OPTIONAL: The factory assembles the supply cord so that it exits the left side of the unit at the bottom. At the consumer’s discretion, the supply cord can be routed to exit the right side of the unit. To do this, route the supply cord to the right side. Pull the supply cord taunt through the loops (Refer to Cord Routing Change, Figure 31) and route the cord down.

STEP 13. To attach and prevent damage to the front grille align the cord notch over the cord and center the fresh air lever, then align and tighten the four (4) captive screws as indicated by the arrows in Figure 29. Before closing the front panel, be sure the filter is in place. Make sure curtains do not block the side air intakes.

STEP 14. Refer to the Control Panel Operation section for instructions. STEP 15. You are now ready to control the comfort level of the room.

Use Tool Provided

Please use the provided tool to attach the decorative front to the chassis.

Figure 29

USE HAND TOOLS

DO NOT OVER TIGHTEN

B

LOCATION OF GRILLE

REMOVAL TOOL

FRR053

Figure 30

POWER CORD

CLIP

NOTE: WHEN INSTALLING THE CHASSIS

SEAL GASKET; BEGIN AT EITHER BOTTOM

CORNER AND GO UP THE SIDE & ACROSS

THE TOP & DOWN THE OPPOSITE SIDE.

CHASSIS SEAL

GASKET (ITEM 13)

FRR024

33

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Image 33
Friedrich EL 36, SS15, SL 24, SM24 SL 22, SM15 SS12, YL24, YS12, EM24, E S12 Use Tool Provided, Location of Grille Removal Tool

SL 24, EM24, YS12, SS15, EL 36 specifications

The Friedrich YS10, SL 22, SS15, SL 24, and SM15 are a series of innovative machines designed for various industrial applications, primarily focusing on precision and efficiency in manufacturing processes. Each model boasts unique features tailored to meet distinct needs across different sectors.

The YS10 stands out with its advanced automation capabilities, enabling enhanced productivity through smart technology integration. It employs a state-of-the-art control system that allows operators to program complex tasks with ease, making it suitable for high-volume production environments. Additionally, the YS10 is equipped with an intuitive user interface that simplifies operation and minimizes training time for new users.

Moving on to the SL 22, this model is recognized for its versatility in handling diverse materials. It incorporates adjustable settings that allow users to switch between various manufacturing processes seamlessly. The SL 22 is also designed for energy efficiency, utilizing cutting-edge motion control technology to reduce power consumption without compromising performance. Its robust construction ensures longevity and reliability, essential for demanding industrial applications.

The SS15 is engineered specifically for precision tasks, featuring high-resolution sensors that guarantee exceptional accuracy in measurements. This model excels in environments where tight tolerances are crucial, such as in electronics and automotive manufacturing. The SS15 also includes advanced software for real-time monitoring and adjustments, ensuring consistent results throughout the production cycle.

On the other hand, the SL 24 offers enhanced speed and throughput capabilities, making it ideal for fast-paced industries. Its high-performance motor system delivers rapid cycle times while maintaining stability and control. The SL 24's modular design allows for easy upgrades and expansions, enabling manufacturers to adapt to changing market demands effectively.

Lastly, the SM15 focuses on simplifying maintenance processes, featuring accessible components that minimize downtime during servicing. This model employs predictive maintenance algorithms that analyze performance data, alerting users to potential issues before they lead to failures. The SM15 is designed with user experience in mind, offering a balance of functionality and ease of use.

Together, the Friedrich YS10, SL 22, SS15, SL 24, and SM15 represent a comprehensive lineup of machinery built for modern industrial challenges. With their advanced features, these machines offer companies the tools they need to enhance productivity, ensure precision, and improve overall operational efficiency.