Used DESPATCH LCC1-16-3 #9235429 for sale

DESPATCH LCC1-16-3 is a high temperature electric oven/furnace designed for advanced processing of a wide variety of materials. It is constructed from an IR-heated, molybdenum disilicide thick-wall quartz tube designed for high temperature operation with exceptional uniformity and good thermal transfer characteristics. The molybdenum disilicide heating element design provides excellent temperature stability, long life and a wide temperature range of 50°C to 1900°C (maximum). The unit has a modular configuration allowing flexibility in the control system. It is equipped with high temperature insulation to provide maximum energy efficiency. The interior is made of stainless steel to resist rust and corrosion. The exterior is constructed with durable aluminum for additional heat dissipation. The oven is fitted with a digital controller to provide precise temperature adjustment for different applications. A 16-bit microcontroller with 14-bit analog-to-digital converter is used for PID loop control. An LED display provides user visibility of temperature settings and operating instructions. A horizontal, low-velocity forced air fan is standard, providing uniform heat distribution and creating a uniform temperature field across the entire oven chamber. The fan speed can be adjusted to suit the specific process being run. A CO2 full exhaust system delivers backwash exhaust to minimize any potential buildup of contaminants. The design includes heavy-duty castors which allows for easy portability. For additional safety a limit switch provides an emergency shutoff if the oven chamber exceeds a determined temperature set point. The versatility of LCC1-16-3 extends to further customization with the addition of optional shelves, fans, temperature controllers and interior doors. All technician, service and installation instructions are included. DESPATCH LCC1-16-3 oven/furnace is an adaptable and reliable tool for many industries: aerospace, automotive, electronics, metal processing, chemical processing, and more. With its near zero thermal gradient, excellent insulation and temperature stability it is the perfect choice for reliable and repeatable high quality high temperature applications.