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Zero Light Bleed™: LPAR/LPAV Rigid Light Pipe Array

Bivar's Zero Light Bleed technology is available as an array featuring a quadruple station in both right angle and vertical configurations

Image of Bivar's LPAR/LPAV Rigid Light Pipe Array Bivar's Zero Light Bleed LPAR and LPAV board mount rigid light pipe arrays are offered in three lens sizes and dome and flat lens styles. This product offering expands on the Zero Light Bleed series with an innovative adapter design to produce maximum light transmission without bleed.

The Zero Light Bleed adapter channels light directly to the lens, eliminating disruptive light bleed in and around the circuit board that is known to cause false readings, muted and blended colors, and unwanted glow in the chassis.

The Zero Light Bleed board mount rigid light pipe arrays are available in right angle LPAR and vertical LPAV array configurations in a variety of lens diameter sizes.

Features
  • UL94-V0 rated material
  • RoHS and REACH compliance
  • Ideal for applications that require conformal coating (potting)
  • Board mount rear
  • 2 mm, 3 mm, 4 mm
  • Heights: 0.180"
  • Two (2) lens styles: dome or flat
  • LPAR | Right Angle
    • Right angle, quadruple station
    • Body length: 1.0"
  • LPAV | Vertical
    • Vertical, quadruple station
    • Body length: N/A
Applications
  • Aerospace and defense
    • Crew station displays: remote ground communication controls
    • Satcom systems: self-contained vehicle communication systems
    • Communication systems security: GPS (global positioning system) jamming device protection
  • Audio and video
    • Video processors: remote camera systems
    • Matrix switching: HDMI matrix input/output controllers
  • Datacom
    • Network servers: remote monitoring console servers
  • Lighting
    • Lighting control systems: DIN rail mountable lighting control processors
  • Contract manufacturing: box builds
  • Energy and utility
    • Low voltage electronic integration: access controllers
    • Outdoor equipment cabinets: control panels
    • Intelligent power modules: rack-mounted power conversion systems
  • Industrial
    • Motion control systems: modular rack communication modules
    • IoT edge computing: data processing
    • Automation communication systems: configurable I/O controllers
  • Security
    • Asset monitoring systems: older model video systems enhancers
    • Rail and bus scheduling systems: passenger kiosks
    • Aviation data systems: automated wireless plane to ground data transfer systems

LPAV (Vertical) Rigid Light Pipe Array

ImageManufacturer Part NumberDescriptionAvailable QuantityView Details
LED INDICATION, ROUND, CLEAR, DOLPAV2-160-1000D-1-4LED INDICATION, ROUND, CLEAR, DO48 - ImmediateView Details
LED INDICATION, ROUND, CLEAR, FLLPAV2-160-1000F-1-4LED INDICATION, ROUND, CLEAR, FL35 - ImmediateView Details
LED INDICATION, ROUND, CLEAR, DOLPAV3-160-1000D-1-4LED INDICATION, ROUND, CLEAR, DO39 - ImmediateView Details
LED INDICATION, ROUND, CLEAR, FLLPAV3-160-1000F-1-4LED INDICATION, ROUND, CLEAR, FL47 - ImmediateView Details
LED INDICATION, ROUND, CLEAR, DOLPAV4-200-1000D-1-4LED INDICATION, ROUND, CLEAR, DO50 - ImmediateView Details
LED INDICATION, ROUND, CLEAR, FLLPAV4-200-1000F-1-4LED INDICATION, ROUND, CLEAR, FL249 - ImmediateView Details

LPAR (Right Angle) Rigid Light Pipe Array

ImageManufacturer Part NumberDescriptionAvailable QuantityView Details
LED INDICATION, ROUND, CLEAR, DOLPAR2-160-1000D-1-4LED INDICATION, ROUND, CLEAR, DO49 - ImmediateView Details
LED INDICATION, ROUND, CLEAR, FLLPAR2-160-1000F-1-4LED INDICATION, ROUND, CLEAR, FL38 - ImmediateView Details
LED INDICATION, ROUND, CLEAR, DOLPAR3-160-1000D-1-4LED INDICATION, ROUND, CLEAR, DO50 - ImmediateView Details
LED INDICATION, ROUND, CLEAR, FLLPAR3-160-1000F-1-4LED INDICATION, ROUND, CLEAR, FL16 - ImmediateView Details
LED INDICATION, ROUND, CLEAR, DOLPAR4-200-1000D-1-4LED INDICATION, ROUND, CLEAR, DO50 - ImmediateView Details
LED INDICATION, ROUND, CLEAR, FLLPAR4-200-1000F-1-4LED INDICATION, ROUND, CLEAR, FL29 - ImmediateView Details
Published: 2020-01-07