Indirect Cooling Vapor Trap NIVT-101 provides a bath capacity of 5 liters, suitable for small to medium-scale laboratory operations. It can reach a minimum unloading temperature of -80°C, enabling efficient vapor. This unit incorporates a stainless-steel liquid bath for durability and chemical resistance. It features a built-in drain valve that allows easy discharge of collected liquid. Our vapor trap includes a digital temperature display for accurate monitoring.
FAQ for Indirect Cooling Vapor Trap NIVT-101
1: Is the Indirect Cooling Vapor Trap NIVT-101 easy to maintain?
Yes, our Indirect Cooling Vapor Trap features a built-in drain valve for easy removal of collected liquids, reducing manual effort. The stainless-steel bath also simplifies cleaning and resists chemical damage.
2: How does the cooling system work?
Our Indirect Cooling Vapor Trap uses an indirect cooling mechanism that efficiently lowers bath temperature without direct contact with the refrigerant. This design improves reliability and reduces contamination risks.
3: Is the Indirect Cooling Vapor Trap NIVT-101 safe for use with chemicals?
Yes, the SUS 304 stainless steel bath offers high resistance to acids, solvents, and other reactive substances. This makes it suitable for a wide range of chemical applications.
4: Is the Indirect Cooling Vapor Trap NIVT-101 portable?
The Indirect Cooling Vapor Trap comes with movable floor casters, making it easy to relocate within the lab. The compact and vertical design also saves space and enhances mobility.
5: Do the refrigerants need to be replaced regularly?
Refrigerants typically do not require frequent replacement unless there's a leak or performance drop. If cooling efficiency declines, have the system checked by a technician.
6: Why choose an Indirect Cooling Vapor Trap over a direct one?
Our Indirect Cooling Vapor Traps offer greater chemical resistance and are ideal for handling corrosive or reactive vapors. You benefit from safer operation and reduced risk of refrigerant contamination in your samples.
7: Can the Indirect Cooling Vapor Trap be used continuously?
Yes, the Indirect Cooling Vapor Trap is built for continuous operation in demanding lab environments. The efficient cooling system and durable components support long hours of consistent performance.
8: How does the Indirect Cooling Vapor Trap ensure temperature accuracy?
The Indirect Cooling Vapor Trap comes with a digital temperature controller and display that provides real-time readings. You can monitor and adjust settings precisely for optimal performance.
9: How often does the Indirect Cooling Vapor Trap need maintenance?
Routine maintenance is minimal but recommended every few months depending on usage. Regular checks help ensure consistent performance and extend equipment lifespan.
