ADJUSTING THE SEAT

To raise the Seat (14), lift the narrow end of the Seat until the appropriate tab on the Seat Adjustment Bracket (36) engages the welded pin (not shown) on the right side of the Bench Frame (5).

To lower the Seat (14), use the handle on the Seat Adjustment Bracket (36) to disengage the Seat Adjustment Bracket from the pin on the right side of the Bench Frame (5). Lower the Seat to the desired posi- tion and engage the appropriate tab on the Seat Adjustment Bracket to the pin.

ADJUSTING THE BACKREST

To raise the Backrest (15), grip the end of the Backrest with one hand and pull it upward until the Backrest Adjustment Bracket (35) locks into the appropriate tab on the bracket on the Bench Frame (5).

To lower the Backrest (15), grip the end of the Backrest with one hand and pull it slightly upwards. Grip the handle (not shown) on the right side of the Backrest Adjustment Bracket (35) with your other hand and pull the Backrest Adjustment Bracket free of the tabs on the bracket on the Bench Frame (5). Lower the Backrest to the desired posi- tion and lock the Backrest Adjustment Bracket into the desired tab on the Bench Frame bracket.

WARNING: Be sure that the Backrest Adjustment Bracket (35) is securely locked to the Bench Frame (5) before using the weight bench.

Handle

36

14

 

Pin

 

 

5

 

15

Handle

 

 

35

Bracket

5

 

15

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Image 15
Image IMBE53901 user manual Adjusting the Seat, Adjusting the Backrest

IMBE53901 specifications

IMBE53901 is a cutting-edge image processing module that has garnered attention in various sectors, including healthcare, automotive, and security. Designed for high-performance applications, this module combines state-of-the-art technologies to deliver superior image quality and real-time processing capabilities.

One of the standout features of IMBE53901 is its advanced image sensor technology. Built with a high-resolution CMOS sensor, the module captures detailed images with exceptional clarity. This technology reduces noise and enhances color accuracy, making it ideal for applications where precision is paramount, such as medical imaging and surveillance.

The module is equipped with powerful image signal processing algorithms that optimize image quality in real time. These algorithms include features such as dynamic range optimization, noise reduction, and color correction. This ensures that the images produced are not only clear but also representative of real-life colors and details, which is crucial for diagnostic imaging and security monitoring.

Another key characteristic of IMBE53901 is its versatility in connectivity options. The module supports various protocols, including USB, Ethernet, and wireless connectivity, making it easy to integrate into existing systems. This flexibility allows developers to implement the module in diverse environments, whether it be in standalone devices or as part of a larger network.

Moreover, IMBE53901 is designed with efficiency in mind. It features low power consumption technology, which is particularly important for battery-operated devices or applications where energy efficiency is critical. This capability ensures that the module can perform high-level processing without draining power resources, extending the lifespan of the devices it is integrated into.

The compact design of the IMBE53901 also contributes to its appeal. Despite its robust capabilities, the module is lightweight and can be easily embedded in a variety of devices. This makes it an excellent choice for manufacturers looking to add advanced imaging capabilities to their products without compromising on space or weight.

In summary, IMBE53901 stands out as a leading image processing module that combines high-resolution imaging, advanced processing algorithms, versatile connectivity, energy efficiency, and a compact design. These features make it an appealing solution for industries seeking to enhance their imaging applications, ensuring they remain at the forefront of technology.