Munters Corporation JAZ 160 Mobile Direct Fired Diesel/Kerosene Heater, 160,000 Btu
The JAZ 160 is a robust, compact and lightweight heater suitable for an extensive variety of professional applications with 160,000 Btu's. This model has a built-in thermostat with an 11.4 gallon tank capacity. It is portable and includes a sturdy handles with heavy duty rubber wheels a high capacity coated steel tank with fuel level spy-glass on the tank side that allows the operator to check the fuel level during use. Included on the heater is a special vented fuel cap that allows air to enter the tank and compensate internal pressure during operation and does not allow fuel leaks when the heater is moved. An excellent choice for heating and drying in the construction industry and for general heating purposes of medium to large premises. Direct-fired combustion heaters provide a very quick and cost efficient heating effect. Continuous room ventilation is required when used indoors. Direct-fired heaters are 100% efficient units, as the heat produced by the combustion process is all released into the premises. A rotary compressor drives the air under pressure to the burner nozzle, creating a vacuum effect starting fuel suction from the tank. The mixture of fuel and air is then sprayed into the combustion chamber and ignited. The air flow generated by the electric fan is warmed and released at a very high temperature through the front outlet. The combustion chamber is made of special, high temperature stainless steel. The burner and combustion chamber design guarantees a clean and safe combustion, resulting in extremely low emissions. The JAZ 160 is fully automated, equipped with an advanced electronic burner control unit to operate the heater and with safety devices to monitor the flame and prevent any malfunction. An LED error indicator on the control panel is included to alert any abnormal condition. The built-in ambient thermostat allows intermittent operation to maintain a constant temperature in the heated area and optimize the fuel consumption.
