Save time & money with the RV-PRO 360 bridge inspection camera
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Faster And Easier
Replacing existing bridges is an excessively complex and costly process, therefore cities and municipalities will always aim to stretch their useful lifetimes as much as possible without putting their population’s safety at risk.
The method traditionally used to perform bridge inspections is to send operators in a bucket truck to perform a direct visual inspection. However, this method has the disadvantages of being costly, slow, requiring multiple skilled operators and not providing full video backup for secondary analysis and data archiving.
The RV-PRO 360 inspection camera system, which was initially developed as a manhole and confined space inspection tool, also has the versatility to perform the inspection of bridge undersides. Using this solution, a single unspecialized operator can perform a full in-depth inspection within a few minutes.
costs and the impact on traffic are greatly reduced
The usage of the RV-PRO 360 allows the average inspection costs to be greatly diminished in comparison with the traditional bucket truck-based inspections as there is no need to purchase or rent an expensive truck, have specialized personnel operate it and mobilize a large crew to perform this task.
Moreover, the impact of traffic is greatly reduced as inspections are performed promptly and from the underside, not requiring the traffic on the bridge (which is generally higher than the one under it) to be stopped at all.
About Rinnovision
RinnoVision is a Canadian company founded by underground infrastructure inspection professionals to meet specific needs in day-to-day operations. The reality of an increasingly competitive market sector, coupled with labour shortages, inspired RinnoVision to develop products that significantly improve the efficiency, time savings, safety and profitability of inspection operations.
We will reply all your questions and send you a quote
“With the acquisition of the RV-PRO 360, we have won all along the line. Ease of use and all the accessories suited for multiple uses. A clear, 360 degree image in a single shot. The inspection time has been reduced a lot and the analysis of the videos has become much easier due to the sharpness of the image.”
Cédric Fougères, Ville de Montréal
“We are satisfied with its performance. Among other things, the RV-PRO 360 kit allowed us to discover that an element everyone thought was an AP was in fact a technical void under an old silo. The space was much larger than an underground chamber and the images were of good quality without additional lighting. With the kit, the inspection of this technical space was possible without having to take confined space entry procedures.”
Gaétan Caron, GDI Géoradar Détection
“Simple and easy to use. The RV-PRO 360 has been a great addition to our maintenance operations.”
Scott Tam, C.E.T., EP, City of Timmins
“Our company is happy to recommend the RinnoVision RV-PRO 360 as an excellent manhole inspection camera system. We have utilized these cameras to speedily and efficiently perform inspections on thousands of manholes. The quality of video along with the reliability and ease operation of these units have proven to be the favorite amongst our crews. The RV-PRO 360 is a great company asset that allows us to produce a high quality end product for our customers while remaining very competitive and productive.”
Dave Gonyea, C3 Mainline Inspections Inc.
FAQ
1. What is an inspection camera?
An inspection camera, also known as a borescope or endoscope, is a specialized camera tool used for non-destructive inspection of hard-to-reach areas. It typically consists of a flexible cable with a waterproof camera and LED light on one end, and a screen or LCD display on the other. This allows the user to view the area being inspected on the screen in real time.
Inspection cameras are commonly used in a variety of industrial and professional settings, such as bridge inspection, sewer inspection, and HVAC maintenance. They are often inserted into pipes and other tight spaces to diagnose problems and identify potential issues. Some inspection cameras even come with dual or wireless functionality, making them even more versatile and convenient to use.
The price of inspection cameras can vary depending on the features and quality of the product. More advanced cameras may come equipped with additional features such as video recording, interchangeable probes, and advanced lighting options. These products may have a higher price point, but they can also provide more comprehensive inspection capabilities.
In summary, an inspection camera is a valuable tool for professionals and industrial workers who need to inspect hard-to-reach areas. It consists of a waterproof camera and LED light on a flexible cable, which can be inserted into tight spaces and viewed on a screen or LCD display. These cameras come in a variety of products with different features and prices, making them versatile and useful for a wide range of applications.
2. What is a good inspection camera?
A good inspection camera is one that is durable, reliable, and provides clear and detailed images. Here are some key features to look for in a good inspection camera:
- Waterproof design: For inspecting areas that may be wet or damp, such as pipes and sewers, a waterproof camera is essential.
- Quality cable or pole: A quality cable or pole allows the camera to be inserted into tight or hard-to-reach areas, such as pipes and drains.
- LED light: An LED light on the camera helps to illuminate the area being inspected, providing a clearer view.
- Screen or LCD display: A screen or LCD display allows the user to view the images in real time, making it easier to diagnose problems and identify potential issues.
- Interchangeable probes: Some inspection cameras come with interchangeable probes, such as a hook or magnet, which can be useful for retrieving small objects or working in tight spaces.
- Video recording: Some inspection cameras are equipped with video recording capabilities, which can be helpful for documenting the inspection process.
