Description: This thermal imaging camera offers an infrared sensor with particularly high resolution for detailed image analysis and optimum visualisation of extremely small temperature differentials. Thanks to its large measuring range, working range and field of vision, it is highly suitable for use in areas such as the construction industry, mechanical engineering and electrical engineering. One-click configuration allows the thermal imaging camera to be configured quickly with the CustomApp function using an extensive range of parameter setups for many different standard applications. Extremely high thermal sensitivity also enables detection of thermal bridges and insulation errors in buildings, analysis of heating systems, location of overheated components, cables and fuses, and identification of defective solar cells in PV modules.

The ideal solution for detailed image analysis and identifying extremely small temperature differentials using high-resolution infrared microbolometer sensors

Versatile applications in construction work, and electrical and mechanical engineering

Very high thermal sensitivity, ideal for building thermography, for identifying thermal bridges, damp spots, failed insulation, overheating, analysis of heating pipes, identifying defective solar cells

Optimal image quality through precise automatic calibration and manual focus

Loadable CustomApps for rapid preconfiguration for standard applications: Identify extreme temperature points, air leaks, visualise temperatures flows, etc.

Comprehensive range of functions: Measurement of hot and cold spots, measurement at three points, in three areas, or horizontal/vertical lines

Comprehensive analysis using infrared image and MIX image (automatic overlay of infrared and digital images)

Appropriate representation of recorded infrared temperatures using 8 standard and 4 special colour palettes

Versatile control by touchscreen and buttons

Long operating life due to second battery pack included in the scope of delivery

Easy addition of text notes using editor function

Image and video storage on exchangeable micro-SD card

Rapid transfer of measured data to PC via USB-C interface or to iOS or Android smart phone via WLAN interface

Stepless adjustment of 32x zoom to view details

Device fits well in the hand due to compact ergonomic design

Suitable for fitting on tripods with a 1/4” thread

IP 54: dust and splash proofing

High-quality radiometric Windows PC software free to download for documentation, further editing and data evaluation

Free Laserliner HighSense app for documentation, editing and evaluation on iOS and Android smart phones

Large, easy-to-read colour display

10 available languages

Thermal image	✅
Digital camera	✅
MIX image	✅
Min/max/centre measurement value	✅
Digital zoom	✅
Adjustable emissions level	✅
Adjustable focus	✅
CustomApps	✅
Data transfer	✅
Measured Variable	Infrared temperature
Features	Point Area Line min./max. Temperature range automatic
Screen Type	3,5" TFT-Display
Sensor Type	uncooled microbolometer
Auflösung IR-Sensor	384 x 288 pixels
Display Resolution	640 x 480 pixels
Spectral Range	8-14 µm
Image Frequency	9 Hz
Thermal Sensitivity (NETD)	50 mK @30°C
Measuring Range Infrared Temperature	-20°C … 150°C, 0°C … 650°C
Accuracy Infrared Temperature	± 2°C or 2% of measured value
Infrared Temperature Resolution	0.1°C
Power Supply	Li-ion battery pack 3.7V / 2.6Ah
Operating Time	approx. 4 hours
Battery Recharging Time	approx. 4 hours
Operating Conditions	-15°C … 50°C, Luftfeuchtigkeit max. 85% rH, nicht kondensierend, Arbeitshöhe max. 2000 m über NN (Normalnull)
Storage Conditions	-20°C … 70°C, Luftfeuchtigkeit 10 … 99% rH
Dimensions (W x H x D)	95 mm x 230 mm x 112 mm x (inkl. Akkus)
Weight	530 g (inkl. Akkupack)

Scope of delivery: 

ThermoCamera HighSense Pro

2 x Li-ion battery pack

charging cradle with power supply/charger and international adapters

USB cable

8 GB micro SD card with adapter

carrying case

Documentation:

Instructions
Instructions part 2
Instructions part 3
Instructions part 4

Categorie: