Cold Trap LCTR-T2010

Introduction

Cold Trap style="background-color:white;color:black;"> operates at -40°C using indirect cooling, enabling vapor condensation without direct refrigerant contact. The built-in temperature display allows continuous tracking of thermal changes during use. Its condenser supports acid and organic solvent experiments without affecting system durability. Our Cold Trap is used with vacuum pumps and drying ovens to capture vapours and prevent environmental release.

This water testing equipment is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Cold Trap  captures water vapor and harmful gases released from vacuum drying ovens or concentration systems. This prevents contamination of vacuum pumps and reduces the release of pollutants into the laboratory environment.

Specifications

Temperature	-40℃
Ambient Temperature	5 to 35℃
Capture Method	Indirect cooling
Cold Trap Size	φ160×250mm
Cold Trap Capacity	5L
Cold Trap Material	06Cr19Ni10, 3.3 Borosilicate glass
Cold Trap Bottle size	Φ50×300mm
Vacuum Nozzle	φ12 Hose connector
Number of Cold Trap Bottles	3
Safety Functions	Delay, over-current, over-heat, over-pressure
Refrigerant	R404A
Protection grade	IP20
Power supply	220 to 240V~,50Hz
Dimensions (L × W × H)	350×470×800 mm
Net weight	45kg

Features

Heavy-duty outer body

Stable floor-standing design

Corrosion-resistant metal frame

Durable bottle support bracket

Secure hose port connection

FAQs

1. Can the Cold Trap function in high-humidity environments?

Cold Trap is engineered to perform reliably in laboratories where ambient humidity is elevated. This design prevents condensation-related issues from affecting the internal vapor capture process. Internal airflow remains undisturbed even when moisture levels fluctuate. The insulated housing keeps temperature control unaffected by external dampness. Surface build prevents unwanted dew formation during long usage hours. The internal system avoids performance dips in moist conditions. No moisture-sensitive parts are exposed to lab air. This makes the trap effective even in environments with varying humidity levels.

2. Is it safe to run the Cold Trap continuously for long experiments?

The Cold Trap supports long, uninterrupted cycles with a design that prevents thermal overload and system strain. Internal safety functions maintain cooling consistency over extended durations. The structure allows the trap to remain engaged during hours-long drying or evaporation tasks. Protective features guard against power or flow-related issues. Refrigeration remains stable throughout continuous sessions. System stress is managed internally without user intervention. The hardware avoids overheating during long active periods. This makes it suitable for time-intensive lab applications.

3. Can the Cold Trap be integrated with an existing lab vacuum line?

Cold Trap connects directly into common lab vacuum systems without requiring configuration changes. Its inlet allows vapor flow from standard tubing used in drying or evaporation setups. The hose interface fits without forcing adjustments to existing hardware. There is no obstruction to vacuum pressure or sample handling. Installation does not require adapters for typical lab lines. The setup supports direct flow from multiple lab stations. Flow continuity is maintained without recalibrating other devices. This ensures easy integration into existing vacuum workflows.

4. Is the Cold Trap easy to relocate within a lab space?

The Cold Trap features a compact footprint and stable structure that support lab mobility. The unit can be moved between stations without needing disassembly. Its layout prevents tipping during short-distance relocation. Users can reposition it safely using the side handling points. The internal bottles stay secure while moving. Cooling components are protected from shocks during handling. No external accessories are at risk while shifting. This design supports flexible placement in changing lab setups.

5. What measures in the Cold Trap protect against power disturbances?

Cold Trap includes built-in safeguards to manage unexpected voltage fluctuations or brief outages. Startup delay mechanisms prevent forced restarts when power returns suddenly. Refrigeration components resume function gradually to avoid system shock. The unit maintains cooling stability without risking internal damage. Sensitive electronics are insulated from external interference. No reset steps are required by the user after short interruptions. Operational balance is preserved without needing stabilizers. This ensures safe function even in unstable power environments.

6. Can the Cold Trap be cleaned between different processes?

Cold Trap allows easy access for cleaning without needing full system disassembly. Bottles can be removed for rinsing or wiping after each session. Interior surfaces resist buildup from acid or organic residues. Users can clean parts quickly between different drying tasks. Surfaces are smooth enough to avoid residue retention. Maintenance doesn’t affect cooling components or structural integrity. Cleaning steps can be performed using standard lab methods. This makes the trap suitable for frequent use across varied procedures.