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While paying an electrician to come out and cut out a portion of a wall to determine if it was still present in the home was an option, I opted to use an endoscope inspection camera instead. It was one of the first things I did after being handed the keys and I cannot tell you enough how much of a good idea it was.
For less obtrusive holes in my walls, I used the Depstech WF070 Wireless Endoscope because of its narrower 3.9mm camera lens and long 11.5-feet wire. This allowed me to use it in tighter spaces that the larger endoscope cameras could not fit, like underneath appliances. I also enjoyed how it wirelessly connected to my smartphone, where I was still able to see what it was seeing and capture footage.
The MV105/108 digital inspection camera is designed to work with MaxiSys series products (except MaxiSys 906) or PC. It turns your MaxiSys tablet into a video inspection scope, allowing you to examine difficult-to-reach areas normally hidden from sight. It is capable of recording digital still images and videos, which offers you an economical solution to inspect machinery, facilities, and infrastructure in a safe and quick way.
Expand the flexibility of your video borescope with optional probes offering cameras that range in diameter from 3.8 MM to 8.5 MM, probes as long as 20 meters, and a new camera probe with a 180 degree articulating head. Equip yourself with the right probe for your environment.
In this guide we cover the top inspection cameras on the market, provide advice on choosing the right inspection camera for your needs, and cover detailed information on the different types of inspection cameras on the market.
A visual inspection camera is the most common type that inspectors use, but they also use thermal inspection cameras as well as other cameras made to capture less common types of data, such as a radiography camera.
In visual inspections, inspectors use cameras to collect visual data showing the condition of an asset. This data can either be reviewed by the inspector in the moment or later on, once it has all been collected.
These tools are handheld units attached to a screen, with a length of anywhere from three feet or, with a long snake camera, up to 300 feet. Some are quite tough, while others are made for less rugged work.
Lately these types of cameras have started coming with WiFi connectivity, allowing inspectors to stream live video from the cameras through a tablet or smartphone. This feature is useful for home projects or less industrial scenarios, but for commercial work inspectors generally prefer to use the built-in screen that comes with the camera.
That being said, we have seen some camera companies begin to refer to their digital inspection cameras as both endoscopes and borescopes, seemingly because they're embracing the general confusion between the two types of snake cameras.
X-ray radiography devices (or cameras) use electricity, and only emit radiation while they turned on. These device produce very clear images and they are generally big, so they're often used for inspections in large factories or warehouses. Learn more about industrial radiography.
Some digital inspection cameras use standard AA batteries, but others might require special lithium-ion batteries, and need hours to charge. Make sure you research what kinds of batteries your camera requires as part of your overall research effort.
RVI (Remote Visual Inspection) tools like drones, ground-based robots, or floating CCTV cameras all allow inspectors to collect visual data remotely, without having to be physically present inside the asset or area being inspected.
A more sophisticated version of this approach is to buy a camera mounted on a stick, which allows inspectors to increase the reach of the camera so they can capture data in places that are hard to reach.
The Triplett BR350 High Definition Videoscope inspection camera allows you to see behind walls and down drains which can save time and money on any repair or installation. It has dual 5.5mm waterproof (IP67) cameras with 8 adjustable LEDs with 3 brightness levels and a built-in auxilliary light illuminates darkened work areas for inspection. It features a 5" Color LCD monitor with 1920 x 1080 resolution, 3X zoom, and 180 screen view rotation. The BR350 has a built-in clock/calendar and can record video (.AVI) and images (.JPG) with a freeze function during live viewing. You can view captured video/images on the display or transfer to your PC using the USB interface or removable microSD card (64GB max). The BR350 can store up to 4k images on the included 4GB microSD card and supports 8 languages (English, French, German, Italian, Russian, Japanese, and Chinese). It comes complete with Videoscope, dual 5.5mm camera probe with 5m cable, 5V Li-Po rechargeable battery, microSD card, USB cable, and camera accessories (magnet, hook).
