Robin Aire Heating & Cooling, Inc.
Robin Aire Heating & Cooling, Inc.
Robin Aire Heating & Cooling, Inc.
Robin Aire Heating & Cooling, Inc.

Robin Aire Heating & Cooling, Inc.

 28930 Wall Street
 Wixom, MI  48393
 Phone:  (888) 685-1517
 Fax:      (248) 380-1877
 virginia@robinaireheating.com

Robin Aire Heating & Cooling, Inc.
bbbabbluenew2.jpg

Robin Aire Heating & Cooling, Inc.
Robin Aire Heating & Cooling, Inc.
Robin Aire Heating & Cooling, Inc.
Robin Aire Heating & Cooling, Inc.

Tube Heaters

Robin Aire Heating & Cooling, Inc.

STS-JZ Series

Premium Performance – Competitive Price

The Schwank STS-JZ Infrared Tube Heater sets the standard for radiant tube heaters. To achieve high radiant efficiency and deliver heating cost savings of 35% to 50% versus conventional systems, the STS-JZ couples a patented ceramic burner head with a durable direct-drive blower located in line behind the burner. This system ensures a homogeneous gas-air mixture for optimum combustion efficiency and a long narrow flame – ideal tube firing and delivering more uniform heat down the length of the tube.

The heavy gauge steel tube has a special emissive coating that increases infrared radiant heat output and ensures high efficiency. The unique Schwank Focus Shield Reflectors mounted over the tube, trap and convert convection heat to infrared radiant heat (like the rays of the sun) and direct it to the floor and the people below.

Depending on burner input rating, the technology provides low intensity radiant heat over a variety of tube lengths and configurations.

Robin Aire Heating & Cooling, Inc.

Other infrared tube heaters produce a 2' to 3' flame.

Schwank’s unique ceramic burner produces up to a 14' flame.

As a result Schwank infrared tube heaters deliver more
uniform heat and comfort, and produce
more radiant output than competing products.

Shown above is the actual flame
produced by a Schwank burner.

Also available in vacuum type STV-JZ.

Schwank is proud to lead the industry with this innovative tube heater design which produces the most infrared heat delivered to occupancy level at the lowest fuel cost.