Beschreibung
Heat Is the First Language a Machine Speaks. This Is How You Listen.
Every failing bearing, every loose terminal, every hidden path of moisture announces itself as a temperature difference long before it becomes an invoice. The Ember Lens exists for the moment a technician stops guessing and starts seeing. A 240×240 infrared sensor renders invisible thermal gradients as a colour-mapped image on a 2.4-inch display, refreshed twenty-five times every second, so what you are looking at is the live truth of the equipment rather than a still frame from a second ago.
Across a measurement span of -20°C to 550°C, fifteen pseudo-colour palettes let you tune the readout to the job. Ironbow sharpens board-level electronics work, rainbow opens up a wide-range sweep of a distribution panel, grayscale gives you a clean record for the report. High and low temperature alarms mark out-of-band readings directly on the image, so scanning a hundred connections no longer depends on your attention holding steady for the hundredth one. Emissivity is adjustable for reflective surfaces, and every stored capture exports to PC analysis software, which means a single site visit produces a documented finding instead of a vague memory.
The body is a double-injection moulding, built to live in a tool bag rather than a display case, and each unit arrives in a fitted EVA carry case. Certification covers CE, FCC and RoHS.
You cannot repair what you cannot see. This is what makes the invisible legible.
Key Features
- ✦ 240×240 infrared resolution on a 2.4-inch LCD
- ✦ Wide -20°C to 550°C measurement range
- ✦ 25 Hz frame rate for live, lag-free scanning
- ✦ 15 pseudo-colour palettes for electronics, electrical and documentation work
- ✦ High and low temperature alarms overlaid on the thermal image
- ✦ Adjustable emissivity plus storage and export to PC analysis software
- ✦ CE, FCC and RoHS certified; ships with a fitted EVA carry case
Technical Specifications
- Brand: BSIDE
- Model: HX1
- IR Resolution: 240 × 240
- Display: 2.4-inch LCD
- Frame Rate: 25 Hz
- Temperature Range: -20°C to 550°C
- Colour Palettes: 15 pseudo-colour modes
- Alarms: High / low temperature, image overlay
- Emissivity: Adjustable
- Data: On-board storage, export to PC analysis software
- Body: Double-injection moulding
- Certification: CE, FCC, RoHS
- In the Box: Thermal camera, EVA carry case
Where It Belongs
The Ember Lens is a working instrument for people who are paid to find the fault before it finds the downtime. It sits naturally on the electronics bench, where a single overworked regulator or a shorted decoupling capacitor becomes an obvious hotspot in ironbow. It belongs in the hands of automotive technicians tracing a parasitic drain or a dragging brake caliper, of facilities engineers sweeping a distribution board for a loose lug, of HVAC technicians confirming a blocked coil or a failing compressor, and of inspectors checking process pipework for insulation loss. Because every capture exports for analysis, it also serves the contractor who has to hand a client a written thermal report rather than a verbal opinion.
Frequently Asked Questions
Q: What is the actual infrared resolution of the sensor?
The sensor resolves 240×240 pixels, which is a genuine imaging array rather than a single-spot IR thermometer. That resolution is what allows you to see the shape and extent of a hotspot, not merely its hottest point.
Q: Can it measure high-temperature surfaces such as exhaust manifolds or steam lines?
Yes. The measurement range runs from -20°C up to 550°C, which covers automotive exhaust work, steam and process piping, electrical enclosures and most industrial surfaces.
Q: Why does an adjustable emissivity setting matter?
Shiny metals and some plastics emit less infrared than their true temperature suggests, so a fixed setting will read them low. Adjusting emissivity lets you compensate for the surface you are actually measuring and keeps the reading honest.
Q: Does it store images and can I get them onto a computer?
The camera stores captures on board and exports them to PC analysis software, where you can revisit the temperature data of a stored picture rather than only its picture.
Q: How fast does the image refresh?
The display refreshes at 25 Hz, which is fast enough that the image tracks your hand in real time. That matters when you are sweeping a live panel and want to see the response as you move.
Q: Is it suitable for field work in a tool bag?
The housing is a double-injection moulding chosen for durability, and the unit ships in a fitted EVA case that protects the lens and display between jobs.
Q: What is included with the camera?
You receive the BSIDE HX1 thermal camera together with a fitted EVA carry case for protection between jobs. On-board storage and PC analysis software handling mean you do not need a separate capture accessory to record your findings.
Q: Can it help locate moisture and water leaks?
Yes. Evaporative cooling makes a damp patch or a hidden leak read noticeably colder than the surrounding structure, so it appears as a distinct cold signature in the thermal image. The low temperature alarm then flags it without relying on you watching the screen continuously.
Q: Do I need special training to read the images?
No. The fifteen colour palettes and the temperature alarms are arranged so a technician can interpret a scene quickly, and the exported captures can be reviewed later on a computer where a second pair of eyes can confirm the finding before it goes into a report.
Customer Reviews
Payment and Security
Ihre Zahlungsinformationen werden sicher verarbeitet. Wir speichern keine Kreditkartendaten und haben keinen Zugriff auf Ihre Kreditkarteninformationen.