OWNER’S MANUAL

STOVE AND B-VENT BURNER SYSTEM INSTALLATION

Continued

Installing 9-Volt Battery in Hand- Held Remote Control Unit

1.Remove battery cover on back of re- mote control unit

2.Attach terminal wires to a 9-volt bat- tery (not included). Place battery into the battery housing.

3.Replace battery cover onto remote con-

trol unit.

Battery Remote

Terminal

Cover

Control Unit

 

 

 

Wires

 

 

9-Volt Battery

Battery

Housing

Figure 41 - Installing Battery in Hand- Held Remote Control Unit (GHRC Series)

Terminal

Remote

Control Unit

Wires

 

9-Volt Battery

 

Battery

Battery Housing

Cover

 

Figure 42 - Installing Battery in Hand-Held Remote Control Unit (GHRCTA Series)

REMOVING/REPLACING GLASS DOOR

You must remove glass door to install logs, lava rock, and ember material. To remove glass door, you must first remove the front panel on stove body.

CAUTION: Do not operate this burner system with a broken glass door panel or without the glass door panel securely in place. For replacement part in- formation see Replacement Parts, page 26.

1.Remove 2 bolts from bottom of stove (if still in place) and one from the top of stove to remove front panel (see Fig- ure 43).

2.Remove the screws from the 2 tabs at the top of the glass door while holding door securely keeping it from falling forward (see Figure 44).

3.Grasp door by both sides and ease it upward off of the lower bracket (see Figure 44).

4.To replace glass door, follow the above instructions in reverse.

Bolt

Bolt

Stove Front Panel

Assembly

Figure 43 - Removing Front Panel from Stove

Screw

Glass Door

Figure 44 - Removing Glass Door from Burner System

Continued

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Desa MSRBVP, MSRBVN REMOVING/REPLACING Glass Door, Installing 9-Volt Battery in Hand- Held Remote Control Unit

MSRBVP, MSRBVN specifications

Desa MSRBVN and MSRBVP are two innovative residential community projects that have garnered attention for their design, sustainability, and technological integrations. These developments aim to cater to the growing demand for modern living spaces that balance comfort, efficiency, and environmental responsibility.

One of the main features of Desa MSRBVN and MSRBVP is their careful urban planning. These communities provide an array of housing options, from single-family homes to multi-unit residences, ensuring that there is something for everyone, including families, young professionals, and retirees. The layouts are designed to maximize natural light and airflow, creating a pleasant living environment.

Sustainability is a cornerstone of both projects. The communities incorporate green building practices that reduce their carbon footprint. This includes the use of energy-efficient materials, solar panels for renewable energy generation, and greywater recycling systems that help manage water resources effectively. Landscaping is also thoughtfully designed, with native plants that require minimal irrigation and support local biodiversity.

Technologically, Desa MSRBVN and MSRBVP are at the forefront of smart living. Each home is equipped with advanced home automation systems, allowing residents to control lighting, heating, and security features remotely. Integration with mobile applications provides users with seamless access to their home systems, enhancing convenience and safety.

Safety and community are also pivotal aspects. These developments include well-lit public spaces, walking paths, and recreational areas that encourage outdoor activities and social interaction. Security measures, such as gated entries and surveillance systems, ensure that residents feel secure within their community.

In terms of connectivity, both Desa MSRBVN and MSRBVP benefit from strategic locations that offer easy access to public transportation, shopping centers, schools, and healthcare facilities. This makes daily commutes and lifestyle requirements more manageable for residents.

Overall, Desa MSRBVN and MSRBVP exemplify the future of residential living, where thoughtful design, sustainability, and technology converge to create vibrant and connected communities. As urban areas continue to evolve, such projects highlight the importance of integrating modern living solutions that prioritize residents' well-being and environmental stewardship.