Installationoperation, To Start Heater

INSTALLATION OPERATION

To Start Heater To Stop Heater

INSTALLATIONOPERATION

WARNING: Review and understand the warnings in the Safety Information section, page 2. They are needed to safely operate this heater. Follow all local codes when using this heater.

WARNING: Test all gas piping and connections for leaks after installing or servicing. Never use an open flame to check for a leak. Apply a mixture of liquid soap and water to all joints. Bubbles forming show a leak. Correct all leaks at once.

1.Provide natural gas supply system.

2.Install plumbing to a low pressure natural gas source. The source must be regulated to a maximum 1/2 psi. The plumbing must be a minimum 3/4 inch i.d. hose or flexible connector not over 10 feet long.

3.Connect the hose to the heater at the 1/2 inch SAE flare fitting at the inlet.

4.Open natural gas supply valve slowly.

5.Check all connections for leaks.

6.Close natural gas supply valve.

Hose (not

Inletincluded)

Connector

Figure 3 - Hose and Inlet Connector

WARNING: Review and understand the warnings in the Safety Information section, page 2. They are needed to safely operate this heater. Follow all local codes when using this heater.

TO START HEATER

1.Follow all installation, ventilation and safety information.

2.Locate heater on stable and level surface. Make sure strong drafts do not blow into front or rear of heater.

3.Plug power cord of heater into a three-prong, grounded exten- sion cord. Extension cord must be at least six feet long. Exten- sion cord must be UL listed.

Extension Cord Size Requirement

Up to 50 feet long, use 18 AWG rated cord.

51 to 100 feet long, use 16 AWG rated cord.

101 to 200 feet long, use 14 AWG rated cord.

4.Plug extension cord into a 120 volt/60 hertz, three-hole, grounded outlet.

5.Open natural gas supply valve slowly.

6.Turn thermostat control knob fully counterclockwise to the "COOLER" position. Turn ON/OFF switch to the ON posi- tion. Turn thermostat control knob slowly clockwise until elec- tric motor and fan begin to run. Heater will start in approxi- mately 3 seconds. Adjust thermostat control knob to WARMER or COOLER setting as needed.

Note: If heater does not start after 3 seconds, the ignition con- trol will automatically attempt to start heater one time. If heater fails to start on this attempt, the safety control will "lock out" and no further automatic restarts will be attempted. This could occur if air remains in fuel line. If heater fails to start on this attempt, turn ON/OFF switch to OFF position. Wait ten sec- onds for safety control to reset, then turn ON/OFF switch back to ON position and try to start heater again.

7.Thermostat Operation Only: During normal thermostat op- eration, heater will cycle off when air temperature rises to ther- mostat setting. When air temperature drops sufficiently below thermostat setting, the electric motor and fan will begin to run. After 15 to 60 seconds, heater burner should automatically ignite and provide heat to maintain temperature setting.

TO STOP HEATER

1.Tightly close natural gas supply valve.

2.Wait a few seconds. Heater will burn gas left in supply hoses.

3.Turn on/off switch to the OFF position.

4.Unplug heater.

For morevisit www..com

103887-01C

BNG150T specifications

The Desa BNG150T is a state-of-the-art biomass gasification system that has gained recognition for its efficiency, versatility, and environmentally friendly design. This innovative technology leverages biomass waste, converting it into clean, usable energy through a process of gasification.

One of the main features of the Desa BNG150T is its high thermal efficiency. The system is designed to maximize energy output while reducing waste, ensuring that biomass is utilized effectively. With an input capacity of 150 kW, it can cater to a variety of applications ranging from small-scale industrial operations to large agricultural setups.

The gasification process employed by the Desa BNG150T involves a series of chemical reactions in a high-temperature environment, where biomass is converted into synthesis gas, or syngas. This syngas can then be used for various purposes, including electricity generation, heating, or as a fuel for engines. This feature highlights the system's adaptability and suitability for diverse energy needs.

Moreover, the Desa BNG150T is equipped with advanced control systems, which enhance its operational efficiency. These systems monitor the gasification process in real-time, ensuring optimal performance while minimizing emissions. The unit's emissions are significantly lower than traditional fossil fuel systems, making it an eco-friendly alternative.

Another characteristic of the Desa BNG150T is its ability to process a wide range of biomass materials, including wood chips, agricultural residues, and other organic waste. This versatility allows businesses and facilities to utilize readily available resources, reducing fuel costs and promoting sustainability.

In terms of safety, the system is designed with multiple safety measures to prevent overheating and ensure stable gas production. This includes automatic shutdown features, temperature control mechanisms, and comprehensive monitoring systems.

Overall, the Desa BNG150T represents a significant advancement in biomass energy technology. Its combination of high efficiency, versatility, and environmentally responsible design positions it as a leading solution for businesses and communities looking to harness the power of renewable energy. With the increasing focus on sustainability, systems like the Desa BNG150T are paving the way toward a greener future.