Forced Air Drying Oven FDO-A21

FDO-A21 Forced Air Drying Oven, a cutting-edge PID microprocessor intelligent temperature-controlled unit with a spacious 625 L capacity and a temperature range from RT+10 to 300°C. Engineered with precision, it ensures precise temperature control and incorporates over-temperature protection for added safety. Featuring an LED display with 0.1°C precision and a time range of 1 to 9999 minutes, this oven offers accurate and flexible operation. Crafted with durable cold-rolled steel housing coated with anti-bacterial powder, its interior boasts stainless steel construction with a rounded angle structure and two adjustable shelves for convenient storage. Additionally, it is equipped with a door featuring a glass observation window, providing a clear view of the contents inside.

Request Quote

Specifications

Capacity	625 L
Temperature range	RT+10 to 300°C
Temperature precision	0.1°C
Temperature fluctuation	±1°C
Ambient temperature	16 to 40°C
Time range	12 to 9999 min
Display	LED
Housing	Cold-rolled steel with anti-bacteria powder coating
Interior	Stainless steel interior with round angle structure
Shelves	2 pc
Power supply	380 V 50/60 Hz
Power	5000 W
Internal dimension (W×D×H)	660×760×1250 mm
External dimension (W×D×H)	895×925×1830 mm
Packaging dimension (W×D×H)	995×980×1980 mm
Gross weight	277 kg

Features

PID microprocessor intelligent temperature-controlled unit with automatic process control
30 L capacity with RT+10 to 300°C temperature range
Over-temperature protection and precise temperature control
LED display with 0.1°C precision and 1 to 9999 min time range
Cold-rolled steel with anti-bacteria powder-coated housing for long life-span
Stainless steel interior with round angle structure for easy cleaning
Adjustable shelves for efficient and organized sample storage
Door with glass observation window for see-through view
High-efficient, stable, and reliable unit suitable for evaporation, sterilization, etc.

Applications

The Forced Air Drying Oven ensures consistent temperature and precise control, making it ideal for heating, baking, evaporating, sterilizing, temperature testing, and more. It finds applications across clinical, forensic, electronics, material processing, and research laboratories, among others, where uniform and accurate temperature conditions are essential.