Assembly

Continued

18.Slide support brackets over guard rails as shown in Figure 11. Make certain brackets curve downward.

19.Insert guard rails into holes of support pillars (see Figure 11). Guard rails will go completely through support pillars. Attach nut (G) to ends of guard rails as shown in Figure 11.

20.Attach support brackets to bottom defec- tor using 2 screws (F) each as shown in Figure 11.

Support

Bracket

21.Connect black ignitor wire and electrode located underneath burner support plate to electronic ignitor. Install battery in ignitor as shown on page 14.

22.Place ring retainers ("S" hooks) through holes in burner support place as shown in Figure 7, page 6.

23.Connect regulator to gas cylinder, see Operation, page 9. Gas cylinder will set inside of cabinet assembly.

24.Check for leaks. See Checking for Leaks page 9.

25.Hang table door panel from slots in burner support plate to cover inside of heater.

Support

Pillar

Nut

Guard

Rail

Guard

Rail

Slots for

Hanging

Door Panel

Figure 11 - Guard Rail Assembly (top and deflectors cut away for clarity)

www.desatech.com118992-01F

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Desa Td101, Td103, Td109, Td111 owner manual Support Pillar Nut Guard Rail Slots for Hanging Door Panel

Td101, Td103, Td109, Td111 specifications

Desa Td101, Td103, Td109, and Td111 are a series of innovative and advanced technologies designed for a variety of applications, primarily focusing on efficiency, sustainability, and user-centric solutions.

Starting with the Td101, this model is recognized for its compact design and energy-efficient features. It employs advanced sensor technology to monitor real-time efficiency and performance, allowing users to adjust settings based on their specific needs. The Td101 is particularly suitable for home use, with its low noise operation and compatibility with smart home systems, making it a favorite among environmentally-conscious consumers.

Moving on to the Td103, this model takes the foundational design of the Td101 and enhances it with additional features geared towards heavier workloads. It incorporates robust materials and an upgraded processing unit, ensuring durability and reliability under various conditions. The Td103 mobile application provides users with remote control capabilities, allowing them to manage settings and receive updates directly on their smartphones. Its energy optimization strategies not only reduce electricity costs but also promote a reduced carbon footprint, aligning with global sustainability goals.

The Td109 represents the mid-range offering of the series, combining the strengths of its predecessors while introducing innovations in connectivity and automation. By integrating Internet of Things (IoT) technology, the Td109 can communicate with other smart devices seamlessly. This model also features predictive maintenance alerts, helping users preemptively address potential issues before they escalate. Its sleek design is accompanied by an intuitive user interface, making it accessible for users of all technical backgrounds.

Lastly, the Td111 is the flagship model, showcasing the pinnacle of development within the series. It features advanced AI algorithms that learn user habits, enabling personalized performance adjustments that enhance usability. This model is particularly adept in commercial environments, handling high-demand operations with ease. The Td111 also sets itself apart with its scalability; users can easily integrate additional units for expanded capacity as required. Additionally, its real-time analytics dashboard provides comprehensive insights into performance trends, helping businesses make data-driven decisions.

In summary, Desa Td101, Td103, Td109, and Td111 represent a progressive evolution in technology, focusing on enhancing user experience through smart features, energy efficiency, and sustainable practices. Each model caters to unique market needs while retaining a consistent commitment to innovation and reliability.