RH-50
- BTU/h: 50,000
- Length: 20ft (120 lbs), 30ft (160 lbs), 40ft (190 lbs)
- Combustion chamber: aluminized steel
- Radiant tubes: 16 ga. 4” hot rolled or aluminized steel
- *Typical mounting heights: 10ft to 16ft
RH-75
- BTU/h: 75,000
- Length: 20ft (120 lbs), 30ft (160 lbs), 40ft (190 lbs)
- Combustion chamber: aluminized steel
- Radiant tubes: 16 ga. 4” hot rolled or aluminized steel
- *Typical mounting heights: 13ft to 20ft
RH-100
- BTU/h: 100,000
- Length: 30ft (160 lbs), 40ft (190 lbs), 50ft (235 lbs)
- Combustion chamber: aluminized steel
- Radiant tubes: 16 ga. 4” hot rolled or aluminized steel
- *Typical mounting heights: 15ft to 23ft
RH-125
- BTU/h: 100,000
- Length: 30ft (160 lbs), 40ft (190 lbs), 50ft (235 lbs), 60ft (265 lbs)
- Combustion chamber: aluminized steel
- Radiant tubes: 16 ga. 4” hot rolled or aluminized steel
- *Typical mounting heights: 15ft to 25ft
RH-150
- BTU/h: 150,000
- Length: 40ft (190 lbs), 50ft (235 lbs), 60ft (265 lbs)
- Combustion chamber: titanium aluminized steel
- Radiant tubes: 16 ga. 4” hot rolled, aluminized , or titanium stabilized steel
- *Typical mounting heights: 16ft to 30ft
RH-175
- BTU/h: 175,000
- Length: 40ft (190 lbs), 50ft (235 lbs), 60ft (265 lbs)
- Combustion chamber: titanium aluminized steel
- Radiant tubes: 16 ga. 4” hot rolled, aluminized , or titanium stabilized steel
- *Typical mounting heights: 17ft to 35ft
Tube packages include corresponding quantity of aluminum reflectors. Aluminized and titanium stabilized steel tubes are black coated. Hot-Rolled steel tubes are uncoated.
*Mounting heights are provided as a guideline. Actual conditions may dictate variations from the above data. Always maintain the published clearances to combustibles. Not for residential use.
Clearance to combustibles
*Heaters mounted on an angle between 0° and 45° must maintain clearances posted for 0° or 45°, whichever is greater. Clearances published in RH Series manual and on warning label supersede data shown on this page. Reference RH Series installation manual for complete information. Building materials with a low heat tolerance (such as plastics, vinyl siding, canvas, tri-ply, etc.) may be subject to degradation at lower temperatures. It is the installer’s responsibility to ensure that adjacent materials are protected from degradation.