverage zones
  • Suitable for high-bay buildings and complex architectural layouts
  • Optical HDPE material for excellent infrared transmission
  • Precision manufacturing for consistent batch quality
  • Custom optical engineering services available from Yuying Optical


Why Choose This High-Mount PIR Lens?

  • Designed for 8m ceiling installations
  • Covers up to 19m detection radius
  • Quad-element optical architecture for enhanced infrared distribution
  • Large-format Fresnel design for expansive monitoring zones
  • Optimized for high-bay indoor environments
  • Optical-grade HDPE with excellent infrared transmission
  • Custom segmentation and optical layouts available
  • Suitable for large-scale OEM sensor projects

Custom also Ask

Why is this lens designed for 8-meter installations?
The optical geometry is optimized to maintain effective infrared energy collection over greater mounting heights, enabling reliable coverage in large indoor environments.

What is the benefit of a quad-element optical structure?
The quad-element design supports more uniform infrared distribution across wide areas and helps optimize coverage for compatible multi-element PIR sensor configurations.

Which environments are best suited for this lens?
It is well suited for warehouses, logistics centers, exhibition halls, manufacturing workshops, airport terminals, gymnasiums and other buildings with high ceilings.

Can the detection pattern be customized?
Yes. Yuying Optical provides customization for Fresnel segmentation, optical geometry, dimensions and focal lengths based on project-specific sensing requirements.

Does the larger lens size improve performance?
A larger optical surface can collect infrared radiation over a broader area, making it particularly effective for applications requiring high installation heights and extended coverage.



Manufacturing Capabilities

  • Precision compression molding and injection molding
  • Custom lens diameter and focal length development
  • Optical pattern optimization for specific sensing requirements
  • Mold design and rapid sample validation
  • Strict dimensional and optical quality inspection
  • Batch traceability for quality assurance
  • Flexible production for low-volume and high-volume orders
  • Technical support throughout the product development cycle


Typical Applications

  • High-bay warehouses
  • Distribution and logistics centers
  • Manufacturing workshops
  • Airport terminals
  • Railway stations
  • Sports arenas
  • Exhibition and convention centers
  • Aircraft hangars
  • Shopping malls with atriums
  • Large commercial buildings

Product Video

Send a Message

Applications