About Laboratory Open Manometer
A multiple-use manometer for accurate measurement
of gas pressure. Consists of a borosilicate glass
manometer tube with a 50cm arm having funnel top
and a 26cm arm with rife for easy connection to
rubber tubing. Mounted on a wooden board xed over
a metal stand.
Durable and Reliable ConstructionBuilt from robust wood, clear glass, and a stable metal stand, this open manometer is engineered to withstand rigorous laboratory use. Its high strength properties and long working life ensure minimal maintenance and consistent performance over time.
Accurate Gas Pressure MeasurementSpecially designed for scientific accuracy, the manometer enables users to obtain precise gas pressure readings. This essential feature makes it suitable for academic research, quality testing, and industrial laboratory applications.
FAQs of Laboratory Open Manometer:
Q: How does the Laboratory Open Manometer measure gas pressure accurately?
A: The open manometer uses a transparent U-shaped glass tube to measure gas pressure against atmospheric pressure. The difference in liquid column heights provides an accurate reading of the gas pressure in various laboratory experiments.
Q: What materials are used in the construction of this manometer?
A: This manometer is made from high-quality wood, reinforced glass, and a durable metal stand. These materials were selected to ensure structural integrity, safety, and a long operational lifespan in laboratory settings.
Q: When should a laboratory consider using this open manometer?
A: Laboratories should use this manometer when accurate measurement of gas pressure is crucial for experiments or demonstrations. It is suitable for research, educational activities, and quality assurance processes where precision is vital.
Q: Where can this manometer be utilized effectively?
A: This manometer can be used in schools, universities, research facilities, and industrial laboratories that require reliable gas pressure measurement instruments.
Q: What is the usage process of the Laboratory Open Manometer?
A: To use the manometer, the device is connected to the gas source via tubing. The user then observes the displacement of the liquid within the glass tube and notes the difference in levels, which indicates the gas pressure compared to atmospheric pressure.
Q: What benefits does this manometer offer over other types?
A: The manometers robust construction provides long-lasting durability and high strength, while its clear glass tube allows for easy and accurate reading. Its simple design also makes it low maintenance and cost-effective for laboratory use.