Natural Convection Oven LNCO-A10

The oven incorporates a PID microcomputer control system with SSR (solid-state relay) to regulate constant temperature. It offers excellent accuracy and uniformity with quick temperature compensation. An LED display simplifies operation, while built-in over-temperature protection and a power failure alarm improve operational safety and reliability.

The oven incorporates a PID microcomputer control system with SSR (solid-state relay) to regulate constant temperature. It offers excellent accuracy and uniformity with quick temperature compensation. An LED display simplifies operation, while built-in over-temperature protection and a power failure alarm improve operational safety and reliability.

The LNCO-A10 is built with an SECC steel exterior coated with fine powder for corrosion resistance and strength. Its SUS304 stainless steel interior enhances thermal efficiency and allows easy maintenance. The high-temperature-resistant long shaft motor promotes uniform heating throughout the chamber for consistent results.

The oven offers a spacious internal chamber of 600 × 900 × 500 mm, accommodating larger sample volumes. It reaches 100°C in approximately 10 minutes and operates at a power rate of 5.5 kW. The external dimensions (860 × 1560 × 650 mm) allow placement in standard lab settings, and it includes two stainless steel clapboards for flexible shelving.

Natural Convection Oven LNCO-A10 is designed to deliver stable thermal performance for pre-heating, drying, and conducting physical and chemical tests. It features a temperature range up to 300°C and ±0.3°C accuracy, supporting a variety of applications requiring precision and reliability. Its natural convection system ensures uniform heat distribution without the use of forced air, making it efficient and silent.

Equipped with over-temperature and overload protection systems, the oven ensures device safety during prolonged operations. It includes a power failure alarm and supports ambient operating conditions, making it suitable for routine lab environments. The air cycle circulation system further improves performance during continuous tasks.