Direct Cooling Vapor Trap NDVT-100 offers a bath capacity of 5 liters and reaches a minimum unloading temperature of -40°C. It uses R404A refrigerant to ensure efficient cooling performance. This unit functions as both a pre-freezing and low-temperature bath, adding versatility to its application. It features a digital display for clear temperature monitoring and precise control. Our vapor trap is designed with a drain valve to allow easy and safe discharge of collected liquids.
$3,425.00
Specifications
| Bath capacity | 5L |
| Minimum temperature of unloading | -40°C |
| Cooling capacity | 300W |
| Refrigerant | R404A |
| Material of bath | SUS 316 |
| Power supply | 110V, 60Hz or 220 to 240V, 50 to 60Hz |
| Bath dimension | 160×250mm |
| Product dimension | 388×454×781mm |
| Net weight | 45kg |
Features
Applications
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FAQ for Direct Cooling Vapor Trap NDVT-100
1: What is the construction material of the bath?
The bath is made from SUS 316 stainless steel, offering excellent corrosion resistance. This makes it compatible with water, ethanol, and various solvents.
2: How does this Direct Cooling Vapor Trap NDVT-100 improve vacuum pump life?
By condensing and collecting vapors before they enter the vacuum pump, it reduces exposure to moisture and chemical residues. This helps prevent corrosion and contamination, extending the pump’s operational life.
3: Can the Direct Cooling Vapor Trap NDVT-100 handle corrosive or solvent-rich vapors?
Yes, our Direct Cooling Vapor Trap is compatible with organic solvents and can handle acidic vapors when paired with a suitable glass condenser. The SUS 316 stainless steel bath adds extra resistance to corrosion.
4: Is regular maintenance required?
Only basic maintenance is needed, such as draining collected liquid and occasional cleaning. The stainless-steel bath resists buildup and simplifies upkeep.
5: What safety features does the Direct Cooling Vapor Trap NDVT-100 include?
Our Direct Cooling Vapor Trap includes temperature regulation and a drain valve to manage excess fluid safely. These features help reduce operational risks and improve handling.
6: Can this Direct Cooling Vapor Trap be used with corrosive solvents?
Yes, our Direct Cooling Vapor Trap features a corrosion-resistant bath that supports acid and solvent compatibility. This makes it suitable for use with a wide range of laboratory chemicals.
7: How does the Direct Cooling Vapor Trap improve lab efficiency?
By removing the dependency on dry ice, the Direct Cooling Vapor Trap offers uninterrupted cooling and reduces downtime. This leads to more consistent results and fewer interruptions in workflows.
8: Is the Direct Cooling Vapor Trap energy-efficient for long-term use?
Yes, the closed-loop refrigeration system is optimized for continuous performance with efficient energy use. This helps reduce operational costs in the long run.
9: Can I drain the collected condensate easily?
Yes, our Direct Cooling Vapor Trap comes with an integrated drain valve that makes removal of condensate quick and hassle-free. This helps maintain cleanliness and reduces handling effort.
Labnics Direct Cooling Vapor Traps efficiently capture and condense solvent vapors during low-temperature processes. They eliminate the need for dry ice by incorporating a closed-loop refrigeration system that ensures stable cooling. These units display real-time temperature readings for accurate control. They resist corrosion, ensuring durability and compatibility with harsh solvents. Our vapor traps include movable floor casters for easy relocation and flexible setup.
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