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The gas pressure of residential buildings is accurately monitored, and the SONY FCB-EW9500H camera module is remarkable

In the busy urban life, gas as an important energy supply of residential buildings, its safety has been concerned. However, the fluctuation of gas pressure not only affects the normal use of gas, but also may bring security risks. How to accurately monitor the gas pressure of residential buildings to ensure the safety and comfort of residents has become an urgent problem in the field of gas management.

 

The gas pressure of residential buildings is accurately monitored, and the SONY FCB-EW9500H camera module is remarkable - Sony Camera Information - 1

 

At this critical moment, the SONY FCB-EW9500H fast autofocus camera module has become a star product in the field of gas pressure monitoring of residential buildings with its excellent performance and accurate capture ability. This module not only has high-definition camera function, but also shows extraordinary strength in gas pressure monitoring.

 

High definition image
The SONY FCB-EW9500H Fast autofocus camera module uses a 1/1.8-inch STARVIS™ CMOS sensor with approximately 4.17 million effective pixels to provide high-resolution images that clearly monitor changes in gas pressure.

The module achieves 2x higher sensitivity than traditional image sensors through a new pixel unit structure and circuit technology, combined with a 4 megapixel high-resolution lens, enabling clear images even at night and in dark environments.

Fast autofocus
The SONY FCB-EW9500H Fast Autofocus camera module features a high-performance image sensor and advanced image processing technology for fast and accurate autofocus. The function can automatically adjust the focal length of the lens according to the distance and size of the gas pipeline in the residential building to keep the target clear and sharp. This eliminates the need for manual focal length adjustment and allows the camera to automatically adapt to targets at different distances, ensuring that the entire monitoring frame is always clearly visible.

 

The gas pressure of residential buildings is accurately monitored, and the SONY FCB-EW9500H camera module is remarkable - Sony Camera Information - 2

 

30x optical zoom
The SONY FCB-EW9500H Fast autofocus camera module is equipped with a high-performance image sensor and advanced zoom technology to achieve 30x enhanced optical zoom. This feature allows the camera to still capture clear images at a distance, and the FCB-EW9500H’s high-power optical zoom function can capture detailed images of these key parts, such as pipe interfaces and valves, to help inspectors more accurately determine the status of the pipe.

 

Wide dynamic
High motion Wide motion is an important feature of the SONY FCB-EW9500H, which enables the camera to capture clear, detailed images in complex lighting environments. Specifically, the Wide Dynamic range (Wide-D) function can cope with both high and low brightness environments, such as being able to see the details of the shadow part under bright light, or to capture the contours and features of objects in extremely low light.

The internal environment of residential buildings is complicated, and there may be problems such as insufficient light and strong contrast between light and dark. For example, a gas line may be located in a low-light corner or stairwell, while the surrounding area may be exposed to direct sunlight.

The gas pressure of residential buildings is accurately monitored, and the SONY FCB-EW9500H camera module is remarkable - Sony Camera Information - 3

The wide dynamic feature of the SONY FCB-EW9500H is able to cope with this complex lighting environment, ensuring that clear images can be captured even when there is low light or strong contrast between light and dark, so that inspectors can more accurately determine the status of the gas line.

 

Overall, the SONY FCB-EW9500H fast autofocus camera module has shown extraordinary strength and power in the accurate monitoring of gas pressure in residential buildings. Its appearance not only improves the efficiency and accuracy of gas pressure monitoring and management, but also provides a strong guarantee for residents’ life safety.

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