
( Brand: Steelman ), ( Manufacturer Part Number: 79041 ), ( Part Type: Camera ), ( Product Type: Diagnostic Testing Tools ), ( Product Subtype: Auto Inspection Cameras Scopes ), ( UPC: 099198790411 ), ( Display Size: 2.4 ), ( Types: Camera/borescopes )
The 79041 Steelman Thermal Imaging Camera-Borescope is an advanced and versatile diagnostic tool designed for professionals in various fields. This device combines the functionality of a thermal imager and a borescope, providing a comprehensive solution for inspecting hard-to-reach areas or identifying thermal anomalies.
The borescope aspect of the 79041 Steelman features a flexible, adjustable probe with a 6mm diameter and a length of approximately 1.8 meters. This design allows for easy maneuverability within tight spaces, such as engine compartments, pipes, or electrical systems. The probe is equipped with a high-resolution, 384x288 pixel sensor, providing clear and detailed images for visual inspection.
The thermal imaging camera component of the 79041 Steelman offers advanced temperature measurement capabilities, with a resolution of 0.0625 degrees Celsius. This feature allows for precision temperature readings, making it an ideal tool for detecting overheating issues, energy loss, or thermal leaks. The thermal imaging camera utilizes a 120x90 resolution sensor, offering crisp and accurate thermal images.
The 79041 Steelman Thermal Imaging Camera-Borescope is compatible with Windows operating systems and comes with built-in software for image and video analysis. The device also features a wide range of temperature measurement modes, including min/max, average, and center point, ensuring versatility for different applications.
The 79041 Steelman Thermal Imaging Camera-Borescope is constructed with high-quality materials, ensuring durability and longevity. It is IP67 water-resistant and features a robust, ergonomic design, making it suitable for use in various environments and conditions.
In conclusion, the 79041 Steelman Thermal Imaging Camera-Borescope is a powerful and versatile diagnostic tool that combines thermal imaging and borescope capabilities. It offers high-resolution images, precise temperature readings, and advanced software for analysis, making it an essential tool for professionals in fields such as automotive, electrical, and HVAC.
Pros of buying a 79041 Steelman Thermal Imaging Camera-Borescope:1. Wide Temperature Range: This thermal imaging camera borescope can detect temperature ranges from -40 C to 1200 C, making it suitable for various applications.
2. High Resolution: The 640 x 480 resolution provides clear and detailed images, enabling easy identification of issues.
3. Long Inspection Length: The 3.6 meters long probe allows for deep and thorough inspections in hard-to-reach areas.
4. Waterproof and Durable: The camera is waterproof and built to withstand rough environments, ensuring long-term reliability.
5. Multiple Modes: The thermal imaging camera borescope offers three modes: thermal, visual, and combined, providing versatility in inspection tasks.
Cons of buying a 79041 Steelman Thermal Imaging Camera-Borescope:1. Limited Battery Life: The battery life of the device may not last long, requiring frequent charging during extended inspections.
2. More Expensive: Compared to traditional borescopes, this thermal imaging camera borescope is more expensive, which may be a deterrent for some buyers.
3. Learning Curve: Operating the thermal imaging camera borescope may require some learning and practice to fully understand its features and capabilities.
Conclusion:The 79041 Steelman Thermal Imaging Camera-Borescope is a powerful and versatile tool that can help diagnose issues in various applications, such as in the automotive, HVAC, and electrical industries. Its wide temperature range, high resolution, and long inspection length make it a valuable asset for professionals. However, its more expensive price point and limited battery life are potential drawbacks that should be considered. If you are able to overlook these drawbacks, this thermal imaging camera borescope can be an excellent investment for your business.
Recommendation:If you are in need of a high-performance thermal imaging camera borescope for your professional inspections, the 79041 Steelman Thermal Imaging Camera-Borescope is a strong contender. Its versatility, durability, and powerful capabilities make it a valuable tool for various industries. Just be prepared to invest in a high-quality device that may require some learning and practice to fully utilize.
4-inch full-angle, high resolution color LCD screen. 4-inch full-angle, high resolution color LCD screen with x 60 pixel infrared and item height : 4. 4-inch full-angle, high resolution color LCD screen.
By blending the thermal heat map image with visible light in 25 graduations you can see a clear and precise of object being examined. Camera comes with a protective storage pouch, 8gb micro-SD memory card, and wrist strap. The Steelman pro sti-241 thermal imaging inspection camera combines functions of surface temperature measurement and real-time.
To improve recognition of the area being measured, this product is equipped with a traditional visible light camera in addition infrared small white led mounted under illuminate darkened inspection areas.
Thermal imaging inspection camera borescope by Steelman item length : specifications: width : 7. This product provides efficient and worry-free service for many years ahead which makes it the perfect option your ultimate satisfaction.
Able to run continuously for up 6 hours on 4 AA alkaline or Ni-mh rechargeable batteries this pocket sized inspection camera will always be ready get work, day night and can even has a 1 4-inch x 20 threaded mount the base of handle attach it tripods mounts. 4 high resolution temperature range: 4f - 572f image transfer: micro SD card or USB port selection: thermal imaging, photo, blended and photo light: led battery required: yes size: AA rechargeable: no features: 2.
It is manufactured from 1st-rate materials to ensure outstanding reliability.
Traditional thermal imaging cameras measure each component one by and compile the results, which can be a slow process.