PCE-VE 180 is a rechargeable handheld pistol-grip industrial borescope inspection camera with video recording and image capture functionality. Equipped with built-in LED lighting on the waterproof camera tip, the PCE-VE 180 industrial borescope features a detachable remote control with integrated 3.5" LCD for easy viewing and navigation. The remote control communicates using radio transmission at 2.4 GHz.
The PCE-VE 200SV1 industrial borescope is a nondestructive inspection camera. Thus, the PCE-VE 200SV1 industrial borescope is the ideal instrument for diagnosing hard-to-reach areas. Thus, the areas of mechanical engineering, sanitary and heating construction, and the entire construction and construction industry are among the main applications of the industrial borescope PCE-VE 200SV1.
The PCE-VE 200 is an industrial borescope or borescope camera for nondestructive evaluation (NDE) and machine diagnostics. This borescope provides excellent image quality at an affordable price. An ideal tool for diagnosing hard-to-reach places, the scope can be rotated 180 and offers 6 LED lights with adjustable intensity for optimal illumination. In addition, digital image magnification or zoom of up to 4 times is available.
The PCE-VE 200 is an industrial borescope camera for nondestructive evaluation (NDE) and machine diagnostics. This industrial borescope provides excellent image quality at an affordable price. An ideal tool for diagnosing hard-to-reach places, the scope can be rotated 180 and offers 6 LED lights with adjustable intensity for optimal illumination. In addition, digital image magnification or zoom of up to 4 times is available.
Borescopes are devices that allow the viewing of otherwise difficult-to-access areas. Even simple optical devices with lenses, mirrors and external light sources allow insights that are otherwise not possible. A modern borescope camera is equipped with a digital camera so that the images of the observed area can also be stored and processed. Because of the various possible applications for the borescope camera, there are devices with very different equipment. In general, however, the borescope camera consists of the display and control unit and the probe at the tip of which the camera is located.
Due to the simple placement of the probe of the borescope camera at the points to be examined and the immediate imaging of the targeted areas, the weak points and defects can be quickly detected both during the current inspection cycle and in the case of damage. As a result, much more targeted repairs can be initiated and preventive measures taken. The borescope camera enables quick analyses of areas that are difficult to access without time-consuming disassembly and component openings.
The operation of the borescope camera is easily mastered even by untrained technicians. Electricians, safety specialists, experts in all industries, mechatronics engineers, precision mechanics, car mechanics use the borescope camera for inspections and troubleshooting.
The borescope camera can also be used for training and further education at technical colleges and universities and in the trade as an excellent tool for demonstration and visualization of technical facts or problems. In industry and plant construction, inspections and quality controls can be carried out much faster, more precisely and more cost-effectively with the borescope camera.
Criteria for the selection of a borescope camera Before a preselection is made from the huge range of devices, it should first be clarified which minimum requirements the borescope camera must meet. Often the following characteristics can be defined in advance: - Flexibility of the probe - Diameter of the camera head - Angularity of the camera head - IP protection degree of the camera probe - Viewing angle, viewing direction, focus and image resolution of the camera - Memory for images and videos - Interfaces for data transmission, video output - Possibility to connect different probes - Accessories
Rigid, semi-rigid or flexible probes for the borescope cameraThe probe of the borescope camera can be either a rigid rod or a flexible cable. At the tip there is the camera and inside there are data, light and, if necessary, control lines. Rigid borescopes are often operated without the possibility to take and process images. However, rigid borescopes are also available with a digital camera and this makes it possible to capture, process and store the images shown.
The borescope camera with a rigid probe can be used well for quick inspection, for example under motor vehicles or of higher situated components or installations. For this purpose, the rigid probes are angled at 90 degrees in the upper area or a movable camera head protrudes from the rigid probe rod. The rod length can be up to 3 meters for telescopic versions. The borescope camera thus enables fast and safe visual inspections in difficult-to-access facilities. If a problem area is detected, the necessary equipment for the repair can be set up exactly there. 041b061a72