OF4-05V Forced Convection Oven 2.15 CF (61L)

Wide touch-screen controller that provides the device information intuitively

• 5-Inch TFT touch controller that enables intuitive control of the device.
• Real-time graphs that allow users to view events and alarms at a glance so that the test progress can be easily and intuitively monitored.
• Auto 3 temperature recommendation based on operating history without any recording or storage.
• Wait on/Wait off timer setting allowing efficient test schedule management.
• Ramping rates (℃/min) flexibly adjustable for each test performed.

Structural and functional features for improved user convenience

• Opti-flow™, a function to flexibly adjust the fan speed
  according to the specimen type and test conditions.
• Stacking Kit (optional) ensuring the safe fitting of one unit
  to another, thus doubling the amount of work done in a given area for improved space efficiency.
• Hands-free™ door system to allow users to easily open
  the door while carrying samples with both hands.

Real-time monitoring to check status of device

• BMS communication port that helps monitor the device temperature on the building management system, enabling quick response in case of abnormality. (option)
• Monitor and control via mobile app anytime, anywhere with LC Connected. (mobile monitoring system) (option)

Convenient checking for the test progress and data

• RS-232/USB port and compatible software provided to enable easy device control and data management using PC.
• Test data is automatically saved and easily downloaded via USB;
  easy to edit and use. (in CSV format)
• 36 latest events, such as errors and door opened or closed, automatically recorded, helping user obtain feedback on experimental results.

Reliable temperature control performance based on stable control mechanisms

• Wide temperature range of up to 250℃.
• Three-point temperature calibration that ensures high temperature accuracy over a wide temperature range.
• Ramping rates (℃/min) flexibly adjustable for each test performed.
• Excellent temperature distribution through the formation of optimal airflow for uniform heat transfer.
  (±1.9℃ or below at 100℃)