Vermont Casting ANSI Z83.7-2000, CSA 2.14-2000 instruction manual Leak Checking

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Propane is safe to use when properly handled. Careless handling of the Propane gas tank could result in fire and/or an explosion. Therefore:

•Always keep tank/cylinder securely fastened in an upright position.

•Avoid tipping tank on its side when connected to a regulator since this may cause damage to diaphragm in regulator.

•Handle valves with care.

•Never connect an unregulated Propane tank to construction heater.

•Do not subject Propane tank to excessive heat.

•Tightly close the gas shutoff valve on the Propane tank after each use.

•The POL fitting must be protected when disconnected from the propane tank.

•Never store a Propane gas tank inside a building or in the vicinity of any gas burning appliance.

THE DISCONNECTED TANK MUST NEVER BE STORED IN A BUILDING, GARAGE OR ANY OTHER ENCLOSED AREA.

LEAK CHECKING:

Check all gas connections with a soap solution to be sure they are tight and leak proof.

•The installation of your heater must meet all local codes and/or gas utility requirements or, in the absence of local codes, with the Storage and Handling of Liquefied Petroleum Gases, ANSI/NFPA 58 and the Natural and Propane Installation Code, CSA B149.1.

•The minimum clearances to combustible construction shown above must be maintained at all times.

•The hose assembly should be visually inspected prior to each use of the heater. If it is evident that there is excessive abrasion or wear, or the hose is cut, it must be replaced prior to the heater being put into operation.

•The replacement hose assembly shall be that specified by the manufacturer (See page 11 for part numbers).

LIGHTING INSTRUCTIONS:

WARNING: Motor and fan must be running before lighting, during operation and shutdown, in order to prevent a flame-out condition which could result in personal injury or property damage.

1.Connect power cord to a properly grounded three (3) prong 120V, 60Hz, single phase receptacle.

2.Turn gas valve knob clockwise to OFF position.

3.Wait five (5) minutes to clear any gas. Then smell for gas, if you don't smell gas, go to next step.

4.Turn gas supply ON by turning Propane tank valve counterclockwise.

5.Push in and turn gas control knob counterclockwise to “LOW/IGN”. This will light the burner. If needed, keep pressing control knob until the burner lights and keep depressing and turning from OFF to LOW/IGN on Piezo electric spark models. (“HIGH/IGN”: In case of RMC-FA40DLX)

6.Keep the valve knob depressed for at least 30 seconds after lighting the burner. After 30 seconds release valve knob.

7.If burner does not stay lit, repeat the lighting procedure.

8.When burner is lit, turn gas valve knob counterclockwise to desired setting. (All models, except RMC-FA40DLX, RMC - 40 has only one heat setting)

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Contents Propane Construction Heater Table of Contents Dyna-Glo Propane Forced Air Construction Heaters Important Safety Information General Safety InstructionsProduct Features Unpacking Refilling the Propane GAS Tank Installation to the Propane GAS TankLeak Checking Shutdown Instructions TroubleshootingPropane Construction Heater Illustrated RMC-FA40A/RMC-FA50A Illustrated Parts Breakdown100,000 BTU/Hr 150,000 BTU/Hr NUT HOT04Y Motor Assembly Wiring Diagrams Warranty

ANSI Z83.7-2000, CSA 2.14-2000 specifications

Vermont Castings CSA 2.14-2000 and ANSI Z83.7-2000 are key standards in the world of gas appliances, particularly for those using charcoal, propane, or natural gas. These standards provide guidelines aimed at ensuring safety, efficiency, and performance in a variety of heating equipment, including fireplaces, stoves, and other appliances.

The Vermont Castings CSA 2.14-2000 standard pertains to the performance and construction criteria for residential gas appliances. A significant feature of this standard is its emphasis on safety mechanisms designed to prevent gas leaks and ensure reliable ignition. This ensures that users are protected from the risks associated with gas-based heating. The standard also outlines the requirements for proper ventilation, which is crucial for any gas appliance to operate effectively without the risk of harmful emissions.

Another notable aspect of the CSA 2.14-2000 standard is its focus on efficiency. It mandates strict guidelines for energy use, which encourages manufacturers to innovate and create appliances that not only meet consumer heating needs but also do so in an environmentally friendly manner. Appliances compliant with this standard are likely to embody technologies that optimize fuel utilization and reduce emissions, contributing to a more sustainable heating option for consumers.

ANSI Z83.7-2000 complements the CSA 2.14-2000 standard by addressing the safety and construction requirements specific to gas-fired appliances. This standard sets forth comprehensive design criteria that prevent the occurrence of hazardous situations such as accidental fires or carbon monoxide poisoning. It emphasizes the importance of utilizing high-quality materials in appliance construction, ensuring durability and safety over an extended life cycle.

One of the key technologies addressed in these standards is ignition systems. Advanced ignition mechanisms, such as electronic spark ignitions and pilot light systems, are covered to ensure reliable and secure operations. The standards also stress the importance of user-friendly features, ensuring that consumers can operate the appliances with ease while adhering to best safety practices.

In conclusion, Vermont Castings CSA 2.14-2000 and ANSI Z83.7-2000 set industry standards that prioritize safety, efficiency, and user experience in gas-fired appliances. By ensuring compliance with these guidelines, manufacturers are encouraged to pursue innovations that enhance the performance and environmental responsibility of their products, thereby benefiting consumers and the planet alike.
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