Document Overview

This technical document from Rothacher Medical, dated 2016, provides information related to medical oxygen delivery systems and associated equipment. The document includes contact details and references to specific components and configurations used in oxygen therapy setups.

Main Sections and Content

1. Connecting Diagram

The document outlines a connecting diagram for oxygen delivery systems, detailing the integration of various components:

• Oxygen Sources: Options include an oxygen cylinder equipped with a pressure manometer (3 Bar) or a wall mount port, and an oxygen concentrator with a 5 liters per minute (lpm) Everflow output.
• Filtration and Absorption: Use of Aldasorber models PS-0584 or PS-0581-00 as filters for air purification.
• Hoses: PS-0582 hoses are specified for connections between components.
• Patient Interface: Nose cone mask system PS-0525-A and an induction chamber are mentioned for patient delivery.
• Anesthesia Machines: Compatibility with Combi-vet Digiflow or Analog anesthesia machines is indicated.

2. Digital Version and Handling Instructions

The document references a digital version and includes brief procedural notes such as opening a scroll and removing a metal rectangle, likely related to equipment setup or maintenance.

Key Information and Recommendations

• Ensure oxygen sources are correctly connected using specified hoses and filters to maintain purity and safety.
• Use compatible anesthesia machines as indicated for proper integration with the oxygen delivery system.
• Follow handling instructions carefully to avoid damage or incorrect assembly.

Contact and Manufacturer Details

All information is provided by Rothacher Medical, located in Heitenried, Switzerland, with full contact details including telephone, fax, email, and website for further support or inquiries.

Summary

This document serves as a technical reference for assembling and operating oxygen delivery systems with specific components and configurations. It emphasizes correct connections, filtration, and compatibility with anesthesia machines to ensure effective and safe oxygen therapy.