What Is The Most Important Equipment In A Testing Lab?
You have a laboratory, but what is the most important equipment in the testing lab, and how can you choose what to get? The most important equipment is safety showers and chemical fume hoods, and you should consider your budget and lab space before purchasing any equipment. Other important equipment includes chemicals, fume hoods, and water baths for research laboratories in Dubai. Read on to learn more about these items and how they benefit your laboratory.
It is necessary to check the safety showers regularly. A safety shower must have a 20-inch spray pattern and be located at least 16 inches from any object in the way of the spray stream. It should also be mounted between 82 and 96 inches from the floor, with a valve no higher than 69 inches above the floor. If a safety shower has a manual shutoff valve, the tester should check it for sediment buildup and if the activation handle is not secure.
Chemical fume hoods:
There are many reasons why chemical fume hoods are so important to your lab. First, they guarantee process integrity. Second, fumes from the middle of the chemical hood are drawn into the lower opening. And finally, they are important for testing and qualification purposes. Please include them in your qualification plan to ensure that your fume hoods perform optimally.
Among all testing lab equipment, water baths are essential. Researchers use them to change the temperature of enzyme reactions and other biological processes. To keep the water bath in good condition, researchers should change it frequently. The water should be kept at the proper temperature for optimum performance. If possible, use distilled water for cleaning. Regular disinfection is also important to avoid the growth of unwanted organisms. Decontamination should be done at 90 degrees centigrade or less to avoid contamination. Water baths should also be labeled and marked with water-resistant markers.
Overload protection devices protect electrical components and equipment from overcurrents and arcing. Both of these conditions can result in electrical shock and fire. Circuit breakers prevent overheating and reduce the risk of fire. Overload protection is also important for equipment left on for long periods. Whether the equipment is being used to test batteries, heat exchangers, or pumps, overload protection is essential to ensure safety.