Thermal Imagers

Thermal Imagers

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Product Highlights

  • Monitor body temperatures
  • Preventative measure to keep workplaces safe
  • Many options available
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About Thermal Imagers

Thermal imagers are essential tools that allow for safe and accurate temperature readings from a distance, making them invaluable for a variety of safety supplies and applications. Using advanced infrared technology, these devices detect temperature changes that can indicate potential hazards or inefficiencies in equipment. A professional thermal imager, equipped with an LCD, can connect to computers to stream real-time temperature data. These images often come with built-in, rechargeable batteries, providing over 6 hours of use or continuous 24-hour operation when connected via USB. Additionally, thermal imagers can be easily mounted on a camera stand or wall for stationary monitoring, enhancing their versatility. With customizable temperature alarms, they alert users when temperatures exceed or fall below pre-set thresholds, ensuring safety in industrial, medical, and residential settings.

Why Choose an Infrared Imager

i) Non-contact temperature measurement:  Infrared imagers allow users to measure temperatures without physical contact, reducing the risk of contamination or heat exposure.

ii) Wide range of applications:  These devices are used in electrical inspections, HVAC systems, medical diagnostics, and even home maintenance, detecting temperature variances that may indicate problems.

iii) User-friendly interface:  Equipped with a clear LCD display and options for real-time data transfer, infrared imagers simplify temperature tracking and analysis.

iv) Durability and long battery life:  Infrared imagers are designed for extended use, featuring robust casings and over 6 hours of continuous battery life.

v) Adjustable alarms:  The ability to set temperature thresholds ensures users are notified instantly of critical changes, ideal for monitoring sensitive environments.

Factors to Consider While Buying a Thermal Camera

i) Resolution:  Higher-resolution thermal imagers provide more precise temperature readings and clearer images, which is crucial when monitoring detailed areas.

ii) Temperature Range:  Ensure that the thermal camera you select covers the necessary temperature range for your specific needs, such as industrial or home-based applications.

iii) Portability:  If you require a thermal imager for fieldwork or regular movement between locations, lightweight and portable models are more convenient.

iv) Additional features:  Many thermal cameras now include advanced features like built-in thermometers for extra accuracy, USB connectivity for data transfer, and even mounting options for hands-free operation.

v) Battery life:  Choose a thermal camera with sufficient battery life, especially if you need the device for extended monitoring sessions or field operations.

Comparison Table

Feature Non-Contact Thermometers Thermal Imagers
Contactless Operation Yes Yes
Display Digital LCD LCD with infrared imaging
Temperature Range Narrow Broad
Mounting Options Handheld Tripod, Wall Mount
Real-Time Monitoring No Yes, with Computer Connection


Get Thermal Imagers on PSBM

At PackagingSuppliesByMail (PSBM), we offer a wide range of thermal imagers tailored to meet the needs of various industries. Whether you're looking for a portable model for quick inspections or a high-resolution thermal imaging camera for continuous monitoring, our selection ensures you find the right tool for your application. Shop our collection to enhance safety and improve operational efficiency with the latest in thermal imaging technology.

FAQs

Q1. What is a thermal imager used for?

Ans.  A thermal imager is used to detect and measure temperature variations from a distance, often in industrial inspections, electrical troubleshooting, HVAC system analysis, and medical diagnostics.

Q2. What are the benefits of thermal imaging?

Ans.  Thermal imaging offers non-contact temperature readings, real-time data monitoring, and the ability to detect issues like overheating or energy inefficiencies that are invisible to the naked eye.

Q3. How does a thermal imager work?

Ans.  Thermal imagers detect infrared radiation emitted by objects and convert it into a visual representation of temperature. This allows users to view heat patterns and anomalies on an LCD screen in real-time.

Q4. Do I need a special license to use a thermal imager?

Ans.  No, in most cases, a special license is not required to use a thermal imager. However, certain industries may have regulations for professionals conducting specific types of inspections.