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Natural Convection Drying oven FOV-14
Laboratory Natural Convention Drying oven
Laboratory Natural Convention Drying oven
Labotemp Natural Convention Drying oven
Labotemp Natural Convection Drying oven
Labotemp Natural Convection Drying oven
Labotemp Natural Convection Drying oven

Natural Convection Drying oven FOV-14

Labotemp Natural Convention Drying Oven FOV-14 is a precision natural drying oven designed for controlled heating, drying and thermal processing in research laboratories, industrial facilities and quality control environments. This scientific oven is suitable for applications such as glassware drying, sample preparation, sterilization and material conditioning where stable and gentle heating is required. With a 65L chamber capacity and a temperature range of RT+10 to 300 °C, the unit supports routine analytical testing and lab drying processes requiring a dependable lab drying oven

This drying oven features a mirror-finish stainless steel inner chamber and chemically resistant cold-rolled steel exterior, providing durability and easy maintenance. A natural convection airflow system allows uniform heat circulation to maintain stable chamber conditions. Practical functions such as fixed-value control, timed operation, automatic stop and scheduled start simplify daily operation. Additional over-temperature protection and temperature-limit alarms enhance operational safety and reliability.

Why choose Labotemp Natural Convention Drying Oven FOV-14?

✓ Consistent Temperature Environment: Natural convection airflow maintains stable heat distribution.

✓ Precision Control System: PID controller enables accurate temperature regulation.

✓Integrated Safety Protection: Alarm and protection system supports safe high-temperature operation.

$1408

Specifications

Maximum Temperature : 300°C

Maximum Temperature
300°C

Chamber Volume : 65 L

Chamber Volume
65 L

Power Rating : 1.5 kW

Power Rating
1.5 kW

Temperature Distribution Accuracy : ±3.0%

Temperature Distribution Accuracy
±3.0%

Interior Material : Mirror stainless steel

Interior Material
Mirror stainless steel

Exterior Material : Cold-rolled steel with chemical-resistant coating

Exterior Material
Cold-rolled steel with chemical-resistant coating

Insulation Material : Alumina silicate fiber

Insulation Material
Alumina silicate fiber

Heating Element : Finned stainless steel heating tube

Heating Element
Finned stainless steel heating tube

Air Vent (Controller) : Ø28 mm × 1 (top)

Air Vent (Controller)
Ø28 mm × 1 (top)

Temperature Control Method : Dual PID digital tube display

Temperature Control Method
Dual PID digital tube display

Timer : 0–9999 minutes

Timer
0–9999 minutes

Program Function : single-stage temperature control, 50 programs × 50 steps

Program Function
single-stage temperature control, 50 programs × 50 steps

Sensor : Pt100

Sensor
Pt100

Safety Device : Anti-rise device

Safety Device
Anti-rise device

Internal Dimensions : 400×360×450

Internal Dimensions
400×360×450

External Dimensions : 518×550×860

External Dimensions
518×550×860

Package Dimensions : 642×628×980

Package Dimensions
642×628×980

Temperature Resolution : 0.1°C

Temperature Resolution
0.1°C

Partition Load Capacity : 15 kg

Partition Load Capacity
15 kg

Number of Layers : 8 / 2

Number of Layers
8 / 2

Partition Spacing : 40 mm

Partition Spacing
40 mm

Power Supply (50–60 Hz) : AC 220V / 7.2A

Power Supply (50–60 Hz)
AC 220V / 7.2A

Temperature Fluctuation : ±1.0°C

Temperature Fluctuation
±1.0°C

Net / Gross Weight : 43 / 49kg

Net / Gross Weight
43 / 49kg

Features

  • Dual-PID Stability

    ➤ Dual-PID Stability
  • Digital dual-PID control system for precise and stable temperature regulation

    ➤ Digital dual-PID control system for precise and stable temperature regulation
  • Wide temperature range (RT+10°C to 300°C) suitable for various laboratory heating needs

    ➤ Wide temperature range (RT+10°C to 300°C) suitable for various laboratory heating needs
  • Mirror stainless steel interior for durability, cleanliness, and corrosion resistance

    ➤ Mirror stainless steel interior for durability, cleanliness, and corrosion resistance
  • Cold-rolled steel exterior with chemical-resistant coating for long service life

    ➤ Cold-rolled steel exterior with chemical-resistant coating for long service life
  • Finned stainless steel heating tube ensures fast and uniform heat distribution

    ➤ Finned stainless steel heating tube ensures fast and uniform heat distribution
  • Valley natural convection design provides gentle and even air circulation

    ➤ Valley natural convection design provides gentle and even air circulation
  • High-quality alumina silicate insulation minimizes heat loss and enhances efficiency

    ➤ High-quality alumina silicate insulation minimizes heat loss and enhances efficiency

Applications

  • Used for precise drying, heating, sterilizing, and curing of samples in laboratories and research facilities

    ➤ Used for precise drying, heating, sterilizing, and curing of samples in laboratories and research facilities
  • Ideal for thermal processing, temperature stability testing, and moisture removal in experimental setups

    ➤ Ideal for thermal processing, temperature stability testing, and moisture removal in experimental setups

  • Dual-PID Stability
  • Digital dual-PID control system for precise and stable temperature regulation
  • Wide temperature range (RT+10°C to 300°C) suitable for various laboratory heating needs
  • Mirror stainless steel interior for durability, cleanliness, and corrosion resistance
  • Cold-rolled steel exterior with chemical-resistant coating for long service life
  • Finned stainless steel heating tube ensures fast and uniform heat distribution
  • Valley natural convection design provides gentle and even air circulation
  • High-quality alumina silicate insulation minimizes heat loss and enhances efficiency

Used for precise drying, heating, sterilizing, and curing of samples in laboratories and research facilities. Ideal for thermal processing, temperature stability testing, and moisture removal in experimental setups

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