Edmund Optics Inc. Extended Hot Mirror 101x127mm NT47-304

Description
Improved NIR Reflectance Over Standard Hot Mirrors Operating Temperatures up to 230°C Neutral Color for 5500K or 3200K Sources to ±250K Extended Hot Mirrors are designed to reduce the heat in an optical system without sacrificing the systems visible output. While typical hot mirrors reflect from 750nm to approximately 1250nm, Extended Hot Mirrors further reduce heat by extending the reflection range to approximately 1750nm.Hot mirrors are crucial in many projection and illumination systems where high levels of heat can quickly damage sensitive components. Hot mirrors are specially coated to transmit visible light while reflecting the NIR, a major attributor to heat generation. By using a hot mirror, heat levels are limited with minimum impact on the overall system performance.
Description
Improved NIR Reflectance Over Standard Hot Mirrors Operating Temperatures up to 230°C Neutral Color for 5500K or 3200K Sources to ±250K Extended Hot Mirrors are designed to reduce the heat in an optical system without sacrificing the systems visible output. While typical hot mirrors reflect from 750nm to approximately 1250nm, Extended Hot Mirrors further reduce heat by extending the reflection range to approximately 1750nm.Hot mirrors are crucial in many projection and illumination systems where high levels of heat can quickly damage sensitive components. Hot mirrors are specially coated to transmit visible light while reflecting the NIR, a major attributor to heat generation. By using a hot mirror, heat levels are limited with minimum impact on the overall system performance.

Suppliers

Company
Product
Description
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Barrington, NJ, USA
Extended Hot Mirror 101x127mm
NT47-304
Extended Hot Mirror 101x127mm NT47-304
Improved NIR Reflectance Over Standard Hot Mirrors Operating Temperatures up to 230°C Neutral Color for 5500K or 3200K Sources to ±250K Extended Hot Mirrors are designed to reduce the heat in an optical system without sacrificing the systems visible output. While typical hot mirrors reflect from 750nm to approximately 1250nm, Extended Hot Mirrors further reduce heat by extending the reflection range to approximately 1750nm.Hot mirrors are crucial in many projection and illumination systems where high levels of heat can quickly damage sensitive components. Hot mirrors are specially coated to transmit visible light while reflecting the NIR, a major attributor to heat generation. By using a hot mirror, heat levels are limited with minimum impact on the overall system performance.
  • Improved NIR Reflectance Over Standard Hot Mirrors
  • Operating Temperatures up to 230°C
  • Neutral Color for 5500K or 3200K Sources to ±250K

Extended Hot Mirrors are designed to reduce the heat in an optical system without sacrificing the systems visible output. While typical hot mirrors reflect from 750nm to approximately 1250nm, Extended Hot Mirrors further reduce heat by extending the reflection range to approximately 1750nm.Hot mirrors are crucial in many projection and illumination systems where high levels of heat can quickly damage sensitive components. Hot mirrors are specially coated to transmit visible light while reflecting the NIR, a major attributor to heat generation. By using a hot mirror, heat levels are limited with minimum impact on the overall system performance.

Supplier's Site

Technical Specifications

  Edmund Optics Inc.
Product Category Optical Filters
Product Number NT47-304
Product Name Extended Hot Mirror 101x127mm
Filter Type Hot Mirrors
Filter Shape Rectangular
Filter Diameter, Side Length, or Rectangular Length 127 mm (5 inch)
Rectangular Width 101 mm (3.98 inch)
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