Sunset Healthcare Nasal Cannula Water Trap

Nasal Cannula Water Trap

A nasal cannula water trap helps keep water out of the cannula during oxygen delivery setups. It fits between the cannula and supply tubing, making it a practical choice for buyers who want a simple way to manage condensation in cannula tubing. Removable end caps let staff drain collected water, and the trap holds up to 9 cc in a horizontal position.

Good Fit For

• Oxygen delivery setups using a nasal cannula
• Workflows where condensation needs to be managed between tubing and cannula
• Care settings that want a drainable water trap in the line

Key Features

• Helps keep water out of the cannula, supporting a cleaner oxygen delivery setup
• Connects between the cannula and supply tubing for straightforward integration
• Removable end caps make it easier to drain accumulated water
• 9 cc water capacity in the horizontal position
• Connectors are designed to withstand pressure up to 10 psi max

Applications and Usage

• Placing a water trap between a nasal cannula and supply tubing
• Managing accumulated water before it reaches the cannula
• Draining collected water through the removable end caps during routine setup maintenance

Packaging and Handling

• Packaging: EA.
• This water trap is for use with a nasal cannula
• The stated 9 cc capacity applies in the horizontal position
• Connector pressure is rated to 10 psi max

FAQ

• Where does the nasal cannula water trap connect? The nasal cannula water trap connects between the cannula and the supply tubing.
• What does this water trap help do? This water trap helps keep water out of the cannula by collecting accumulated water before it reaches the cannula.
• How do you remove collected water? Removable end caps allow you to drain accumulated water from the trap.
• What is the water capacity? The water trap holds 9 cc in the horizontal position.
• What pressure are the connectors designed to withstand? The connectors are designed to withstand a maximum pressure of 10 psi.

From Sunset Healthcare.