940nm Infrared Illuminator

Description: Invisible LED Infrared Illuminators Make Your Cameras See Better In The Dark Infrared emitters or illuminators can add lighting to an existing surveillance camera if the camera is infrared sensitive or compatible. Not all cameras are. If your camera already has

Description: these will work for you. Most IR cameras are only compatible with 850nm. If your camera does not have any leds, these may still work for you if your camera is infrared compatible or sensitive. Just Plug it In For a Better Image Infrared illuminators only require power.You

Description: that has a slight red glow at night and offers more useable illumination. The 950nm is the led that is virtually invisible in the dark. Cameras See the Light But The Human Eye Does Not These illuminators have infrared leds that emit light at 850nm

Description: goggles. 850Nm versions have a very slight red glow around the LED emitters when veiwed from a certain angle while 940Nm versions are completely invisible to the naked eye. This light can run on any voltage from 9 to 42 volts and provides an extremely rugged infrared

Description: through the use of night vision goggles. 850Nm versions have a very slight red glow around the LED emitters when veiwed from a certain angle while 940Nm versions are completely invisible to the naked eye. This infrared light can run on any voltage from 9 to 42 volts and

Description: the use of night vision goggles. 850Nm versions have a very slight red glow around the LED emitters when veiwed from a certain angle while 940Nm versions are completely invisible to the naked eye. This light can run on any voltage from 9 to 42 volts and provides a compact and

Description: volts and produces an infrared light beam that can only be seen through the use of night vision goggles. 850Nm versions have a very slight red glow around the LED emitters when viewed from a certain angle while 940Nm versions are completely invisible to the naked eye. The

Description: Powerful permanent light for contour and position verification Longer life through pulse operation Homogeneous illumination with red or infrared light Versions with three different illuminated area sizes Space-saving design thanks to ultra-flat housing

• Illuminator Type: Area / Backlight
• Maximum Voltage: 24 volts

Description: IR Model Offers Simultaneous Video and Visual Viewing Case Included UL Listed Both Infrared (IR) and Ultraviolet (UV) handheld monocular devices employ a proprietary high resolution image converter and photocathode arrangement to produce a visible image from

Description: cable Peak wavelength of CBI FOI module:415nm Blue/Green ratio: 130%/136% Red/Green ratio: 66%/70% Infrared cutoff: 3.5 mW/lm vLuminous flux input for F5mm fiber: 1070 lm Back focus length: 23.6mm Input power for CBI FOI module: 40W Life time of LED light module: 30,000hrs

• Color Temperature: 5000 to 6000 K
• Illuminator Type: Spot
• Light Source: LED
• Maximum Voltage: 12 volts

Description: Application: near-infrared/indocy anine green (NIR/ICG) fluorescence imaging for endoscope or endoscopy

• Color Temperature: 5700 K
• Illuminator Type: Spot
• Light Source: Laser
• Maximum Voltage: 12 volts

Description: Application: near-infrared/indocy anine green (NIR/ICG) fluorescence imaging for endoscope or endoscopy

• Color Temperature: 5700 K
• Illuminator Type: Spot
• Light Source: Laser
• Maximum Voltage: 12 volts

Description: Application: near-infrared/indocy anine green (NIR/ICG) fluorescence imaging for endoscope or endoscopy

• Color Temperature: 5700 K
• Illuminator Type: Spot
• Light Source: Laser
• Maximum Voltage: 12 volts

Description: Application: near-infrared/indocy anine green (NIR/ICG) fluorescence imaging for endoscope or endoscopy

• Color Temperature: 5700 K
• Illuminator Type: Spot
• Light Source: Laser
• Maximum Voltage: 12 volts

Description: Housing Type: DIN Rail Optical Block: None. LED Light Source Infrared = 880nm Best choice in most opaque object sensing tasks. Provides longest possible sensing range in either Beam Make or Beam Break

• Beam: Infrared
• Operating Temperature: -40 to 158 F
• Output: Current

Description: Housing Type: DIN Rail Optical Block: None. LED Light Source Infrared = 880nm Best choice in most opaque object sensing tasks. Provides longest possible sensing range in either Beam Make or Beam Break

