About MS BOD Incubator
Product details
| Automatic Voltage Stabilizer | 5 KVA |
| Country of Origin | Made in India |
| Temperature Range | 5 to 75 degree celsius |
| Chamber Volume | 100litre |
| Accuracy | 1 Degree Celsius |
| Color | Gray |
| Usage/Application | Pharma Industry |
Precision Temperature Control for Critical ApplicationsWith its advanced digital PID controller and microprocessor-based panel, the MS BOD Incubator ensures temperature stability within the range of 5C to 60C. Designed for precise experimentation, its 1C uniformity and 0.5C accuracy guarantee consistency for sensitive laboratory tasks, such as incubation of microbial cultures and BOD testing in industrial settings.
Robust Build and Safe OperationThe incubator features a stainless steel inner chamber and mild steel powder-coated exterior, offering resistance to corrosion and extending lifespan. Safety is enhanced by features including an over-temperature alarm, secure door locking, and toughened glass on the front window for clear observation. Polyurethane insulation and a hermetically sealed compressor maintain efficient and quiet operation.
Flexible and Energy Efficient DesignRemovable stainless steel shelves and heavy-duty caster wheels provide flexibility and mobility, while high insulation and a CFC-free cooling system ensure energy efficiency. Forced air circulation supports uniform temperature distribution, and the digital timer allows for customizable incubation protocols, making this incubator suitable for a variety of laboratory and industrial environments.
FAQs of MS BOD Incubator:
Q: How do I set the temperature and timer on the MS BOD Incubator?
A: The MS BOD Incubator uses a microprocessor-based panel with a digital PID controller and LED display. You can set the desired temperature and programmable timer directly via the control panel, ensuring accurate and consistent incubation for your experiments.
Q: What are the main benefits of using this BOD incubator in laboratory or industrial settings?
A: This incubator offers highly precise temperature control (0.5C accuracy), robust construction using stainless steel and mild steel, secure operation through safety features like over-temperature alarms and door locks, and energy efficiency due to high insulation and a CFC-free cooling system. These features enhance accuracy and reliability for critical applications.
Q: When can the incubator be used for microbial culture or industrial BOD testing?
A: The MS BOD Incubator is suitable for routine use in laboratories and industry, particularly in applications requiring stable and controlled low temperatures, such as microbial culturing, BOD testing, and similar biological experiments. Its programmable timer and precise temperature regulation enable both short-term and long-term incubation.
Q: Where should the incubator be placed for optimal usage?
A: Install the incubator on a flat, stable surface near a suitable electrical outlet (single phase, 220V, 50 Hz supply). Ensure adequate space around the unit for ventilation and mobility, and position it away from direct sunlight and other heat sources to maintain temperature stability.
Q: What maintenance is required for the MS BOD Incubator?
A: Regular maintenance includes cleaning the stainless steel chamber and removable shelves, checking the door gasket for airtight sealing, and ensuring the cooling system is functioning properly. Periodically inspect safety features such as the over-temperature alarm and door lock for reliable operation.
Q: How does the double-walled door with magnetic gasket contribute to performance?
A: The double-walled construction with a magnetic gasket provides excellent insulation, reducing temperature fluctuations and energy loss. This design maintains uniform temperature levels inside the chamber, critical for reproducibility and reliability in incubation processes.
Q: What makes this incubator energy efficient and safe for continuous use?
A: Energy efficiency is achieved through thick polyurethane insulation, a hermetically sealed compressor, a CFC-free cooling system, and forced air circulation, which minimize power consumption. Safety is reinforced by an over-temperature alarm, secure door lock, and programmable timer, making it suitable for unattended long-duration experiments.