Send InquiryLab Vacuum Oven
Price 300000 INR/ Piece
Lab Vacuum Oven Specification
- Power Supply
- 220 V AC, 50 Hz
- Features
- Double walled construction, toughened glass observation window, silicon gasket sealing
- Accuracy
- 1C
- Interface Type
- Analog (vacuum gauge)
- Humidity
- 85% RH
- Frequency
- 50 Hz
- Automation Grade
- Semi-Automatic
- Max Height
- Approx. 50 cm
- Display Type
- Digital LED
- Port Size
- 1/2 inch
- Measuring Range
- 0-760 mm Hg (Vacuum)
- Specimen Size
- Chamber Size: 300 x 300 x 300 mm
- Mounting Type
- Floor mounted
- Response Time
- Immediate
- Application
- Drying, degassing, curing, baking, sterilization under reduced pressure
- Number of Specimens
- 1
- Equipment Type
- Lab Vacuum Oven
- Operating Voltage
- 220 V AC
- Temperature
- Room temperature to 200C
- Gas Pressure
- Ambient
- Resolution
- 0.1C
- Usage
- Laboratory, Research Institutes
- Capacity
- 27 Liters
- Machine Weight
- Approx. 45 kg
- Control Mode
- Microprocessor based PID Controller
- Heating Method
- Uniformly distributed heating elements
- Timer
- Digital programmable timer
- Power Consumption
- 1.2 kW
- Color
- Blue and White
- Safety Features
- Over temperature cutoff, leakage breaker, vacuum release valve
- Noise Level
- Silent Operation
- Insulation
- Mineral wool insulation
- Standard Accessories
- Vacuum pump connecting tube, shelves
- Outer Chamber Material
- Mild Steel with powder coating
- Door Type
- Toughened glass window door
- Chamber Shape
- Square
- Vacuum Pump Connection
- Provided at rear side
- Vacuum Gauge Range
- 0 to 30 inches of Hg
- Inner Chamber Material
- Stainless Steel
Lab Vacuum Oven About
Digital electronic control of temperature and pre-selected programmable timer.
Running time range: from 1 minute to 9hrs 59 min. or 99.9 hrs.
Pre-program start time, (wait time range): 1 hr to 24 hrs
Temperature sensor Pt100
Heating element placed evenly around the chamber.
Chamber made from AISI 304 stainless steel.
Trays made from anodised aluminium.
Door with hardened glass window, which sits on to a silicon gasket that
absorbs any contractions and expansions that may occur.
Vacuum port with bleed valve
Air valve at the front
Vacuum pump connection at the back.
Epoxy covered outer case.
RS-232 Interface output of parameters for a computer or printer
Superior Chamber Construction for Enhanced Durability
The inner chamber is manufactured from high-grade stainless steel, ensuring corrosion resistance and ease of cleaning. Its powder-coated mild steel outer body adds strength and aesthetics. This double-walled design, combined with mineral wool insulation, helps maintain uniform temperature and minimizes heat loss. The toughened glass window door and silicon gasket offer visibility and airtight sealing, respectively.
Advanced Control and Safety Features
Equipped with a microprocessor-based PID controller and a digital LED display, this vacuum oven ensures accurate temperature regulation with a resolution of 0.1C and an accuracy of 1C. The unit features over-temperature cutoff, leakage breaker, and a vacuum release valve for enhanced operational safety. The digital programmable timer allows flexible setting for various laboratory procedures.
Silent and Efficient Laboratory Operation
With a power consumption of just 1.2 kW and silent operation, the oven is ideal for busy laboratory environments. Its uniformly distributed heating elements guarantee swift and even heating, while the vacuum gauge (0 to 30 inches of Hg) provides real-time monitoring. The included accessories-vacuum pump tube and shelves-add convenience, making setup seamless for laboratory professionals.
FAQ's of Lab Vacuum Oven:
Q: How does the Lab Vacuum Oven maintain uniform temperature during operation?
A: The oven utilizes high-quality heating elements distributed evenly throughout the chamber. Combined with mineral wool insulation and a microprocessor-based PID controller, this ensures precise temperature stability ranging from room temperature up to 200C, preventing hot or cold spots within the chamber.Q: What safety features are included in the Lab Vacuum Oven?
A: Safety is prioritized with features such as an over-temperature cutoff, leakage breaker, and a vacuum release valve. These mechanisms protect both operators and specimens from potential over-heating or vacuum failures, ensuring safe and reliable operation at all times.Q: When is it most beneficial to use a vacuum oven instead of a standard drying oven?
A: Vacuum ovens are particularly advantageous when drying heat-sensitive or delicate samples, or when removing moisture, solvents, or gases under controlled, reduced-pressure conditions. The vacuum environment also helps prevent oxidation, making it suitable for curing, degassing, and sterilization processes in laboratories.Q: Where is the vacuum pump connection located on this oven?
A: The vacuum pump connection is conveniently provided at the rear side of the oven, allowing for unobstructed front access and easy integration into existing laboratory workspaces.Q: What is the process for setting temperature and monitoring specimen conditions?
A: Temperature is set via the digital programmable timer and PID controller, displayed clearly on the digital LED screen. The toughened glass window enables real-time observation of samples without opening the door, while the analog vacuum gauge allows you to monitor chamber pressure throughout the process.Q: How can the oven be installed and operated safely in a laboratory setting?
A: Mount the oven on a stable floor surface near a 220 V AC, 50 Hz power supply. Connect the vacuum pump using the provided tube and adjust settings on the digital controller. Always monitor parameters via the display and gauge, and ensure safety features like the over-temperature cutoff are engaged before operation.Q: What are the key benefits of using this Lab Vacuum Oven for drying applications in research institutes in Spain?
A: The oven offers precise and uniform temperature control, efficient heat retention, silent operation, and strong safety mechanisms. Its robust construction and user-friendly interface make it ideal for various laboratory drying, curing, and sterilizing applications, supporting both routine and advanced research tasks.
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