• Beam: Infrared
• Operating Temperature: -40 to 158 F
• Output: Current

Description: Housing Type: DIN Rail Optical Block: None Optical blocks available for purchase. LED Light Source Infrared = 880nm Best choice in most opaque object sensing tasks Provides longest possible sensing

• Beam: Infrared
• Operating Temperature: -40 to 158 F
• Output: Current

Description: . Housing Type: DIN Rail Optical Block: None. LED Light Source Infrared = 880nm Best choice in most opaque object sensing tasks. Provides longest possible sensing range in either Beam Make or Beam Break sensing

• Beam: Infrared
• Operating Temperature: -40 to 158 F
• Output: Current

Description: Visible C4 LED delivers 8,000 candela peak beam intensity; 160 lumensVisible illumination source: C4 LED, shock-proof with 50,000 lifetimeDeep dish parabolic reflector produces a concentrated beam with optimum peripheral illuminationInfrared illuminator delivers 1000mW/sr (min) radiant

• # of Batteries: 2
• Battery Size: Other
• Flashlight Type: LED Flashlight
• Lamp Type: LED

Description: DC power. You could easy runs this 1000 feet through an entire Siamese cable roll using 24V AC. State of the Art Infrared Carbonite Composite LEDS are the are the latest innovation for infrared illuminators. This camera outputs more infrared infrared lighting than

• Camera Function: Video

Description: -transform spectrometer with an extended range InGaAs detector which is sensitive in the NIR range from 900 to 2500 nm. Both Spectrometers are connected to a 5 cm integration sphere. The sample is illuminated with perfectly diffuse light thanks to the integrating sphere including a

• Application Software Included: Yes
• Display Options: None
• Operating Temperature: 50 to 104 F
• Spectral / Wavelength Range: 360 to 2500 nm

Description: 700 to 1700 nm These viewing cards contain a phosphor-coated sensor area that emits clearly visible light when illuminated by NIR sources. This allows for the easy location of near-infrared beams and their focal point, even in the dark, and the visualization of spatial mode

• Configuration: Specialty / Other

Description: OSI Laser Diode, Inc.‘s (LDI) series of High Power CW products is offered with an output range from 0.5 Watts to 7.0 Watts. These devices have a standard wavelength of 805 nm with a spectral width of 2.5 nm FWHM. Product Features 0.5 - 5 Watts High

• CDRH Classification: Class IV
• Features: Thermoelectric Cooling
• Fiber Pigtailed: Yes
• Laser Output: Continuous Wave

Description: , this camera delivers superior low-light performance and improved sensitivity in the near-infrared (NIR) spectrum. With Higher Quantum Efficiency (QE) in both 850nm and 940nm, provides crystal-clear images at 5MP resolution. This camera is ideal for, Infrared Vein

• Camera Function: Video
• Horizontal Resolution: 2592 lines
• Maximum Frame Rate: 30 to 60 fps
• Monochrome / Color: Monochrome

Description: 4 UV and 4 IR LEDs that are adjustable though the available free software. Magnification: 20x-200x. Light Wavelength: ~395 nm UV and ~940 nm Infrared. Sensor Type: CMOS. Maximum frame rate: 30fps. Supported video formats: WMV, FLV, SWF, JPEG, PNG. Supported image formats:

Description: commercial complexes. In daylight, the IR-cut filter is activated to minimize the influence of infrared light on image color. Under low-light conditions, the IR-cut filter is removed automatically and the built-in IR illuminators are enabled to offer infrared light for up to 15

• Camera Function: Video

Description: Teledyne DALSA is pleased to offer new and expanded VNIR (visible to near infrared) hyperspectral image sensor capability for remote sensing applications, such as environmental observation, defense and security and other earth observation applications. Capabilities

• Array Type: Linear Array
• Horizontal Pixels: 12000
• Image Sensor Type: Color

Description: aircraft. Infrared technology The optional enhanced vision system (EVS) is a perfect complement to the G1000’s SVT, providing an infrared view outside the cockpit that turns night into day and improves vision through smoke and haze. The EVS provides a real-time moving image of the