Propane Infra-Red Tank Top Heater - 10,000 to 30,000 BTU - Reddy Heater

The Reddy Heater HD30G Propane Infra-Red Tank Top Heater provides versatile and efficient flameless heat for professional automotive, industrial, and agricultural applications. Delivering an adjustable output from 10,000 to 30,000 BTUs, this robust unit is designed to offer reliable heating in environments where electrical power may be limited or unavailable. Its practical design ensures technicians and mechanics can maintain optimal working temperatures for various tasks.

Key Features

• Adjustable Heat Output: Offers a broad heating range from 10,000 to 30,000 BTUs with six distinct heat settings, allowing for precise temperature control tailored to the workspace.
• Targeted Heating: Each infra-red head swivels independently by 180 degrees, providing focused heat delivery exactly where needed for specific repairs or localized warming.
• Piezo Ignition: Features a convenient piezo ignition system for quick, dependable startups without the need for matches or external lighters.
• No Electricity Required: Operates entirely on propane, offering complete portability and independence from electrical outlets, ideal for remote job sites or power outages.
• Propane Tank Compatibility: Designed for use with a 20 lb. or larger propane tank (not included), ensuring extended operation for demanding professional tasks.
• Manufacturer's Warranty: Backed by a one-year limited warranty, reflecting Reddy Heater's commitment to quality and durability.

Applications

The Reddy Heater HD30G is an invaluable tool for a range of professional settings. It is ideally suited for automotive repair shops, providing spot heating for engine blocks, transmissions, or workspaces during cold weather. Mechanics and technicians can utilize it for farm equipment maintenance, warming hydraulics or engines for easier starting and repair. Furthermore, its portability makes it excellent for mobile service vehicles, construction sites, and emergency heating during unforeseen power interruptions, offering consistent warmth without reliance on grid power.