About BOD Incubator
Owing to our rich industrial experience, we are distinguished as one of the most profound manufacturers and suppliers of BOD Incubator. High in performance, our incubators are widely used for the determining the biological oxygen demand in water and sewage. All our equipments are widely engineered by employing modern machining technologies and quality assured materials. We also facilitate our prestigious clients the by offering them the BOD Incubator under their pocket suited pricing structures.
Features:
- Long life operations
- Consume less power
- Require less maintenance
Further Details:
BOD Incubator "IKON" MAKE CAT. NO. IK-120 ( Super Deluxe model)
Size are available
1. 455x610x410 mm 4.cuft. 113 ltrs
2. 505x830x415 mm 6 cuft. 173 ltrs
3. 570x875x550 mm 10 cuft 282 ltrs
4. 650x900x550 mm 12 cuft 342 ltrs
5. 700x900x650 mm 15 cuft 490 ltrs.
Advanced Digital ControlThe BOD Incubator is equipped with a digital PID control system, allowing for precise temperature regulation and reliable operation. The automatic features, including uniform temperature and auto defrost, simplify lab workflows and improve experiment consistency. With a computerized interface, users can set and monitor incubation parameters with ease.
Robust Construction for Laboratory UseConstructed from high-quality stainless steel and mild steel with powder coating, this incubator is built for durability and corrosion resistance. Its sturdy structure, with a capacity of 250 L, accommodates various sample sizes and experiment scales. The attractive white and blue finish fits seamlessly into any laboratory environment.
Optimized for Accurate BOD TestingEngineered for biochemical oxygen demand tests, the BOD Incubator offers a stable and uniform environment essential for accurate sample incubation. Floor-standing installation and static, multi-shelf compartments maximize usability. Forced air circulation and an efficient heating system ensure every sample receives ideal conditions for reliable test results.
FAQs of BOD Incubator:
Q: How does the BOD Incubator ensure uniform temperature throughout the chamber?
A: The BOD Incubator employs a forced air circulation system and digital PID control to maintain a consistent and uniform temperature in all areas of the chamber, which is essential for accurate biochemical oxygen demand testing.
Q: What is the recommended usage process for this BOD Incubator?
A: To use the incubator, place prepared sample containers on the internal shelves, set your desired incubation temperature using the digital control panel, start the automated cycle, and monitor process parameters via the computerized interface. The auto defrost and alarm system further streamline day-to-day operation.
Q: When should the incubators auto defrost and alarm system be used?
A: The auto defrost function and alarm system operate automatically during incubation to maintain optimal internal conditions. Users should monitor alarms for notifications on temperature deviations or other system alerts throughout the incubation period.
Q: Where can this BOD Incubator be installed in a laboratory?
A: The incubator is a floor-standing model with a rectangular shape and moderate dimensions (88 x 66 x 132 cm), so it can be installed in most laboratory environments with sufficient floor space and access to a 1.5 kW electric power supply.
Q: What materials are used in the construction of this incubator, and how does that benefit users?
A: The main body is crafted from stainless steel and mild steel with powder coating, ensuring durability, rust resistance, and easy cleaningmaking it ideal for long-term laboratory use.
Q: How does the digital PID control system benefit laboratory operations?
A: The digital PID control system provides highly accurate and stable temperature management, minimizes fluctuations, and ensures that experimental results are consistent and reliable.
Q: What is the main benefit of using this BOD Incubator for biochemical oxygen demand tests?
A: Its precision control, uniform temperature, and reliable automation ensure high reproducibility and accuracy in BOD testing, supporting dependable environmental and biochemical research outcomes.