
( Brand: Clippard Instrument Laboratory ), ( Manufacturer Part Number: URR-10-1 ), ( Part Type: Instrument )
The Clippard Laboratory URR-10-1 is a versatile and high-performance pneumatic manifold valve system, designed specifically for laboratory applications. This meticulously engineered product is a testament to Clippard's commitment to quality, durability, and precision.
The URR-10-1 is a 10-port manifold valve, with each port capable of handling air pressures up to 10,000 psi (689 bar). The ports are cleverly arranged in a 3x4 matrix, ensuring optimal utilization of space in your lab setup. Each port is equipped with a quick-connect fitting, allowing for easy and secure attachment of tubing or other components.
Constructed from durable, anodized 6061-T6 aluminum, the URR-10-1 is lightweight yet robust, capable of withstanding the rigors of continuous use in a laboratory environment. The manifold valve features a compact, ergonomic design, making it easy to handle and maneuver, even during prolonged testing sessions.
The URR-10-1 utilizes Clippard's patented Rapid Connect (RAC) technology, which ensures fast, reliable, and leak-free connections. This technology, coupled with the manifold's precision flow control, makes the URR-10-1 an ideal choice for a wide range of laboratory experiments, from basic pressure testing to complex fluid dynamics studies.
The manifold valve is also equipped with a locking handle, allowing you to secure the valve in the 'on' or 'off' position. This feature is particularly useful during long-term experiments, ensuring that the system remains stable and the results are accurate.
In summary, the Clippard Laboratory URR-10-1 is a top-tier pneumatic manifold valve system, offering unparalleled performance, durability, and versatility. It is an essential tool for any laboratory seeking precision, reliability, and efficiency in their experiments. With the URR-10-1, you can focus on your research, confident that your equipment is performing at its best.
The Clippard Laboratory URR-10-1 is a pneumatically-actuated, 3-way, 2-position, changeover directional control valve, designed for laboratory applications. Here are some pros and cons that might help in your decision-making process:
Pros:1. High-quality construction: Clippard is known for its durability and precise manufacturing, making the URR-10-1 a reliable choice for lab environments.
2. Versatile: The changeover directional control allows for easy switching between two different fluid paths, making it useful for a variety of lab experiments.
3. Compact size: The URR-10-1 is relatively small compared to other valves in its class, making it easier to integrate into tight lab spaces.
4. Ease of use: The valve's design is straightforward and intuitive, making it easy for researchers to operate even without extensive technical knowledge.
Cons:1. Price: As a high-quality, precision-engineered valve, the URR-10-1 is more expensive than some other valves on the market.
2. Limited flow rates: While suitable for most lab applications, the URR-10-1 may not handle high flow rates or high-pressure scenarios as effectively as some other valves.
3. May require additional components: Depending on your specific lab setup, you may need additional fittings, hoses, or accessories to fully utilize the URR-10-1.
In conclusion, if you're looking for a high-quality, reliable, compact, and versatile lab valve for your experiments, the Clippard Laboratory URR-10-1 could be an excellent choice. However, if cost is a significant factor or you need a valve that can handle high flow rates or pressures, you may want to consider other options. Always ensure that the valve you choose fits your specific lab requirements and budget.
The URR-10-1 model is specific to the brand CLIPPARD INSTRUMENT LABORATORY, ensuring quality and reliability in their performance. These instruments are likely designed for Laboratory use and may be involved in hydraulic, pneumatic, or pump plumbing applications. The product is a lot of three used CLIPPARD INSTRUMENT LABORATORY URR-10-1 instruments.