Mount for Fisher Paykel MR850 Heated Humidifier (Vertical)

The Vertical Mount for the Fisher Paykel MR850 Heated Humidifier is a custom-designed solution that facilitates the secure attachment of the MR850 humidifier to a Ferno PacRac+ system. This specialized mount ensures that the humidifier is stably positioned, allowing healthcare professionals to leverage the MR850's advanced humidification capabilities efficiently within their medical setups. The compact and precise dimensions of the mount are engineered to fit the MR850 perfectly, providing a seamless integration with the Ferno PacRac+.

Intended Use: This mount is intended for medical professionals who utilize the Fisher Paykel MR850 Heated Humidifier in conjunction with a Ferno PacRac+ system. It is designed to support the vertical orientation of the humidifier, optimizing space and ensuring the device is securely fastened for safe operation, particularly in dynamic medical environments or during transport.

Benefits:

• Secure Attachment: Offers a stable platform for the MR850 humidifier, ensuring it remains securely in place during use.
• Space Optimization: The vertical orientation facilitated by the mount allows for efficient use of space within medical settings, making it ideal for environments where space is at a premium.
• Easy Integration: Specifically designed for compatibility with the Ferno PacRac+ system, allowing for hassle-free installation and removal of the humidifier.

Specifications:

• Height: 2.72 inches
• Width: 2.37 inches
• Length: 3.18 inches
• Compatibility: Exclusively designed for mounting the Fisher Paykel MR850 Heated Humidifier in a vertical orientation on the Ferno PacRac+ system.

The Vertical Mount for Fisher Paykel MR850 Heated Humidifier represents an essential accessory for healthcare facilities that rely on advanced humidification for patient care. By ensuring the MR850 can be securely and efficiently integrated with the Ferno PacRac+ system, this mount enhances the functionality and safety of medical setups, supporting optimal humidification in various care scenarios.