STORAGE

MAINTENANCE

5.If pilot light goes out, repeat step 4.

6.When pilot remains lit, fully open main burner valve. Do this by turning main burner valve handle towards the ON position until it stops. Note: Arrows on main burner valve handle show directions for ON and OFF.

To Stop Heater

1.Tightly close propane supply valve on propane tank(s).

2.Shut off main burner valve. Do this by turning main burner valve handle towards the OFF position until it stops. Note: Arrows on main burner valve handle show direction for ON and OFF.

To Restart Heater

1.Wait five minutes after stopping heater.

2.Restart heater by following steps under “To Start Heater.”

!CAUTION

Disconnect heater from propane supply tank(s).

!CAUTION

Do not stack heaters over three high if more than one heater is being stored. Secure heaters with rope or strap after stacking.

1.Store propane tank(s) in safe manner. Refer to Chapter 5 of Standard for Storage and Handling of Liquified Petroleum Gases, ANSI/NFPA 58. Follow all local codes. Always store propane tanks outdoors.

2.Place plastic cover caps over brass fittings on inlet connector and hose/regulator assembly.

3.Store in a dry, clean, and safe place.

!WARNING

Never attempt to service heater while it is connected to propane supply, operating, or hot. Severe burns can occur.

1.Keep heater clean.

2.Inspect heater before each use. Check connections for leaks. Apply mixture of liquid soap and water to connections. Bubbles forming show a leak that must be corrected. Correct all leaks at once.

3.Inspect hose/regulator assembly before each use. If hose is highly worn or cut, replace.

4.Have heater inspected yearly by service person.

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Desa TC275, RCP275 owner manual Storage Maintenance, To Stop Heater, To Restart Heater
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RCP275, TC275 specifications

Desa TC275 and RCP275 are remarkable advancements in thermal comfort and energy efficiency, showcasing the latest technologies in heating and cooling systems. Designed for both residential and commercial applications, these models offer innovative features that cater to modern demands for climate control, sustainability, and user-friendly operation.

The Desa TC275 is a powerful, high-efficiency gas-fired heater that provides consistent warmth even in the coldest weather conditions. With its adjustable thermostat, users can easily set their preferred temperature, ensuring optimal comfort at all times. The TC275 incorporates advanced technology that enhances safety, including an automatic shut-off feature and a robust flame-proof safety guard. These elements not only promote peace of mind but also extend the lifespan of the unit.

Meanwhile, the RCP275 model serves as an energy-efficient reverse cycle air conditioning unit, designed to deliver both heating and cooling. This dual functionality makes it a versatile choice for year-round climate control. Equipped with a high Seasonal Energy Efficiency Ratio (SEER), the RCP275 maximizes energy use, translating to lower utility bills. Its inverter technology further optimizes energy consumption by adjusting the compressor speed according to the indoor climate needs.

Both the TC275 and RCP275 boast user-friendly interfaces, enabling seamless operation. The intuitive control systems allow users to program schedules, adjust settings, and monitor performance, all from a central dashboard. Additionally, these units are designed with quiet operation in mind, ensuring that noise does not interfere with daily activities or sleep.

Another key characteristic is the environmentally conscious design. The Desa TC275 employs low-emission technology, which minimizes its carbon footprint, aligning with global trends toward sustainability. Similarly, the RCP275 utilizes eco-friendly refrigerants that contribute to a healthier environment.

In summary, Desa TC275 and RCP275 are exemplary models of modern heating and cooling technologies. Their combination of efficiency, safety, and user-centric features makes them ideal choices for anyone looking to enhance their indoor comfort while being mindful of energy consumption and environmental impact. As these units continue to evolve, they set a benchmark for the future of climate control solutions.
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