M.K. Scientific Instruments
GST : 07AJYPB7921L1ZM

Call us

08071794461

HOT AIR OVEN

HOT AIR OVEN Specification

Type
Laboratory/Industrial Hot Air Oven

Chamber Size
12 x 12 x 12 (Standard), Custom Sizes Available

Chamber Thickness
Stainless Steel Inner Chamber, 1.2-1.5 mm

Outer Size
Standard/Customizable as per requirement

Door Type
Single Hinged Door with Locking Mechanism

Design Pressure
Atmospheric

Working Pressure
Atmospheric

Design Temperature
Up to 250C

Heat Uniform
1C with Forced Air Circulation

Insulation
Mineral Wool/Glass Wool Insulation

Net Weight
Approx. 50-85 kg (Depends on Size)

Recording Parameters
Digital Temperature Controller with Indicator

Sterilizing Temperature
160C - 180C

Working Temperature
Up to 250C

Sterilization Time
30-60 Minutes (Depending on Load)

Temperature Scope
Ambient to 250C

Power Consumption
1.5 - 3 kW (Depends on Chamber Size)

Air Circulation
Motorized Blower for Uniform Air Circulation

Heating Element
High Quality Nichrome Wire Heater

Voltage
220V AC, 50/60 Hz

Usage/Application
Sterilization, Drying, Baking, Laboratory Use

Display
LED Digital Display for Temperature

Safety Features
Over Temperature Protection, Alarm System

Number of Shelves
2 or 3 (Adjustable)

Construction Material
Inner Chamber: Stainless Steel (SS 304), Outer Chamber: Mild Steel Powder Coated

Timer
Integrated Digital Timer (0-999 minutes)

Control Panel
Microprocessor Based Digital PID Controller

About HOT AIR OVEN

Hot Air Oven Typical Specifications

Temperature Range: Ambient +5C to 250C (ya 300C)
Temperature Accuracy: 1C
Temperature Uniformity: 2C
Chamber Material: Stainless Steel (SS 304)
Outer Body: Powder-coated Mild Steel
Insulation: Glass Wool / Mineral Wool
Heating System: Electrical Heating Elements
Air Circulation: Forced Air Circulation with Blower
Controller: Digital PID Temperature Controller
Display: LED/LCD Display
Power Supply: 220-240V AC, 50 Hz, Single Phase
Shelves: Adjustable Stainless Steel Trays
Safety: Over Temperature Cut-off Protection

Superior Build Quality

Engineered with a stainless steel inner chamber (SS 304) and a powder-coated mild steel outer structure, this Hot Air Oven resists corrosion and ensures long-lasting durability. Its robust construction supports rigorous, continuous use in demanding laboratory and industrial environments.

Advanced Temperature Control

Equipped with a microprocessor-based digital PID controller and an integrated digital timer, the oven allows precise temperature settings up to 250C. The advanced controller, along with digital LED displays, guarantees accurate temperature monitoring and dependable performance.

Consistent Performance and Safety

The motorized blower provides uniform air circulation for consistent heat distribution, vital for reliable sterilization and drying. Enhanced safety features such as over temperature protection and an alarm system ensure safe operation even when left unattended.

FAQ's of HOT AIR OVEN:

Q: How does the hot air oven ensure uniform temperature and heating?

A: Uniform temperature is maintained by a motorized blower that circulates air throughout the stainless steel chamber, paired with a high-quality nichrome wire heater. This ensures even heat distribution for effective sterilization and drying.

Q: What materials are used in constructing the hot air oven?

A: The inner chamber is made of high-grade stainless steel (SS 304) for corrosion resistance, while the exterior is constructed from mild steel with a powder-coated finish for durability.

Q: When is this hot air oven typically used in laboratories or industry?

A: This oven is ideal for sterilization, drying glassware, baking, and heat treatment processes. It is commonly used in laboratories and industrial applications where precise and reliable temperature control is critical.

Q: Where can this hot air oven be installed?

A: The oven is suitable for laboratory benches, industrial setups, or anywhere standardized sterilization is required. Thanks to customizable sizes, it can be tailored to fit available workspace.

Q: What is the process for setting and monitoring the temperature?

A: Temperature is managed using a digital microprocessor PID controller, allowing users to set temperatures up to 250C. The LED digital display helps monitor temperatures in real time, while built-in safety features safeguard against over-heating.

Q: How do the adjustable shelves benefit users?

A: Adjustable shelves enable users to customize the chamber layout, accommodating different sizes and numbers of samples or glassware, thus improving efficiency and versatility during use.

Tell us about your requirement