Thermal imaging cameras
EUR2767,05
Laserliner ThermoCamera HighSense Pro thermal imaging camera -20 to +650°C 384 x 288 pixels 9Hz
Best Laserliner products in the Thermal imaging cameras category
On this page you'll find a ranking of the best Laserliner products in this category. To give you a quick overview, we've already ranked the most important information about the products for you.
1. Laserliner ThermoCamera HighSense Pro thermal imaging camera -20 to +650°C 384 x 288 pixels 9Hz
Laserliner ThermoCamera HighSense Pro thermal imaging camera, with a temperature range of -20 to +650°C, features a resolution of 384 x 288 pixels and operates at 9Hz.
2. Laserliner ThermoVisualizer Pocket
The thermal imaging camera allows for the visualization of temperature profiles, energy losses, thermal bridges, electrical overloads, and moisture accumulations. The infrared image, digital image, and mixed image provide the user with a flexible representation of the area to be inspected. The images are stored on interchangeable micro-SD cards. The device features a USB interface and a high-contrast, color TFT display. To save energy, the device automatically shuts off after a certain period, which can be adjusted.
3. Laserliner ThermoCamera HighSense thermal imaging camera -20 to +650°C 160 x 120 pixels 9Hz
This thermal imaging camera features a high-resolution infrared sensor, enabling detailed image analysis and optimal visualization of even the smallest temperature differences. Due to its wide measurement range, the product is versatile and can be used in various fields such as construction, mechanical engineering, and electrical engineering. With the CustomApp function, the thermal imaging camera can be quickly configured for various standard applications, even with extensive parameter setups. Its high thermal sensitivity allows for the detection of thermal bridges and insulation faults in buildings, the analysis of heating pipes, the localization of overheating in components, cables, and fuses, as well as the identification of defective solar cells in PV modules.
Thermal imaging cameras
EUR1955,–
Laserliner ThermoCamera HighSense thermal imaging camera -20 to +650°C 160 x 120 pixels 9Hz
4. Laserliner Connect thermal imaging camera
The compact thermal imaging camera is suitable for applications in electrical engineering, construction, and mechanical engineering. An infrared sensor enables quick and easy measurement for evaluating temperature profiles. The analysis can be performed using an infrared image, a digital image, and a MIX image. The MIX image provides the user with a very clear and comprehensive representation of the temperature profiles by combining digital and infrared images.
Included in the package: ThermoCamera Connect, Li-Ion battery pack with power/charger and international adapter, USB charging cable, carrying case. Note on the disposal of batteries and accumulators: As we sell batteries and accumulators or devices that contain batteries and accumulators, we are obliged under the Battery Act (BattG) to inform you of the following: The symbol of the crossed-out trash can on batteries or accumulators means that these must not be disposed of in household waste after use. If batteries or accumulators contain mercury, cadmium, or lead, you will find the respective chemical symbol (Hg, Cd, or Pb) below the symbol of the crossed-out trash can. Every user of batteries or accumulators is legally obligated to return old batteries and accumulators. You can do this free of charge at retail stores or at another collection point near you. Addresses of suitable collection points in your area can be obtained from your city or municipal administration. For batteries that contain more than 0.0005 mass percent mercury, more than 0.002 mass percent cadmium, or more than 0.004 mass percent lead, the chemical designations of the respective hazardous substance are located under the trash can symbol. The chemical designations have the following meanings: Pb: battery contains lead, Cd: battery contains cadmium, Hg: battery contains mercury.
