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VACUUM OVEN

Name: VACUUM OVEN
Brand: DEEKSHA ANALYTICAL PVT LTD
Price: 300000 INR
Availability: InStock

Price 300000 INR/ Piece

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MOQ : 01 Piece

VACUUM OVEN Specification

Number of Specimens
Varies on racks; typically 35 trays

Resolution
0.1C

Equipment Type
Vacuum Oven

Application
Heat treatment, drying, curing, and testing under vacuum

Interface Type
Manual and digital controls

Response Time
Immediate an indication (depends on system)

Frequency
50 Hz

Max Height
Approx. 450 mm

Operating Voltage
220240 V

Features
Double-walled, SS304 inner chamber, safety thermostat, glass viewing window

Measuring Range
0250C

Temperature
Ambient to 250C

Power Supply
220 V AC, 50 Hz, single phase

Port Size
Standard 1/2 vacuum port

Accuracy
1C

Specimen Size
Depends on shelf size; e.g., 300 mm x 300 mm

Gas Pressure
Up to 760 mm Hg

Mounting Type
Benchtop

Display Type
Digital LED Display

Automation Grade
Semi-automatic

Usage
Laboratory, research, and industrial testing

Capacity
50 liters

Machine Weight
Approx. 60 kg

Control Mode
Digital PID Temperature Controller

Vacuum Gauge
Provided, 0760 mm Hg

Heating Method
Uniform, indirect heating

Chamber Dimensions
Approx. 300 mm x 300 mm x 300 mm (may vary by model)

Safety Features
Over-temperature protection

Chamber Material
Stainless Steel (Inner), Mild Steel (Outer)

Vacuum Pump Requirement
External (not included)

Insulation
Glass wool insulation for minimized heat loss

Temperature Uniformity
2C at 100C

Door Gasket
Silicone rubber gasket for airtight seal

Door Type
Tight sealing with toughened glass window

Interior Finish
Polished stainless steel

Heater Position
Surrounding chamber

Shelf Material/Type
Removable stainless steel trays

About VACUUM OVEN

Vacuum Oven

Digital electronic control of temperature, vacuum pressure and pre selected programmable timer.
Temperature sensor Pt100
Automatic air inlet at the end of the operation cycle.
Heating element placed evenly around the chamber.
Chamber made of AISI 304 stainless steel.
Trays made of anodised aluminium.
Door with hardened glass window, which sits on to a silicon gasket that absorbs any contractions and expansions that may occur.

Precision and Efficiency for Laboratory Needs

The vacuum oven delivers dependable and consistent heating for a range of applications, including heat treatment, drying, curing, and material testing under vacuum conditions. Its uniform surrounding heating ensures rapid and even temperature distribution, minimizing sample variability and optimizing processing outcomes.

Flexible and Safe Operation

Engineered with a polished stainless steel chamber and glass wool insulation, the oven minimizes heat loss while providing ample safety through features like a silicone rubber gasket and over-temperature protection. The removable trays and toughened glass window allow for easy customization and safe, real-time observation of specimens.

FAQ's of VACUUM OVEN:

Q: How do I operate the vacuum oven safely during heat treatment or drying processes?

A: To operate safely, ensure the oven is connected to the appropriate 220-240 V power source and an external vacuum pump. Monitor parameters using the digital PID controller and check the vacuum gauge to maintain desired pressure (up to 760 mm Hg). Over-temperature protection and insulated construction help prevent accidents, while the tight-sealing door and silicone gasket maintain an airtight environment.

Q: What types of specimens can be placed inside the vacuum oven and how many trays can it hold?

A: The removable stainless steel trays accommodate specimens up to 300 mm x 300 mm each. Typically, 3-5 trays fit within the 50-liter chamber, allowing for flexible arrangement depending on tray size and specimen requirements. This makes it ideal for laboratory, research, and industrial samples.

Q: When should I use the vacuum oven compared to conventional ovens?

A: Use the vacuum oven when your process requires controlled heating under reduced pressure, as in sensitive material drying, heat-treating, curing, or vacuum testing. The vacuum environment minimizes oxidation and moisture content, which conventional ovens cannot achieve.

Q: Where is this vacuum oven best installed, and what are its mounting requirements?

A: The vacuum oven is designed for benchtop installation in laboratories, research centers, or industrial test areas. Ensure the workspace provides access to power (220-240 V AC), an external vacuum pump, and safe ventilation. The oven weighs approximately 60 kg, so stable, level surfaces are recommended.

Q: What benefits does glass wool insulation provide compared to other forms of insulation?

A: Glass wool insulation significantly reduces heat loss, leading to greater temperature uniformity and energy efficiency. Its fire-resistant properties enhance operational safety, while maintaining stable thermal conditions within the chamber even during prolonged use.

Q: How does the digital PID temperature controller enhance user experience?

A: The digital PID controller offers precise temperature regulation (1C accuracy, 0.1C resolution) with immediate response on a clear LED display. This allows efficient monitoring and adjustment, ensuring reproducible results and reduced risk of temperature fluctuations during sensitive procedures.

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