BOD Incubator Diagram is the simplest means through which one could understand the operation of an incubator in a laboratory setting. The BOD Incubator Diagram provides details of the cooling system, heating system, air circulating fan, temperature sensors, PID controller, and other important components needed to regulate the temperature within the chamber used for biological and environmental testing. Unlike the normal laboratory incubator, the BOD incubator can be heated and cooled, making it perfect for water quality testing.

What Is a BOD Incubator?

BOD Incubator is an equipment utilized in laboratories that serves to maintain a constant temperature between 5°C to 60°C in biochemical oxygen demand tests and other biological investigations. There is a remarkable uniformity of temperature with high accuracy because of PID control system.

BOD Incubator Diagram and Function

The BOD incubator schematic shows the following components: inner stainless steel box, refrigerator, heater, fan, PID controller, thermometer, PUF insulation, thermostat, glass door, and control panel. All of them contribute to accurate temperature regulation and provide a controlled environment for storing and testing samples in laboratories.

BOD Incubator Working Principle

Working principle of BOD incubator involves automatic temperature control. If there is an increase in chamber temperature above the set temperature (SV), then the cooling system kicks off. If the temperature falls below the desired level, then the heating system is activated. The temperature probe feeds temperature values to the PID controller throughout the test period.

Applications of BOD Incubator

The BOD Incubator is popular in the labs of water and wastewater testing, quality control of medicines, microbiology labs, food and dairy product testing labs, environmental testing centers, and educational institutions. For instance, a water testing lab of a municipality in India upgraded itself with the modern BOD Incubator, which had forced air circulation facility, resulting in better temperature control and five-day BOD testing accuracy in summer seasons.

Conclusion

The choice of a good quality incubator is necessary to ensure proper temperature control, SS 304 body material, efficient cooling and long-lasting performance. Besides all this, laboratories also need to check chamber size and cooling performance before buying.

Searching for a BOD Incubator Diagram and high-end laboratory instruments? Bionics Scientific produces excellent BOD incubators with efficient PID controller, uniform cooling and various chamber sizes, especially for Indian laboratories. Get in touch with our specialists for detailed information and prices.

Frequently Asked Questions

What is a BOD Incubator?

BOD incubator is the temperature-controlled vessel used for biological oxygen demand test, microbiological studies, pharmaceutical tests, and environmental analysis.

What is the diagram of an incubator?

Diagram of BOD incubator shows the key features like chamber, heater, refrigerator, fan, sensor, control panel, and insulation.

What are the major components of BOD incubator?

The main components are: Inner chamber, Refrigerator, Heating element, PID controller, Temperature sensor, Fan, Shelves, Insulation, and Thermostat.

What is PV and SV of BOD incubator?

Process value (PV) is the current temperature of the chamber while set value (SV) is the set temperature by user.

What is SV temperature?

SV temperature means the temperature set in the PID controller.

What is the temperature range of a BOD incubator?

Most of the laboratory incubators work at 5°C to 60°C.