
( Brand: Cole-parmer ), ( Manufacturer Part Number: BY-68560-71 ), ( Part Type: Valve ), ( Max Operating Temperature: Degreec ), ( Valve: Yes ), ( Description: Acrylic Flowmeter W/ Valve For N2 Brass 2.75 Lpm ), ( Material Fitting: Brass ), ( Accuracy: 5 Full-scale ), ( Max Flow Rate: Lpm ), ( Media Type: Water ), ( Material O-ring: Viton ), ( Material Housing: Acrylic ), ( Max Pressure: Psi )
The Cole-Parmer by-68560-71 Acrylic Flowmeter Valve N2 is a versatile and reliable product designed for precise liquid flow control. This valve is crafted from acrylic, a material known for its durability and resistance to chemical and environmental factors, ensuring long-lasting performance even in challenging applications.
The flowmeter valve has a nominal size of 2.75 lpm, making it suitable for a wide range of applications requiring moderate liquid flow. It operates on the principle of a mass flowmeter, providing accurate and consistent flow measurement. The N2 designation indicates that this valve is compatible with nitrogen gas, making it an excellent choice for applications involving this gas or other inert gases.
The by-68560-71 Acrylic Flowmeter Valve N2 features a simple yet intuitive design. It has a handle for easy operation, allowing for quick and precise adjustment of the flow rate. The valve is also equipped with a flow indicator, which offers visual confirmation of the flow rate, enhancing user convenience and accuracy.
The Cole-Parmer by-68560-71 Acrylic Flowmeter Valve N2 is an excellent choice for laboratories, research facilities, and industrial applications where precise liquid or gas flow control is essential. Its durability, ease of use, and high accuracy make it a reliable and cost-effective solution for a wide range of fluid handling needs.
Pros of buying Cole-Parmer ACrylic Flowmeter Valve N2, Model 68560-71:1. Accurate: The flowmeter valve is designed for precise flow rate measurement, making it suitable for lab applications that require high accuracy.
2. Durable: Made of acrylic, the valve is resistant to corrosion and can withstand harsh chemical environments, ensuring long-term use.
3. Easy to use: The flowmeter valve has a simple design that is easy to operate, making it convenient for users.
4. Reliable: Cole-Parmer is a reputable brand in the scientific equipment industry, ensuring that the valve is of high quality and reliable.
Cons of buying Cole-Parmer ACrylic Flowmeter Valve N2, Model 68560-71:1. Expensive: Compared to other flowmeter valves, this one is relatively expensive, which may be a disadvantage for budget-conscious buyers.
2. Limited flow rate: The flow rate of 2.75 lpm may be too low for some applications that require higher flow rates.
3. Not suitable for high-pressure applications: The flowmeter valve is not designed for high-pressure applications, which may be a limitation for certain users.
Conclusion:The Cole-Parmer ACrylic Flowmeter Valve N2, Model 68560-71 is a high-quality, accurate, and durable flowmeter valve suitable for lab applications that require precise flow rate measurement. However, its high price and limited flow rate may be a disadvantage for some buyers. If you have a budget and require a high flow rate, you may want to consider other flowmeter valves that offer better value for money.
Recommendation:If you are looking for a high-quality flowmeter valve with precise measurement and durability, the Cole-Parmer ACrylic Flowmeter Valve N2, Model 68560-71 is a good choice. However, if you are on a tight budget or require a higher flow rate, you may want to explore other options in the market to find a more suitable product for your needs.
Flowmeter feature a stable easy-to-read float. Meters without valves can be panel mounted or used in partial full in-line configurations. Meters are offered with or without built-in low hysteresis needle valves. Designed for labs and plant processes where multiple gases are used English metric scales versatile acrylic flowmeter specifically air oxygen nitrogen carbon dioxide argon helium or water.
Easily disassembly meters for cleaning.