BEFORE YOU BEGIN

Thank you for selecting the versatile IMAGE® 5.2 weight bench. The IMAGE® 5.2 is designed to help you develop every major muscle group of the body. Whether your goal is a shapely figure, dramatic increase in muscle size and strength, or a healthier cardiovascular system, the IMAGE® 5.2 will help you achieve the specific results you want.

For your benefit, read this manual carefully before using the weight bench. If you have additional ques- tions, please call our Customer Service Department

toll-free at 1-800-999-3756, Monday through Friday,

6 a.m. until 6 p.m. Mountain Time (excluding holidays). To help us assist you, please note the product model number and serial number before calling. The model number is IMBE53910. The serial number can be found on a decal attached to the weight bench (see the front cover of this manual).

Before reading further, please review the drawing below and familiarize yourself with the parts that are labeled.

 

High Pulley Station

 

Lat Bar

 

Left Side

Upright

Weight Guide

 

Right Side

 

 

Weight Glider

 

Barbell

Safety Spotter

Curl Pad

 

Weight Carriage

Backrest

Weight Tube

Seat

 

Low Pulley Station

 

 

Leg Lever

Foot Plate

Note: The terms “right side” and “left side” are determined relative to a user standing with his back toward the weight rack; they do not refer to right and left on the drawings in this manual.

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Image IMBE53910 user manual Before YOU Begin, Right Side

IMBE53910 specifications

The Image IMBE53910 is an advanced camera module designed for demanding imaging applications. This compact yet powerful device is primarily aimed at embedded systems, robotics, and areas requiring high fidelity imaging in a small form factor. Built to meet the needs of modern technology while providing exceptional performance, the IMBE53910 incorporates a variety of features and technologies that enhance its functionality.

One of the standout features of the IMBE53910 is its high-resolution imaging capability. With a resolution of up to 5 megapixels, this camera module provides crisp and detailed images that are essential for applications such as machine vision and surveillance. The advanced optics integrated within the design ensure sharp focus and vibrant color reproduction, making it suitable for live video streaming and high-definition photography.

The IMBE53910 utilizes a state-of-the-art CMOS sensor, benefiting from low power consumption characteristics while maintaining high-quality image output. This technology not only reduces the energy requirements of devices using this module but also allows for longer operational times, making it ideal for battery-powered applications.

In terms of connectivity, the IMBE53910 offers flexible interface options. With support for various communication protocols, including USB, SPI, and I2C, it can easily integrate into a diverse range of systems. This versatility is a significant advantage, allowing engineers and developers to incorporate the IMBE53910 into both existing and new projects without extensive modifications.

Moreover, the camera module is equipped with advanced image processing capabilities. Features such as automatic white balance, exposure control, and image enhancement algorithms help optimize captured images in real-time, allowing for superior performance under varying lighting conditions. These intelligent algorithms contribute to the overall ease of use, enabling quick setup and operation.

Robust housing ensures durability and protection for the internal components, making the IMBE53910 suitable for use in challenging environments. This resilience extends the operational lifespan of the camera, an essential factor for applications in industrial and outdoor settings.

Overall, the Image IMBE53910 is a feature-rich camera solution that caters to various imaging needs, providing high resolution and advanced processing technologies in a compact format. Its blend of performance, versatility, and durability makes it a top choice for engineers and developers in the field of imaging technology.