Used AJAX LP-50 #9171351 for sale

Manufacturer
AJAX
Model
LP-50
ID: 9171351
Vintage: 1994
Heating and melting furnace 1994 vintage.
AJAX LP-50 is a heavy-duty oven/furnace featuring a vertical design and a 50 kilowatt power rating. It is designed to provide higher productivity and safety in industrial baking and drying applications, as well as a wide range of other heat treatments. LP-50's vertical design and high power rating offer superior performance when drying or baking. The 50 kilowatt power rating is capable of producing a maximum temperature of 500°C, and can be adjusted according to the application being treated. The oven boasts a wide turndown ratio of 51:1, meaning that the output power can be adjusted over a wide range of temperature settings to suit a variety of applications. The oven also features an effective thermal insulation equipment, ensuring constant temperature distribution. AJAX LP-50 is equipped with an advanced control system, allowing continuous process control with a digital temperature display and quick response. The control unit is provided with a programmable logic controller (PLC) with set-point accuracy of ± 1°C and a variable speed blower motor, ensuring uniform and fast thermal process control. The oven is also fitted with a powerful airflow machine, providing uniform air circulation required for consistent temperatures in the baking chamber. Safety is paramount with LP-50, which is designed to be CE marked and has a number of safety features. There are adjustable safety timers to ensure the oven will not overheat, as well as safety limits to prevent damage from extreme temperatures. Additionally, the oven boasts safety lock-out switches on the front panels, to prevent unauthorized access. In conclusion, AJAX LP-50 is a superior oven/furnace designed for quick, efficient, and safe drying and baking operations in industrial settings. With its 50 kilowatt power rating, adjustable outputs, effective insulation, and safety features, it is ideal for many different applications requiring a fast response time and uniform temperature distribution.
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