Spa Shell Diagram

D

B

C

A

SPA OPERATION

Refer to the diagram above. The function of each component is explained below.

The suction vents (A) located near the floor of the spa bring the water into the pump in order to operate the system. The suction covers should always be in

SECURING THE SPA COVER

The spa cover can be

secured by snapping Latch the latches on the spa

cover into the buckles on the side panels.

place over the suction vents. Never operate the spa

The buckles can be

Key

without the suction covers in place.

The filter (B) can be removed for replacement and cleaning (see CHECKING AND CLEANING THE FIL- TER on page 13).

The temperature probe (C) reads the current water temperature.

Use of the console (D) is explained on page 12 of this manual.

The hydrotherapy spa offers an automatic freeze pro- tection. If the water temperature falls below 40ûF, the pump will begin circulating the water to prevent the water from freezing.

locked by inserting the

key and turning itBuckle clockwise a quarter

turn. To unlock the buckles, insert the key and turn it counterclockwise a quarter turn.

Always keep the buckles locked when the spa is not in use. Keep the keys in a safe place, out of the reach of children.

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Image IMHS40090 manual Spa Shell Diagram, SPA Operation, Securing the SPA Cover, Without the suction covers in place

IMHS40090 specifications

The IMHS40090 stands as a notable image within its class, characterized by a combination of advanced technologies and user-centric features designed for optimal performance. This versatile device integrates cutting-edge imaging capabilities to cater to various applications, ranging from industrial inspections to medical diagnostics.

At the heart of the IMHS40090 is a high-resolution sensor that enables the capture of intricate details. This sensor is capable of producing images with remarkable clarity, ensuring that users can rely on the device for critical analysis. The resolution not only allows for clear images but also enhances the ability to discern subtle changes in the subject matter, which is particularly valuable in regulated environments.

One of the standout characteristics of the IMHS40090 is its advanced image-processing algorithms. These algorithms work seamlessly to enhance image quality in real-time, applying adjustments that optimize contrast, brightness, and color accuracy. This enhances the user experience by providing immediate feedback, which is vital in fast-paced environments. Additionally, the device’s support for multiple imaging modes, including thermal imaging and standard light capture, expands its utility across different fields.

Connectivity is another essential factor in today's imaging devices, and the IMHS40090 excels in this aspect. It features built-in wireless technology that allows for easy sharing and upload of images to cloud platforms or other devices, facilitating instant collaboration among teams regardless of their geographical location. This connectivity feature is complemented by a user-friendly interface that simplifies the operation, making the device accessible to users with varying levels of technical expertise.

The IMHS40090 is also designed with durability in mind. Constructed from high-quality materials, it ensures resilience in demanding environments. This durability is crucial for industries where equipment frequently encounters harsh conditions, as it guarantees the longevity and reliability of the device.

In summary, the IMHS40090 is a sophisticated imaging solution that combines high-resolution capture, advanced processing capabilities, adaptable imaging modes, seamless connectivity, and robust construction. These features collectively position it as a premier choice for professionals seeking a reliable imaging device equipped to meet the diverse challenges of modern applications. Whether in industrial, medical, or research settings, the IMHS40090 delivers performance and versatility that stand out in the imaging landscape.