Hamil-ton Medical Expiratory Expiratory Valve Diaphragm 160500-03 Compatible with C2 C3 C6 Ventilator

Hamil-ton Medical Expiratory Expiratory Valve Diaphragm 160500-03 Compatible with C2 C3 C6 Ventilator

Introduction

The Hamil-ton Medical 160500-03 is a reusable original equipment manufacturer (OEM) expiratory valve diaphragm. It is a critical service component designed specifically for the expiratory valve assembly of HAMIL-TON-C2, C3, and C6 ventilators.

This flexible, disc-shaped diaphragm is the core component of the ventilator's expiratory valve. Its primary function is to control the flow rate of exhaled gas, ensuring the ventilator accurately maintains the pressure and volume set by the clinician. The diaphragm opens and closes according to the ventilator's instructions, controlling the release of exhaled gas.

Functions

1. Controlling the flow rate of exhaled air. The diaphragm is the active element of the expiratory valve, located at the expiratory port of the ventilator. Its main function is to control the flow rate of exhaled air and maintain the user-set pressure level.

2. Ensuring accurate pressure and volume delivery. By regulating the flow rate of exhaled air, the diaphragm enables the ventilator to maintain the correct pressure throughout the respiratory cycle.

3. The diaphragm is the physical interface that translates the electronic commands of the ventilator into pneumatic actions.

Specifications

Notice

• Ensure correct orientation during installation. The diaphragm must be correctly aligned with the valve body, with the metal plate facing upwards. Incorrect orientation will cause the valve to malfunction.
• Inspect before use. Before connecting to the patient, always perform a leak test (tightness test) as instructed in the ventilator user manual.
• Replace according to hospital regulations. The diaphragm replacement frequency should be determined based on the hospital's infection control procedures and the patient's condition. The maximum service life of the expiratory valve assembly is 28 days.