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Image IMSG73920, IMSB73920 user manual Assembly

Models: IMSB73920 IMSG73920

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Assembly

Before beginning assembly, carefully read the following information and instructions:

•Place all parts in a cleared area and remove the packing materials from the spa shell. Do not dis- pose of the packing materials until assembly is completed and the spa is operating.

•During assembly, make sure that all parts are oriented as shown in the drawings.

•Read each assembly step before you begin.

•Tighten all parts as you assemble them, unless instructed to do otherwise.

ASSEMBLY REQUIRES THE FOLLOWING TOOLS (not included):

• One phillips screwdriver

A wire connector is provided on the electronics pack of the spa to connect a minimum No. 6 AWG (13.3 mm2) solid copper conductor between the spa and any metal equipment, electrical enclosure made of metal, metal water pipes, or conduit within five feet of the spa.

1.Before beginning assembly, make sure that you have read and understand the information in the above and on the previous two pages.

Remove the four 1/4” x 1 1/2” Machine Screws (46) that secure the indicated Access Panel (25) to the spa. Carefully remove the Access Panel and set it aside. Be careful not to damage the spa shell.

See the diagram on page 11. Turn the spa jets labeled D, E, F, H, I, J, L, M, and N clockwise as tightly as you can. Then, turn the jets counterclock- wise until they stop.

2.Close the valve knob on the drain hose. Thread the cap onto the drain hose.

Locate the four gate valves inside the access open- ing (there are two gate valves per pump). Make sure that the gate valves are open and that the locking clips are snapped onto the stems of the gate valves, as shown in the inset drawing.

Make sure that the six collars are tightened (there are two collars per pump and two on the heater).

Refer to step 1. Re-attach the Access Panel (25) to the spa.

1

Spa Shell

46

25

46

2

Gate Valve

Locking Clip

Collar

Cap Valve

Knob

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Image IMSG73920, IMSB73920 user manual Assembly
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IMSB73920, IMSG73920 specifications

The Image IMSG73920 and IMSB73920 are advanced imaging technologies that offer a plethora of features and capabilities, making them essential tools in various fields such as medical imaging, industrial inspection, and scientific research. These images are capturing significant attention due to their exceptional qualities and cutting-edge technologies.

One of the standout features of the IMSG73920 and IMSB73920 is their remarkable resolution. Equipped with high pixel density, these images provide incredibly detailed visuals, allowing for precise analysis and interpretation. This feature is particularly beneficial in applications like medical diagnostics, where clarity can significantly influence outcomes. The images can reveal minute structures and subtle changes that are crucial for accurate assessments.

In addition to high resolution, these imaging technologies employ advanced sensor technology. The sensors are designed to optimize light capture, improving the quality of images in varied lighting conditions. This capability enables users to capture clear images even in low-light environments, which is essential for applications such as nighttime surveillance or inspections in confined spaces.

Another key characteristic is the incorporation of sophisticated image processing algorithms. These algorithms enhance image clarity and reduce noise, ensuring that the captured visuals are both sharp and realistic. This post-processing feature is particularly useful in scientific research, where accurate data representation is critical for analysis.

Furthermore, the IMSG73920 and IMSB73920 leverage state-of-the-art connectivity options for seamless data transfer. They often come equipped with various communication interfaces, including USB, Ethernet, and wireless options, enabling easy integration with other systems and devices. This functionality supports real-time data sharing and enhances workflow efficiency.

Durability is yet another highlight of these imaging systems. Built with robust materials and designed to withstand harsh environmental conditions, they are ideal for industrial applications where equipment is often exposed to extreme temperatures, moisture, and dust. Their reliability ensures long-term use, reducing the need for frequent replacements or repairs.

Additionally, user-friendly interfaces and customizable settings make these imaging technologies accessible to a broad range of users. This versatility allows professionals from different backgrounds to harness the power of high-quality imaging without requiring extensive technical training.

In summary, the Image IMSG73920 and IMSB73920 stand out due to their high resolution, advanced sensor technology, sophisticated image processing, versatile connectivity, durability, and user-friendly design. These features make them indispensable in various sectors, enhancing the capabilities of professionals who rely on high-quality imaging for their work.