TS001 Thermal Camera Android, 9mm Adjustable Lens, Observation Range 0.1 to 500M, 512x384 High Resolution, 25Hz, Manual Focusing for PCB boards, Pest lnspection, Outdoor, Not for IOS

Très bon appareil! Très précis. Je l’ai utilisé sur mon ordinateur afin de vérifier la température des composants et celle-ci quasiment identique à celle fournie par mon ordinateur lui même!

I’ve owned and tested several thermal imaging devices, including handheld tools from FLIR and HIKMICRO, but none have impressed me like the TOPDON TS001 Thermal Camera for Android. I bought it initially to evaluate home insulation performance after our energy bills spiked—and I can confidently say this device has paid for itself within a few weeks. Let’s start with build quality and specs. The TS001 has a 512x384 high-resolution sensor, 9mm manual focusing lens, and a buttery-smooth 25Hz refresh rate, which isn’t just numbers—it’s something you truly feel when panning around walls, PCB boards, or even outdoor environments. Unlike entry-level models or those grainy handheld gadgets with lag and blur, this one delivers crisp, high-definition thermal views even when zooming into small resistors or checking for heat leakage around window seals. The manual focus also lets me fine-tune clarity at distances from 0.1m all the way to 500m—yes, half a kilometre! The adjustable lens is a standout. I’ve inspected blown fuses, overloaded sockets, a faulty PSU, and even a barely visible thermal bridge on the roof—all within seconds. It’s that precise. It also has auto-marked hot and cold sources, so the top three highest and lowest temperatures get tagged instantly, which helps when you're doing comparative diagnostics or scanning for animal life outdoors (spotted a fox the other night!). The app stability and updates are brilliant. You can hook this up to Android or PC (sorry, no iOS support), and the Topinfrared app lets you analyse thermal waveforms in real-time. The ability to export detailed thermal reports—ideal if you're working in trades, inspections, or even just documenting long-term home improvements—is incredibly powerful. And unlike other devices that drain batteries or require proprietary batteries, the TS001 is low-power at just 0.35W, meaning it runs cool and long on your phone. One of the first tasks I tackled was assessing our loft insulation, where the camera instantly revealed cold zones near the eaves that I’d never have spotted otherwise. Then came the underfloor heating check—a blocked loop stood out within minutes, allowing me to pinpoint the issue without tearing up flooring. We moved on to identifying draughts through window seals, and the camera clearly confirmed heat loss around our ageing uPVC frames. In the fuse box, the device detected two overheating MCBs, highlighting how easily it can prevent serious issues. When it came to heating, I used it to monitor radiator efficiency, and found two radiators that were only half-heating due to air locks. In the garage, I even tested it on my car and, to my surprise, it immediately revealed a misfiring coilpack through a subtle surface heat anomaly. The camera's role doesn’t stop with traditional household tasks. My wife and I now use it weekly to check heat distribution inside our sauna and even examine the steam room for thermal escape around the door seals. It’s equally valuable behind the scenes—we’ve used it to trace pipework in walls, avoiding costly errors during DIY projects, and to detect damp patches and cold bridges, which it does far more accurately than any standard moisture meter. I’ve used it to verify heated towel rail flow, confirming even heating patterns instantly, and also to check appliance efficiency—like discovering our fridge was leaking cold air due to a failing door seal. Beyond the home, I’ve taken it outdoors for wildlife observation, successfully spotting foxes and hedgehogs even at 100 metres distance at night. The tool also helped me track insulation performance in the garage, where recent upgrades paid off with visibly warmer internal surfaces. For solar, it was invaluable—I used it to evaluate panel efficiency, and found one cell string underperforming due to partial shading. I’ve even taken it to my desktop PC, where it gave me detailed insight into VRM and GPU hotspot temperatures during stress testing. Other uses include monitoring the boiler flue, ensuring temperatures stayed within safe parameters, and using it to balance sauna ventilation, verifying airflow and duct insulation effectiveness. One particularly clever trick? Tracing cold water pipes running through warm backgrounds—it’s precise enough to pick up the cooling line. And for late-night diagnostics, it’s flawless: night-time energy loss tests revealed window frame weaknesses I would never have seen in daylight. And perhaps my favourite feature: waveform graph analysis—when you're scanning over time or trying to detect heat build-up over a circuit, this is unbeatable. It gives a whole new dimension compared to just static snapshots. Compared to handheld FLIR One or even high-end Seek Compact Pro, this TS001 simply outperforms them all in raw clarity, control, and range. The price may seem mid-range, but in terms of output, it genuinely delivers professional-grade capability at consumer pricing. It comes with a robust EVA case, extension cable, phone holder and cleaning cloth—ready to use out of the box. One thing to note: it’s Android only, so Apple users are out of luck unless you get the TC002 version. Also, it’s built more for utility and reliability than sleek looks, which is perfect for me. I’d rather it be rugged and work flawlessly than look like a toy. As we rely entirely on electricity—powered by an air source heat pump (ASHP) and underfloor heating—there was zero room for waste. Every inefficiency, however small, directly translated into increased monthly bills, and so my aim was absolute clarity on where we were losing heat and how best to fix it. I started by scanning the entire property, inside and out, at dusk and again during colder mornings. The differences in surface temperature revealed by the thermal lens were nothing short of astonishing. One of the first and clearest findings was in our windows. Although our glazing was marketed as double-glazed and “energy-efficient”, the thermal camera painted a different picture. On the inside, I noticed stark cold streaks running vertically along the edges of the frames—particularly where the spacer bars were failing and insulation gas likely depleted. Externally, warm spots were visible where heat was bleeding out around the frame seals. I captured thermal images and shared them with a window specialist, who confirmed degraded gaskets and perished seals. We resealed some windows ourselves with appropriate silicone and draught-excluders, and replaced two key units altogether. The difference in retained warmth was immediately measurable on the TS001, and within a month, we saw a consistent drop in our evening ASHP energy draw. The walls came next. While the property is relatively modern, the thermal camera identified cold bridging along certain internal corners and ceiling junctions—areas where internal insulation was either interrupted or poorly applied. This was especially true near joist junctions in external wall cavities. The camera made it easy to highlight these issues when speaking with an insulation contractor, who later injected cavity foam in select areas and applied a foil-backed insulated plasterboard layer in our utility room. I tackled the simpler areas myself by fitting insulated switch and socket liners and applying thermal wallpaper in two north-facing rooms. Even those minor interventions registered a visible difference in the thermal profile of the room and subjectively reduced chill. Underfloor heating was another area where the TS001 earned its keep. It showed that the heating in the kitchen and hallway zones wasn’t circulating properly. One loop, in fact, was visibly colder than the others. This helped me guide a heating engineer straight to the problem: a partially closed manifold valve and trapped air. Once bled and rebalanced, the heating spread more evenly and the pump no longer had to work overtime, leading to an approximate 8–10% drop in daily electricity usage during peak heating hours. Using the camera externally also provided incredible value. The garage was supposed to be insulated, yet the thermal imaging revealed clearly warmer exterior wall panels at night, which meant internal heat was leaking. This led me to retrofit insulation boards on the internal walls and seal the roller door more effectively. In the same vein, I found that the rear wall of our ensuite bathroom, facing an exposed corner of the house, was losing significant heat. I later added a thin layer of multifoil insulation and a false stud wall, which reduced that wall’s thermal loss dramatically—confirmed through follow-up scans. All of these small, targeted interventions—led by evidence from the TS001 rather than guesswork—stacked up. Our electricity consumption from November to February dropped by roughly 22% year-on-year, despite colder weather. I was able to reduce our average daily kilowatt hour usage by optimising when and how the ASHP was triggered and ensuring each room retained heat more effectively. Importantly, I could show clear before-and-after data using the same camera, creating a visual timeline of the improvements made. It became a conversation tool with contractors and a feedback loop for my own DIY projects. If you’re an engineer, homeowner, technician, electrician, or just obsessed with smart diagnostics like me—get this. You’ll wonder how you ever lived without it.

