Additional Info

• Key Specifications:

  TESTD-PT Series
  Specifications	TESTD-PT 6
  Energy	6 kJ
  Reflector	7" Bayonet
  Real-Time Synchronization	Yes
  Communication Interface	RS485
  Suitable for Continuous Operation	No
  Flash Cable Length	5 m
  Weight	20 kg (w/o lamp)
  Power	110/230 VAC Fusing 16A

   

  TESTD-LockT Series
  Specifications	TESTD-LockT 2	TESTD-LockT 4
  Power	3.6 kW (2 × 1.8 kW)	3.6 kW (2 × 1.8 kW)
  Halogen Lamp	1.8 kW	2 × 1.8 kW
  Lamp Operational Temperature	0 to 30°C	0 to 30°C
  Camera Sync	Yes	Yes
  Suitable for Continuous Operation	Yes	Yes
  Lamp Cable Length	5 m	5 m
  Tripod Bag 120 cm	Included	Included
  Weight	6 kg (w/o tripod)	10 kg (w/o tripod)
  Filter Set for Halogen Lamp (CFRP Optimized)	×1	×2
  Bar-T Mounting for 2 Lamps	No	Included
  Power	110/230 VAC Fusing 16A	110/230 VAC Fusing 16A

   

   

   

• Hyper-Cam Methane:

  The Hyper-Cam Methane is a unique, high performance, thermal hyperspectral imaging camera designed for real-time detection and identification of methane (CH₄) gas leaks and emissions. This highly sensitive, methane detection system allows the detection of gas leaks as well as the mapping of methane gas over an extended area.

  The camera is easy to use and is ideal for gas leak detection and mapping of methane in either large or hard to reach areas. With its integrated calibration system and electronics Hyper-Cam Methane can be used in a standalone (and unmanned) configuration for over 24 hrs.

  Key Benefits

  • Rapid visualization of leaks and emissions
  • Detection of small quantities of methane (1 ppm, depending on the environmental conditions) due to high sensitivity
  • Passive monitoring of vast areas

  Download the Hyper-Cam Methane Datasheet

• Airborne Solution:

  

  The Hyper-Cam can be used as an advanced hyperspectral imaging solution for airborne infrared spectroscopy.

  The Airborne Platform is equipped with a stabilization system and an image motion compensation mirror, which allows you to use the Hyper-Cam from an airplane in order to map vast areas and obtain clear, high-quality spectral information.

  Some key specifications include:

  • High sensitivity: Excellent signal-to-noise ratio (SNR) allows the detection of weak signals
  • User-selectable spectral resolution up to 1 cm^-1
  • Mapping and targeting acquisition modes
• Motorized Polarizer:

  The motorized polarizer allows hyperspectral measurements in a linear polarization state at a user-defined angle. It allows better discrimination of targets, such as man-made objects, surface contaminants and liquid films.

  The polarizer is mounted on a 360° rotation stage, with continuously tunable angle capability, between the sensor and the calibration module.

• Telescopes:

  Do you need a telescope for your Hyper-Cam? We offer plenty:

  • 0.25×, FOV of 24 × 20°
  • 3.5×, FOV of 1.8 × 1.5°
  • 0.5×, FOV of 12 × 10°
  • And many more.
• Application notes on the topic:
  • Jet Engine Characterization - 2011 (HC-MWE-Fast)
  • Standoff Midwave Infrared Hyperspectral Imaging of Ship Plumes - 2015 (HC-MW-Fast)
  • Safety Through Efficient Gas Detection, Identification and Imaging in Oil and Gas Environments - 2012 (HC-LW)
  • Real-Time Characterization of Smoke Candles Using Infrared Hyperspectral Imaging - 2012 (HC-LW)
  • Airborne Detection of Chemical Powders Using Infrared Hyperspectral Imaging - 2012 (HC-LW)
  • Remote Quantification of Greenhouse Gas Emissions from a Power Plant - 2012 (HC-LW)
  • Detection and Identification of Solid Substances on Various Surfaces - 2012 (HC-LW)
  • Stealth Detection of Illicit Laboratories - 2012 (HC-LW)
  • Urban Heat Island Characterization With Airborne Thermal Infrared Hyperspectral Imaging - 2015 (HC-LW Airborne)
  • Airborne Thermal HSI of Gases Using Mapping and Targeting Acquisition Modes - 2014 (HC-LW Airborne)
  • Airborne Detection of Methane Leaks Using Hyperspectral Imaging - 2012 (HC-LW Airborne)
  • Airborne Midwave Infrared Mapping for Environmental Monitoring Applications - 2014 (HC-MW Airborne)

  See all the publications

• Colonne 1 - texte:

  Key benefits include:

  • Access to the best infrared cameras on the market
  • High frame rate: Telops’ IR cameras go as fast as 100 000 fps in full frame
  • High sensitivity: Differences as small as 200 µK can be detected via lock-in measurements
  • Advanced calibration: All Telops cameras feature unique automatic exposure control (AEC)
  • Powerful software: The ergonomic software offer various triggering methods and an integrated keystone effect correction
• Colonne 2 - image:

  

  Delamination (left), impact damage (middle) and corrosion under paint (right) detected with the Telops TESTD-PT system.