
( Brand: Millipore ), ( Manufacturer Part Number: FC-260V-4V ), ( Part Type: Flow Controller ), ( Maximum Flow Rate: 600 Sccm ), ( Country/region Of Manufacture: United States ), ( Gas Media: N2 Nitrogen )
The Millipore FC-260V-4V FC-260 Tylan 260 Flow Controller 600 SCCM USNP is a high-performance, electronic flow controller designed for precise liquid flow regulation. This device is part of Millipore's Tylan series, known for their reliability and accuracy in flow control applications.
The FC-260V-4V is a dual-channel flow controller, offering independent control of two separate flow streams with a flow range of 0.005 to 600 SCCM (standard cubic centimeters per minute) for each channel. This wide flow range makes it suitable for a variety of applications, from low-flow to high-flow applications in fields such as analytical instrumentation, biotechnology, and pharmaceutical manufacturing.
The controller features a digital display for each channel, providing real-time flow rate readings with an accuracy of 0.25% of full scale. It also includes an integrated pressure sensor, which allows for automatic compensation of backpressure, ensuring consistent flow rates under varying conditions.
The FC-260V-4V is equipped with a user-friendly keypad and a backlit LCD screen for easy operation in low-light conditions. It also includes a built-in data logger, allowing users to store and retrieve flow data for analysis and documentation purposes.
The device is constructed with high-quality materials, including a stainless steel body and PTFE components, ensuring durability and resistance to corrosion and chemical attack. It is also compatible with a wide range of gases and liquids, including water, organic solvents, and acidic and basic solutions.
Overall, the Millipore FC-260V-4V FC-260 Tylan 260 Flow Controller 600 SCCM USNP is a powerful and versatile flow control solution, offering precise flow regulation, user-friendly operation, and robust construction for reliable performance in various applications.
Pros of purchasing a Millipore FC-260V-4V FC-260 Tylan 260 Flow Controller 600 SCCM USNP:1. Reliable and accurate flow control: The Millipore FC-260V-4V FC-260 Tylan 260 Flow Controller is known for its high precision and reliability, ensuring consistent flow rates.
2. Wide flow range: With a flow range of 0.001 to 600 SCCM, this flow controller can accommodate a variety of applications and experimental setups.
3. Durable construction: The flow controller is made of high-quality materials, ensuring long-lasting performance and resistance to harsh laboratory conditions.
4. Easy to use: The flow controller features an intuitive interface with clear display, making it easy to set and monitor flow rates.
5. Compatibility: The Millipore FC-260V-4V FC-260 Tylan 260 Flow Controller is compatible with a wide range of gas delivery systems, making it a versatile option for many research applications.
Cons of purchasing a Millipore FC-260V-4V FC-260 Tylan 260 Flow Controller 600 SCCM USNP:1. Expensive: The Millipore FC-260V-4V FC-260 Tylan 260 Flow Controller is a premium product, and the cost may be prohibitive for some researchers or laboratories.
2. Limited connectivity options: The flow controller has limited connectivity options, which may limit its compatibility with certain data acquisition systems or software.
3. Requires regular maintenance: Like all laboratory equipment, the Millipore FC-260V-4V FC-260 Tylan 260 Flow Controller requires regular maintenance to ensure optimal performance and longevity.
Recommendation:If budget is not a concern and you require a highly accurate and reliable flow controller for your research, the Millipore FC-260V-4V FC-260 Tylan 260 Flow Controller 600 SCCM USNP is an excellent choice. Its wide flow range, durability, and ease of use make it a versatile and valuable addition to any laboratory. However, if cost is a concern, there may be less expensive alternatives that meet your flow control needs. It is important to carefully consider your specific application and requirements before making a purchase decision.