Allied Healthcare AHP300 Wall Mount

This wall mount is specifically designed to securely hold the AHP300 transport ventilator.

The Allied Healthcare AHP300 Wall Mount is crafted from durable 1/8” thick aluminum for its back plate, ensuring a robust and reliable mounting solution in demanding medical environments. It has even been tested to IEC 60068-2-27 standard at 20 G’s.

The quick-release handle allows for easy removal of the AHP300 ventilator from the wall mount when needed.

This wall mount is designed for use with #10 threaded fasteners.

Yes, the AHP300 Wall Mount is engineered for high durability and challenging environments. It provides a stable and reliable mounting solution:

• Material: Constructed from a robust 1/8” thick aluminum back plate.
• Shock Resistance: The mount has been rigorously tested and certified to meet the IEC 60068-2-27 standard, confirming its ability to withstand shock forces up to 20 G’s.

The Allied Healthcare AHP300 Wall Mount is a robust solution designed specifically for securing the AHP300 transport ventilator while ensuring quick access and deployment.The following components are included in the package:<ul><li>1/8” thick Aluminum Back Plate: This durable plate forms the main structural support and has been tested to withstand shock and vibration up to 20 G’s (meeting the IEC 60068-2-27 standard).</li><li>Quick Release Handle Assembly: This integrated mechanism enables medical personnel to swiftly detach the ventilator from the wall mount when immediate patient care or transport is required.</li><li>Fastener Mounting Points: Dedicated points for securely attaching the AHP300 ventilator unit to the plate.</li></ul>Please note that while the back plate includes holes sized for #10 threaded fasteners, the actual fasteners required to secure the mount to the wall surface are not included and must be supplied separately.

Yes, the Allied Healthcare AHP300 Wall Mount is designed for high durability and has undergone rigorous testing to ensure security in demanding environments, such as transport or clinical settings. The mount’s structural integrity is confirmed by the following specifications:

• Testing Standard: Certified to the IEC 60068-2-27 standard.
• Resistance Level: Tested to withstand shock forces up to 20 G’s.
• Material: Constructed from durable 1/8” thick aluminum.

Yes, the AHP300 Wall Mount is engineered for exceptional security and durability, ensuring the ventilator remains safe and readily accessible in demanding clinical or transport environments. Features that highlight its secure design include:

• Robust Construction: The back plate is constructed from 1/8” thick aluminum, providing a highly stable mounting platform.
• Certified Durability: The mount has been rigorously tested to meet the IEC 60068-2-27 standard, certifying its ability to withstand shock forces up to 20 G’s.
• Stable Installation: The plate features specifically sized holes compatible with #10 threaded fasteners for a secure wall installation.
• Quick Release Functionality: It includes an integrated quick release handle, allowing medical personnel to swiftly detach the AHP300 ventilator when rapid deployment is necessary.

Yes, the Allied Healthcare AHP300 Wall Mount features a durable construction made from 1/8” thick aluminum, ensuring longevity and reliability in medical environments.

This specialized wall mount is designed for secure, fixed, yet accessible storage of the AHP300 transport ventilator in demanding environments. It is ideal for utilization in:

• Clinical Settings: Securely fastening the ventilator to walls in patient rooms, clinics, or emergency bays.
• Transport Environments: Ambulances or other transport vehicles.

Its robust design ensures safety and readiness:

• Durability: Constructed from 1/8” thick aluminum.
• Safety: Tested to withstand high shock forces up to 20 G’s (meeting IEC 60068-2-27 standards), ensuring the ventilator remains secure during motion or impact.
• Accessibility: An integrated quick-release handle allows for swift detachment when immediate patient transfer is necessary.