This simple and intuitive MAX-S infrared cameras offer more features for less money than ever before. The rugged design of RAZ-IR MAX-S infrared camera is ideally suited for industrial inspection environments. The RAZ-IR MAX combines a powerful feature set, razor sharp thermal imaging, and durable construction-- all at a surprisingly affordable price.
RAZ-IR MAX-S Key FeaturesThe RAZ-IR MAX-S® has a suprisingley affordable price for a thermal camera system that is loaded with features normally found on high end infrared cameras. A simple menu system and three button control scheme makes the MAX-S easy to use right out of the box. The latest features you expect like digital image storage, visible and thermal image fusion, multi-spot radiometric temperature measurement (up to 250ºC), real time thermal imaging, and multiple color palettes are at your fingertips. With the RAZ-IR MAX-S complicated thermal scans are easy. The MAX-S lets you choose between standard disposable AA batteries or rechargeable AA batteries that are readily available anywhere in the world. From top to bottom the RAZ-IR MAX-S thermal infrared camera system was designed with you in mind. |
||||||||||||||||
|
||||||||||||||||
|
||||||||||||||||
|
||||||||||||||||
|
||||||||||||||||
|
||||||||||||||||
The RAZ-IR MAX-S KitThe RAZ-IR MAX-S Thermal Camera Kit comes with all the items pictured here, which include:
|
||||||||||||||||
RAZ-IR MAX-S Specifications
Detector Type: Microbolometer UFPA (uncooled focal plane array) 25μm
Digital Camera: CMOS Sensor, 1600 × 1200 pixels, 224 true colors
Type: 2GB mini SD card & built-in flash memory
Type: 110/220V AC adaptor, 50/60 Hz, AA alkaline or lithium rechargeable batteries
Operating Temperature: -10℃ to 50℃
Man-Machine Communication: Three button control with on-screen menu
|
||||||||||||||
Using Thermal Images for Electrical Inspections
Ohm’s law states that power dissipated in the form of heat exponentially increases as the current increases. This means that the amount of heat generated in a conductor is proportional to its resistance and to the square of the current it carries, while the temperature rise depends on the rate at which the heat is dissipated through convection, radiation, and conduction. By allowing a small amount of current to pass through electrical devices, localized "hot spots" can be detected using a thermal camera making thermal imaging a non-destructive method of detecting problems on electrical devices. How Electrical Inspectors Use Thermal Imaging Technology:
|
RAZ-IR MAX-S Analysis Software Screenshots
The RAZ-IR MAX-S utilizes radiometric temperature measurement, so in addition to seeing what is hot and cold, it also records the temperature of any particular point in a scene. Simply line up the crosshairs on the spot that you want to analyze, and the MAX-S does the rest-- in real time. Take your measurements and move the crosshairs to your next area of interest. The RAZ-IR MAX-S allows emissivity, ambient temperature, object distance, and humidity adjustments for temperature calibration and even greater data accuracy. Once a problem area is identified, the push of just one button saves the image. Later, download all saved images into the Analyzer software (included with every MAX-S camera) and explore a whole world of analysis options. Every pixel within every image is fully calibrated and contains radiometric temperature data. The Analyzer software has complex temperature measurement functions like multiple spot, bounding box, min/max/average, histogram, and delta T that provides content for comprehensive and professional looking thermographic reports. Because the RAZ-IR MAX-S comes with a standard temperature range up to 482ºF, it is well suited for a variety of industrial settings. Need to measure higher temperatures? No problem, upgrade to the MAX-S high temperature calibration option to measure up to 662ºF. Now, that's hot! |