Vermont Casting ANSI Z83.7-2000, CSA 2.14-2000 Dyna-Glo Propane Forced Air Construction Heaters

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Dyna-Glo Propane Forced Air Construction Heaters

The heater is designed and approved for use as a construction heater under ANSI Z83.7., CSA2.14 It is hard to anticipate every use which may be made of this heater. CHECK WITH YOUR LOCAL

FIRE SAFETY AUTHORITY IF YOU HAVE QUESTIONS ABOUT APPLICATIONS.

Other standards govern the use of fuel gases and heat producing products in specific applications. Your local authority can advise you about these.

IMPORTANT: Read this user's manual carefully and completely before trying to operate or service this heater. Improper use of this heater can cause serious injury or death from fire, explosion and carbon monoxide poisoning.

This is a direct-fired forced-air construction heater for either indoor or outdoor use. Its intended use is primarily the temporary heating of buildings or structures under construction, alteration or repair. All the products of combustion generated by the heater are forced through the heater and released into the area being heated. This heater operates at approximately 98%+ combustion efficiency but still produces a small amount of carbon monoxide. Humans can tolerate small amounts of carbon monoxide for short periods. Carbon monoxide can build up in a heated space and failure to provide adequate ventilation could result in poisoning or death.

ΦWARNING: Not for use with ductwork.

SPECIFICATIONS:

Model No.

 

RMC-FA40DLX

-

RMC-FA100DLX

RMC-FA150DLX

 

RMC-FA40A

RMC-FA(50A)

RMC-FA100A

RMC-FA150A

 

 

Input Rating

40,000 Btu/hr

30,000 Btu/hr

70,000 Btu/hr

120,000 Btu/hr

-

50,000 Btu/hr

100,000 Btu/hr

150,000 Btu/hr

 

 

Type of Gas

Propane

Propane

Propane

Propane

Gas Supply Pressures

 

 

 

 

to Regulator Maximum Cylinder Pressure

Cylinder Pressure

Cylinder Pressure

Cylinder Pressure

Minimum (for purpose

5psig

5psig

5psig

5psig

of Input Adjustment)

 

 

 

 

Manifold Pressure

11” W.C.

10” W.C.

9.5” W.C

8” W.C.

Gas Consumption

1.9lbs/hr

2.3lbs/hr

4.6lbs/hr

7lbs/hr

3.3lbs/hr

1.4lbs/h

3.3lbs/h - 5.6lbs/hr

5.6lbs/hr

 

 

Electrical Input

120V, 60Hz, 1 Ø

120V, 60Hz, 1 Ø

120V, 60Hz, 1 Ø

120V, 60Hz, 1 Ø

Amperage

Unload

0.35A

0.58A

0.6A

0.6A

Load

0.63A

0.75A

0.8A

0.8A

Fan

Unload

3550rpm

3570rpm

3580rpm

3580rpm

Load

3000rpm

3300rpm

3300rpm

3300rpm

 

Ignition

 

Piezo/Manual Spark

Continuous Spark

Continuous Spark

Continuous Spark

Spark Gap

 

0.16”

0.16”

0.16”

0.16”

Size (L x W x H)

18.1” x 7.7” x 12.8”

18.1” x 7.7” x 12.8”

25.12” x 9” x 15.5”

25.12” x 9” x 15.5”

Weight

 

15.2lbs (6.9kg)

15.2lbs (6.9kg)

22.7lbs (10.3kg)

22.7lbs (10.3kg)

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Contents Propane Construction Heater Table of Contents Dyna-Glo Propane Forced Air Construction Heaters General Safety Instructions Important Safety InformationProduct 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.