+41 43 268-43-35
info@pergam-suisse.ch
info@pergam-suisse.ch
+1 425 251-1483
info@pergamusa.com
info@pergamusa.com
+39 030 3531423
info@pergamitaly.eu
info@pergamitaly.eu
Guide E4
Compact handheld thermal camera with 384×288 IR resolution for home and industrial use
What Is E4 and Who It’s For
Guide E4 is a compact handheld thermal imaging camera, featuring a high-performance 384×288 IR detector with 25 mK NETD sensitivity and multiple imaging modes for clear thermal and visible-light fusion. Super-resolution processing enhances thermal detail up to 768×576, improving image clarity during inspections. The camera supports Wi-Fi streaming, live recording, and easy temperature measurement from -20°C to 650°C, making it suitable for home and building inspections, electrical and HVAC diagnostics, and industrial use.
Guide E4 Key Features
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Real-Time IR-PerfClear Technology
Uses IR-PerfClear real-time super-resolution technology to enhance thermal images up to 4×, delivering sharper, clearer details. -
Secure OTA Updates
Supports encrypted over-the-air updates with verification for secure and stable upgrades in a single click. -
Wi‑Fi Streaming
Streams thermal images and videos in real time via Wi‑Fi, enabling live monitoring, easy sharing, and remote inspections. -
Multiple Image Modes
Switches between IR (thermal), VIS (visible light), MIF (thermal and visible fusion), and PIP (picture-in-picture) modes for clear, detailed imaging in any inspection scenario.
Guide E4 Main Specifications
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Thermal Resolution
Native 384×288 infrared resolution enhanced to 768×576 with super-resolution processing for detailed thermal imaging. -
NETD
≤25 mK, ensuring detection of even subtle temperature differences. -
Temperature Range
-20 °C to 650 °C. -
Display
3.5-inch color display for easy viewing and analysis. -
Ingress Protection IP54
Provides reliable resistance to dust and water splashes. -
2-Meter Drop Resistant
Withstands drops up to 2 meters.
How Guide E4 Works
The Guide E4 thermal imaging camera captures precise infrared data using a VOx detector with a native 384×288 IR resolution and a 30 Hz frame rate. Featuring a NETD of <25 mK, it detects small temperature differences with clarity, helping identify potential faults, hotspots, and inefficiencies in electrical, mechanical, and industrial systems. Super-resolution processing enhances thermal detail up to 768×576, while users can switch between IR (thermal), VIS (visible light), MIF (fusion), and PIP (picture-in-picture) image modes to improve inspection visibility. Real-time thermal data can be streamed via Wi-Fi for live monitoring, recording, and remote analysis.
Guide E4 Applications
Guide E4 is ideal for a wide range of uses, including building and home inspections, electrical and mechanical diagnostics, HVAC system analysis, energy audits, and industrial maintenance. Its thermal imaging and real-time data capabilities allow users to detect hotspots, temperature differences, and potential equipment issues quickly and efficiently.
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Electrical maintenance
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HVAC
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Home inspections
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Mechanical diagnostics
FAQ
Honest answers to important questions
A thermal camera detects infrared radiation emitted by objects and converts temperature differences into a visible thermal image, allowing you to see heat patterns invisible to the naked eye.
Thermal resolution refers to the number of pixels in the infrared sensor. Higher resolution provides more detailed thermal images and improves fault detection accuracy.
Thermal sensitivity, measured as NETD, indicates how well a camera can detect small temperature differences. Lower NETD values mean clearer images and more precise analysis.
Yes, thermal cameras measure surface temperatures and provide numerical readings, but accuracy depends on settings such as emissivity, distance, and environmental conditions.
Yes, many thermal cameras are designed for outdoor environments and can be used for inspections in varying weather and lighting conditions.
No, thermal cameras cannot see through solid walls, as these materials block infrared radiation. Instead, they detect surface temperature differences caused by heat conduction, such as those from pipes or leaks behind walls.
Contact us
You can order the equipment or ask questions here