Wallach N2O Scavenger Hose

The Wallach N₂O Scavenger Hose is designed specifically for use with the Wallach LL100 Two-Trigger Cryosurgical Unit.

Its function is to connect to the cryosurgical unit’s exhaust port and safely channel spent nitrous oxide (N₂O) gas away from the immediate operating environment.

The Wallach Scavenger Hose is factory new, ensuring optimal performance and reliability.

This Wallach N₂O Scavenger Hose is supplied by CooperSurgical and is sold as Factory New inventory.

It is specifically designed as an essential accessory for safely managing gas exhaust from the Wallach LL100 Two-Trigger Cryosurgical Unit. The hose directs exhausted N₂O gas away from the procedural area.

Key specifications for compatibility:

• Length: 20 ft
• Inside Diameter (ID): 5/16”
• Wall Thickness: 1/16”

The package includes one (1) Wallach N
V2O Scavenger Hose (Reference #901015).

This accessory is crucial for the safe use of the LL100 Two-Trigger Cryosurgical Unit, as it is designed to vent exhausted N
V2O gas away from the procedural environment. It is supplied as Factory New and non-sterile.

Key physical specifications of the hose are:

• Length: 20 feet
• Inside Diameter (ID): 5/16 inches
• Wall Thickness: 1/16 inches

Yes, the Wallach N₂O Scavenger Hose is essential for environmental safety when using the LL100 Two-Trigger Cryosurgical Unit.

Its primary function is to safely manage nitrous oxide exhaust by:

• Capturing Waste Gas: It connects to the exhaust port of the cryosurgical unit’s pressure gauge block.
• Reducing Concentration: It efficiently directs the exhausted N₂O gas away from the immediate procedural area to a suitable discharge location, which helps to reduce ambient N₂O concentrations.

Yes, this Wallach N O Scavenger Hose (REF 901015) is specifically designed for integration with the LL100 Two-Trigger Cryosurgical Unit.

Its primary safety function is to connect to the unit’s exhaust port and safely vent exhausted N O gas away from the immediate procedural area, helping to reduce ambient gas concentration.

Key specifications for this essential accessory include:

• Length: 20 feet
• Inside Diameter (ID): 5/16 inches
• Wall Thickness: 1/16 inches

This accessory is supplied as Factory New and is covered by a 90-day warranty against defects in material and workmanship.

The Factory New condition ensures you receive an unused, freshly manufactured accessory built to precise specifications by CooperSurgical.

This guarantees several key advantages for the shopper:

• Perfect Compatibility: Ensures seamless attachment to the exhaust port of the specified LL100 Two-Trigger Cryosurgical Unit.
• Precise Specifications: Confirms the necessary dimensional requirements for safe gas scavenging (including 20 ft length and 5/16” inside diameter).
• Quality Assurance: The product is supported by a 90-day warranty against material and workmanship defects.

Yes, this scavenger hose is considered an essential accessory for maintaining a safe environment when using the Wallach LL100 Two-Trigger Cryosurgical Unit.

Its primary function is to actively reduce the concentration of exhausted nitrous oxide (N₂O) gas in the immediate operating field by directing the gas away to a suitable discharge location.

Key Specifications

This Factory New hose is engineered for reliability and compatibility:

• Compatibility: Explicitly designed for the LL100 Two-Trigger Cryosurgical Unit.
• Length: Measures 20 feet long, providing sufficient reach for venting.
• Precise Sizing: Features specific dimensions (5/16” Inside Diameter, 1/16” Wall Thickness) optimized for efficient gas exhaust.

This N₂O Scavenger Hose is engineered specifically for the Wallach LL100 Two-Trigger Cryosurgical Unit. It is an essential accessory used to connect to the exhaust port and safely channel nitrous oxide (N₂O) gas away from the immediate operating environment.

The Wallach N2O Scavenger Hose is 20 feet in length, with an internal diameter (ID) of 5/16 inches, and a wall thickness of 1/16 inches. These precise specifications ensure optimal fit and flow dynamics for proper gas scavenging.