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Forced Convection Oven 45-FCO105
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Forced Convection Oven 45-FCO105

Lab Expo Forced Convection Oven 45-FCO105 has a chamber volume of 150 liters. It offers precise temperature control from 10°C to 220°. It has the Turbo Sirocco Airflow System that spreads heat evenly and reduces temperature fluctuations. Our oven features Smart Auto-Tune Technology that automatically adjusts settings to optimize performance.

$3,696.00 $ 3080

Forced Convection Oven 45-FCO105 - Specifications

Chamber Volume 150L
Temperature Range Amb +10 to 220°C
Temperature Fluctuation ±0.4°C
Variation ±2.3°C
No of Wire Shelves (standard/max) 2/14
Electrical Requirements 7.4A
Internal Dimension (W×D×H) 585×460×555mm
External Dimension (W×D×H) 740×625×922mm
Weight 59kg

Forced Convection Oven 45-FCO105 - Key Features

  • Tempered glass window for visual process monitoring
  • Secure lock keypad protection against unauthorized access
  • Auto restart power recovery after electrical interruption
  • Safe guard overload protection at 7.4A current draw
  • Visible door alarms indicating seal integrity status
  • Maximum thermal protection maintaining ±0.4C fluctuation

Forced Convection Oven 45-FCO105 - Applications

FunctionImplementation
Quality control labs±0.4°C fluctuation ensures consistent thermal performance
Clinical sample processing150L volume accommodates batch specimen handling
Research material testingAmbient +10 to 220°C supports varied experimental protocols
Industrial drying operations7.4A draw enables stable continuous operation
Pharmaceutical stability studies±2.3°C variation maintains controlled environmental conditions

Forced Convection Oven 45-FCO105 - Catalog

Forced Convection Oven 45-FCO105 Catalog

Related Forced Convection Oven

Lab Expo Forced Convection Ovens are configured around controlled airflow architecture to deliver uniform thermal exposure across large chamber volumes. This air forced oven uses adjustable fan-driven circulation with digital temperature regulation to maintain stable heating conditions. Insulated chamber design, precise setpoint control, and flexible airflow management support consistent drying, curing, and heat processing for laboratory and research workflows.