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Fluke 050 CLKT IR Window for Outdoor and Indoor Applications

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  • Fluke 050 CLKT IR Window for Outdoor and Indoor Applications
  • Fluke 050 CLKT IR Window for Outdoor and Indoor Applications
  • Fluke 050 CLKT IR Window for Outdoor and Indoor Applications
  • Fluke 050 CLKT IR Window for Outdoor and Indoor Applications

Key Features

Fluke CLKT Infrared Windows are Available in Three Sizes 50 mm (2 in), 75 mm (3 in) and 100 mm (4 in)

Each CLKT infrared window is engineered and tested to withstand electric-arcs up to 50 kA for 30 cycles.

The ClirVu® coating - exclusive to Fluke infrared windows - seals the optic prior to assembly to protect against moisture degradation making it perfect for very hot and very cold outdoor environments.

Each Fluke infrared window is delivered with an identification plate attached for unique, on-site numbering for rapid location confirmation and faster repairs.

CLKT infrared windows come complete with a security access key, installation instructions and self-adhesive drilling template.

For 5 minute or less installation and Autoground consider the CV300.

Product overview: Fluke 050 CLKT IR Window for Outdoor and Indoor Applications

Save Time and Conduct More Efficient Electrical Infrared Inspections

Once you've installed a Fluke infrared window there is no more need to power down or remove panel doors – you may never have to open the panel door again. Inspections are now conducted quickly, easily and safer than they were before.

Your greatest investment is not what's behind the panel door; your priority is to offer the ultimate protection for the electricians, engineers and inspectors who risk their lives every day doing their jobs.

Specifications: Fluke 050 CLKT IR Window for Outdoor and Indoor Applications

Optic Data Specifications
Crystal insert diameter 50 mm (1.97 in)
Viewing aperture diameter 43 mm (1.7 in)
Viewing aperture area 1452 mm2 (2.25 in2)
Thickness 2 mm (0.08 in)
ClirVu coating Yes
Shortwave IR capable Yes
Midwave IR capable Yes
Longwave IR capable Yes
Ultraviolet (UV) capable Yes
Visual capable Yes
Fusion capable Yes
Canadian Standards Association (CSA) approval Yes
Environmental Type 3/12
KEMA (Arc-Testing)
ANSI C37.20.7 50 kA for 30 cycles @ 60 Hz
EEMACS 14-1 Type-B 40 kA for 30 cycles @ 60 Hz
ASTA (Arc-Testing)
IEC 62271 20 kA for 5 cycles @ 50 Hz
TUV
Cyclic humidity withstand Yes
Vibration withstand Yes
NEMKO
Resistance of insulating materials to 100° Yes
Resistance of insulating material to ball pressure (Brinell) Yes
Glow-wire test 650°C Yes
Lloyds Register
Up to 11 kV marine switchgear, indoor or outdoor Yes
General Specifications
Maximum temperature Gaskets 250°C (482°F)
Body 659°C (1219°F)
Optic 1400°C (2552°F)
Gaskets Low smoke and fume (LSF) compliant silicone
IP rating IP65
NEMA rating Type 3/12
Vibration rating IEC60068-2-6
Humidity rating IEC60068-2-3
Pull-out strength Up to 630 kg (1388 lb)
Warranty Lifetime replacement against manufacturing defects

Models: Fluke 050 CLKT IR Window for Outdoor and Indoor Applications

Fluke 050-CLKT
Fluke 050 CLKT IR Window for Outdoor and Indoor Applications

Buy it

Includes:

  • 2 In. (50mm) C-Range IR Window
  • Kwik Twist

What is the standard emissivity you would expect to adjust for in a Fluke IR camera looking through this type of material?

Asked by: QJKelly
When you do infrared inspections through IR windows, not all of the infrared energy emitted from the target is transmitted through the optical material in the window. If you know the transmission percentage of the window, adjust the transmission percentage in the Imager or in SmartView software to improve the accuracy of the measurement. When you do not do infrared inspections through an IR window, set the Window % to 100 % to disable the correction percentage. If you don't know the window transmission percentage. Take a temperature without the window at 100%. Now take a temperature with the window. Reduce the window transmission percentage till both temperature values match. IR windows will very between 40% - 60% transmission rates.
Answered by: FlukeCorp
Date published: 2024-03-13
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