- Wireless or dual functionality: Wireless or dual functionality allows the camera to be used with a smartphone or tablet, providing additional flexibility and convenience.
- Affordable price: A good inspection camera should be reasonably priced and provide good value for the features and quality it offers.
In summary, a good inspection camera is durable, reliable, and provides clear and detailed images. Some key features to look for include a waterproof design, quality cable or pole, LED light, screen or LCD display, interchangeable probes, video recording, wireless or dual functionality, and an affordable price. This is exactly what RinnoVision offers.
3. How far can an inspection camera see?
The distance that an inspection camera can see depends on several factors, including the type and quality of the camera, the size of the cable, and the lighting conditions in the area being inspected. In general, most inspection cameras are designed to provide a clear view of objects that are within a few inches to a few feet from the camera lens.
Inspection cameras are commonly used in a variety of industrial and professional settings, such as plumbing, automotive repair, and HVAC maintenance. These cameras typically consist of a flexible cable with a waterproof camera and LED light on one end, and a screen or LCD display on the other. This allows the user to view the area being inspected on the screen in real time, which can be helpful for diagnosing problems and identifying potential issues.
The length of the cable is also an important factor in determining how far an inspection camera can see. Most inspection cameras, such as pipe inspection camera, come with a cable that ranges in length from a few feet to several meters, depending on the product and its intended use. Longer cables provide a wider range of movement and greater flexibility, but they may also be more difficult to maneuver in tight spaces.
In summary, the distance that an inspection camera can see depends on the type and quality of the camera, the length of the cable, and the lighting conditions in the area being inspected. Most inspection cameras are designed to provide a clear view of objects that are within a few inches to a few feet from the camera lens, but the exact range may vary depending on the product and its intended use.
4. How is visual inspection done?
Visual inspection is the process of using various tools and equipment to examine an object or area in order to identify any defects or abnormalities. There are several different types of visual inspection methods, each of which uses different tools and equipment to provide a clear view of the object or area being inspected.
Inspection cameras & Probes
One common method of visual inspection is the use of an inspection camera, such as a borescope or endoscope, which is a small, waterproof camera that is inserted into a pipe or other small space in order to provide a clear view of the inside. The camera is often connected to a screen or monitor, which displays the images captured by the camera in real time.
Another tool commonly used in visual inspection is a probe, which is a long, thin, flexible piece of equipment that is inserted into a pipe or other small space in order to provide a clear view of the inside. The probe is often equipped with LED lights, which provide illumination, and may be wireless or connected to a monitor via a USB cable.
Specialized tools
In addition to cameras and probes, visual inspection may also involve the use of other specialized tools, such as thermal imaging cameras, which use infrared technology to detect heat and identify areas of potential concern. These cameras may be handheld or mounted on a tripod, and may be connected to a monitor or other display device to provide a clear view of the images captured.
Overall, visual inspection is an important part of many industrial, commercial, and residential applications, and the availability of a wide range of tools and equipment, such as cameras, probes, and thermal imaging cameras, makes it easier for professionals to identify and address any potential issues.
5. How accurate is visual inspection?
Visual inspection refers to the process of using the human eye to identify and assess the condition of an object or environment. This method is commonly used in a variety of industrial and professional settings, such as construction, manufacturing, and maintenance. While visual inspection can be a quick and cost-effective way to gather information, it is not always accurate and should be used in combination with other inspection methods to ensure the most reliable results.
Key challenges
One of the key challenges of visual inspection is that it is subject to human error. The inspector’s level of experience, knowledge, and attention to detail can all affect the accuracy of the inspection. Additionally, factors such as lighting conditions, distance, and angle can impact the inspector’s ability to see and assess certain features or defects.
To address these challenges, many companies are turning to digital inspection tools, such as cameras and thermal imaging devices. These tools can provide a more detailed and accurate view of the area being inspected, and can capture high-resolution images or video that can be saved on a digital card for later analysis.
How inspection cameras can help
Inspection cameras, also known as borescopes or endoscopes, are a type of digital inspection tool that can be used to inspect tight or hard-to-reach areas. These cameras consist of a flexible cable with a waterproof camera and LED light on one end, and a screen or LCD display on the other. They can be inserted into pipes, sewers, and other tight spaces to diagnose problems and identify potential issues.
Digital inspection tools can provide more accurate and detailed views of an area, and they are often necessary or practical. For example, visual inspection may be sufficient for inspecting the exterior of a building, while a digital camera or thermal imaging device may be needed to inspect the interior of a drain or pipe.
In summary, visual inspection is a common method used to assess the condition of objects and environments. However, it is not always accurate and can be subject to human error. Digital inspection tools, such as cameras and thermal imaging devices, can provide a more detailed and accurate view, but they may not be necessary or practical in all situations. It is important to use a combination of inspection methods to ensure the most reliable and accurate results.