• Instant and clean heating for interiors: High-efficiency combustion generates immediate heat, eliminating wait times and reducing odors to virtually non-existent levels, making it ideal for indoor workshops.
• Maximum portability and fatigue reduction: With a net weight of only 3.8 Kg and an ergonomic top handle, the heater is ultra-lightweight and can be transported and repositioned effortlessly with one hand.
• Minimal footprint in storage: The absence of a heavy onboard fuel tank makes the machine extremely compact (380x190x305 mm), simplifying storage and stowage compared to diesel models.
• Automated thermal safety: Integrated thermal sensors constantly monitor the shell’s internal temperatures, instantly blocking the flow of LPG or propane gas if overheating thresholds are exceeded.
• Active prevention of dangerous gas leaks: The safety valve detects any accidental flame failure and immediately interrupts the fuel flow, protecting the safety of the department personnel.
• Guaranteed stability on site flooring: The low-profile configuration of the lower control box acts as a stable geometric ballast, preventing the risk of accidental tipping during operation.

This gas forced air heater finds its optimal application in emergency heating and localized temperature control within construction sites, mechanical workshops, indoor craft laboratories, logistic storage warehouses, garages, and partially ventilated industrial work environments. Thanks to a thermal power of 15 kW, an airflow of 320 M3/H, and full compatibility with standard LPG or G30 propane gas cylinders, it represents the ideal tool to meet the needs of craftsmen, installers, carpenters, and maintenance teams who require an immediate-activation, clean, and easily transportable heat source.

The h923_23 model is the right choice when the business need requires an extremely lightweight portable gas heater (3.8 Kg), economical in consumption (1.09 Kg/h), and capable of delivering immediate heat without emitting bad odors. It proves to be widely preferable to diesel-powered heaters in indoor or flexible operational contexts, as the powder-coated steel shell combined with G30 external cylinder supply at 700 bar eliminates oily combustion residues, zeroes the onboard liquid weight, and facilitates rapid transport. Choosing this 230V plug-and-play unit means investing in a robust, safe manual heating system certified against overheating and accidental flameouts.

How does the portability of this gas heater differ from a traditional diesel-powered model?

Diesel heaters require a large and heavy metal or plastic tank mounted on board to house the liquid fuel, significantly increasing the overall weight and dimensions of the machine even when empty. The h923_23 gas heater solves this operational problem by excluding the integrated tank and connecting directly to an external gas cylinder. This structural arrangement reduces the net weight to only 3.8 Kg and keeps the footprint compact (380x190x305 mm), allowing it to be moved effortlessly with one hand thanks to the ergonomic handle.

What active and passive safety systems govern the operation of this manual gas heater?

The heater’s safety is managed by three coordinated components: a robust external powder-coated steel shell that protects the unit from mechanical impacts and high temperatures; internal thermal sensors for overheating protection, which automatically cut off the gas supply if safety limits are exceeded; and a safety valve against flame failure, designed to instantly block the fuel flow in case the flame goes out accidentally. Additionally, the low-profile control box serves as a solid, stable anti-tip base.

What are the gas consumption, electrical power requirements, and operating pressure of this 15 kW model?

As highlighted in the technical parameters shown in the image_ca3e03.png file, the h923_23 model develops a thermal power of 15 kW with a nominal fuel consumption of 1.09 Kg/h, operating at a pressure of 700 bar. It is designed to work with G30 gas and is compatible with standard LPG or propane cylinders. To power the control systems and generate the airflow of 320 M3/H, the heater requires a standard 220-240 V / 50 Hz electrical connection.