HOT AI OVEN

HOT AI OVEN Specification

Type
Hot Air Oven (Laboratory)

Chamber Size
450 x 450 x 450 mm (inner, approx.)

Chamber Thickness
1.2 mm (Stainless Steel/ Mild Steel)

Outer Size
600 x 600 x 600 mm (approx.)

Door Type
Single Door, Front Opening with Handle Lock

Design Pressure
Atmospheric

Working Pressure
Atmospheric

Design Temperature
Up to 250C

Heat Uniform
1C at 105C

Insulation
Glass Wool or High-Density Mineral Wool

Net Weight
Approx. 45-60 kg (depends on model)

Recording Parameters
Digital temperature controller with display

Outer Trolley
Not Included

Inner Trolley
Not Included

Sterilizing Temperature
Not Applicable (Dry Heat Only)

Working Temperature
50C to 250C (Adjustable)

Sterilization Time
Variable, User-Settable

Temperature Scope
Ambient +5C to 250C

Valves
Air Vent Valve Provided

Power Consumption
Approx. 2-3 kW

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

Heating Element
Nichrome Wire Heaters

Shelves
2-3 Removable Stainless Steel Trays

Air Circulation
Motorized Blower/Fan for Uniform Heating

Voltage Requirement
220-240V AC, 50/60Hz

Safety Features
Over-Temperature Cut-off, Indicator Lights

Door Seal
Silicon Gasket for Leak-Proof Operation

Control Panel
Digital PID Temperature Controller

Applications
Laboratory Drying, Sterilization, Glassware and Instrument Sterilization

About HOT AI 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

Precision-Controlled Temperature For Laboratory Applications

Hot AI Oven is engineered for laboratory drying and sterilization. A digital PID controller allows precise temperature settings between 50C and 250C. The chamber's even heating, thanks to the nichrome wire heaters and internal fan, ensures reliable results for sterilizing glassware and instruments.

Safe, Durable Construction

Built with a rust-resistant SS 304 stainless steel inner chamber, the oven ensures durability and hygiene. The powder-coated mild steel outer body, glass wool or mineral wool insulation, and silicon gasket seal maintain energy efficiency and safety. Over-temperature cut-off and indicator lights provide additional protection during operation.

Easy Operation and Maintenance

Removable stainless steel trays facilitate flexible loading and easy cleaning. The digital PID control panel offers straightforward temperature management and display, while the front-opening door with a handle lock provides user-friendly operation and secure chamber access. The oven fits standard laboratory spaces with approximate dimensions of 600 x 600 x 600 mm.

FAQ's of HOT AI OVEN:

Q: How does the HOT AI OVEN maintain uniform heating inside the chamber?

A: The oven uses a motorized blower or fan and nichrome wire heaters, working together to circulate hot air evenly throughout the stainless steel chamber, resulting in uniform temperature distribution for reliable drying and sterilization.

Q: What safety features are included with the HOT AI OVEN?

A: Safety is ensured with an over-temperature cut-off mechanism and indicator lights, which alert users to the oven's status and prevent overheating during operation.

Q: When should I use the oven's removable stainless steel trays?

A: Removable trays are ideal when you need to accommodate various sample sizes or types during laboratory drying or sterilization processes, allowing flexible arrangement and easy cleaning after each use.

Q: Where is the HOT AI OVEN typically used?

A: This oven is designed for laboratory settings, supporting applications such as drying, glassware sterilization, and instrument sterilization. Its robust build and temperature control make it suitable for research labs, educational institutions, and healthcare facilities.

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

A: Temperature is easily set and adjusted using the digital PID temperature controller on the front panel. Simply input your desired working temperature within the 50C to 250C range to suit your specific application needs.

Q: How does the silicon gasket benefit oven operation?

A: The silicon gasket ensures a leak-proof door seal, preventing heat loss and maintaining an even temperature environment inside the chamber, which also helps save energy.

Q: What is the benefit of the oven's insulation material?

A: The glass wool or high-density mineral wool insulation minimizes heat loss, improving energy efficiency and maintaining stable internal temperatures during prolonged operation.

Tell us about your requirement