The Riken Keiki Ox-227 Oxygen Monitor, powered by DC4.5V, is a top-of-the-line device designed to accurately measure oxygen levels. With model number Ox-227, this monitor is equipped with 3Ag3 1.5V batteries, ensuring efficient and reliable performance. Made in Japan, this advanced monitor has a measurement range of 0-25 H and 0-5 L % O2, providing precise readings in diverse settings. Weighing 1.980 Kg, the Riken Keiki Ox-227 Oxygen Monitor is portable and easy to use, making it an ideal choice for professionals who prioritize accuracy and convenience.
The Riken Keiki Ox-227 Oxygen Monitor is a cutting-edge device that offers unmatched performance and durability. Whether you are working in a medical facility, laboratory, or industrial setting, this monitor provides essential data on oxygen levels with precision and speed. The DC4.5V power supply ensures continuous operation, allowing you to rely on this monitor for extended periods without any interruptions. With its sleek design and user-friendly interface, the Riken Keiki Ox-227 Oxygen Monitor is a must-have tool for professionals who demand excellence in their work.
Equipped with a 6Y1020006 part number, the Riken Keiki Ox-227 Oxygen Monitor is engineered to meet the highest standards of quality and accuracy. The 0-25 H and 0-5 L % O2 measurement range ensures that you can monitor oxygen levels with confidence and precision, making this device a valuable asset in various industries. Whether you are conducting research, performing tests, or monitoring oxygen concentrations in real-time, the Riken Keiki Ox-227 Oxygen Monitor delivers reliable results consistently.
In summary, the Riken Keiki Ox-227 Oxygen Monitor is a reliable and efficient tool for professionals who require accurate oxygen level measurements. With its durable construction, user-friendly design, and precise readings, this monitor sets the standard for quality and performance in the industry. Invest in the Riken Keiki Ox-227 Oxygen Monitor today and experience the difference it makes in your work environment.