• Extreme Temperature Capability :The Thermal Cycle furnace is engineered to reach temperatures up to 1600 degrees Celsius, empowering precise thermal cycling and material processing in demanding applications.
• Versatile Single Chamber Design :Dimensions according to customer requirement, the single chamber configuration offers versatility for a wide range of heating and processing tasks.
• Precise Temperature Control :Featuring a sophisticated TAIE PID-18*8=144 Segments programmer and digital temperature controller, the Thermal Cycle ensures precise temperature regulation with an accuracy of 1°C, even at extreme temperatures.
• Robust Construction :Crafted with a double-wall MS body and angle structure, fortified with proper stiffeners and powder coat painting, the Thermal Cycle guarantees durability and sustained performance under high-temperature conditions.
• Efficient Insulation :Utilizing high-quality alumina bricks and mechanically pressed fiber blanket insulation, this furnace maintains uniform temperatures and minimizes heat loss, ensuring consistent and reliable operation during thermal cycling.
• Enhanced Door Design :Equipped with a stainless steel door featuring proper insulation to mitigate heat loss, the Thermal Cycle ensures energy efficiency and stable operation throughout the thermal cycling process.
• Convenient Sample Loading :The furnace accommodates sample loading with ease, utilizing a sample holder placed at the bottom of the furnace door, fully lined with mullite blocks for effortless loading and unloading.
• Integrated Compressor :With an inbuilt compressor boasting a maximum pressure of 6kg/cm², the Thermal Cycle supports pneumatic cylinders for smooth and reliable door movement during thermal cycling operations.
• PLC-Based Automation :Leveraging PLC-based operation, the Thermal Cycle offers automated control and seamless integration with other system components, enabling precise control and monitoring even under extreme temperature conditions.
• High-Performance Heating Elements :Incorporating eight solid-type silicon carbide heating elements imported from ISQUARED R, USA, the Thermal Cycle delivers efficient heating up to 1600 degrees Celsius, crucial for high-temperature thermal cycling processes.
• Flexible Power Requirements :Operating on 415V AC with a total power of 4kW, the Thermal Cycle ensures ample power supply to maintain high temperatures consistently and reliably.
• Intuitive Control Panel :The control panel features indicators for ammeter, mains, and output, along with control switches, offering intuitive operation and control over the thermal cycling process.
• Streamlined Process Automation :Through PLC integration with Omron/Fuji or equivalent HMI, the Thermal Cycle enables streamlined process automation and control, enhancing efficiency and productivity in thermal cycling applications.
• Robust PLC Configuration :With 8 input and output points featuring photo-coupler insulation, the PLC ensures reliable operation and data transmission, critical for maintaining process stability during thermal cycling.
• User-Friendly Interface :The 7" wide HMI boasts a TFT color display, touch screen operation, and RS-232C communication, providing a user-friendly interface for easy monitoring and control.

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