Die TOPDON TS001 Wärmebildkamera für Android ist ein zuverlässiges und vielseitiges Gerät, das sich ideal für verschiedene Anwendungen eignet. Mit einem 9 mm einstellbaren Objektiv und einem Beobachtungsbereich von 0,1 bis 500 m bietet diese Kamera eine beeindruckende Leistung. Die 256 x 192 IR-Auflösung liefert klare und präzise Bilder, während die manuelle Fokussierung eine präzise Anpassung ermöglicht. Die Wärmebildkamera eignet sich sowohl für den Einsatz auf Leiterplatten als auch im Outdoor-Bereich. Mit ihrer kompakten Größe und dem einfach zu bedienenden Design ist sie sowohl für Profis als auch für Anfänger geeignet. Die Möglichkeit, die Kamera mit einem Android-Gerät zu verbinden, macht sie besonders praktisch und flexibel. Die Bildqualität der TOPDON TS001 Wärmebildkamera ist beeindruckend und liefert deutlich erkennbare Wärmeunterschiede. Die einfache Handhabung und intuitive Benutzeroberfläche machen die Bedienung der Kamera mühelos. Die hochwertige Verarbeitung und das robuste Design sorgen für Langlebigkeit und Zuverlässigkeit. Insgesamt überzeugt die TOPDON TS001 Wärmebildkamera durch ihre Leistung, Vielseitigkeit und Benutzerfreundlichkeit. Sie ist eine ausgezeichnete Wahl für alle, die eine hochwertige und zuverlässige Wärmebildkamera suchen. Ich hoffe ich konnte Ihnen weiterhelfen, danke fürs lesen.

Vraiment surpris par la qualitée de cette caméra thermique. Il faudra télécharger l application toplnfrared pour pouvoir l utilisé. Le résultat est vraiment impressionnant. De 0.1 a 500m.. Pas mal de fonctionnalités, pas tout regarder. Je recommande sans souci.

Die Wärmebildkamera wird schnell und sicher geliefert und enthält neben der Kamera selbst auch eine Hartschalentasche, ein Reinigungstuch, eine Halterung und ein Kabel. Der Kamerasensor ist zusätzlich mit einer abnehmbaren Hülle abgedeckt. Die in der Anleitung empfohlene App war schnell auf meinem S22 Ultra installiert. Ohne einen Account zu erstellen, konnte ich die Kamera direkt per USB-C anschließen und benutzen. Zum Betrieb wird ein Android-Handy mit USB-C-Anschluss benötigt, der auch OTG unterstützt. Alternativ lässt sich die Kamera auch an einem Laptop oder PC verwenden. Insgesamt ist die Einrichtung der Kamera sehr einfach. Einmal angeschlossen und die App gestartet, wird die Kamera sofort erkannt und ein Bild ausgegeben. Klare Kaufempfehlung von mir...