Philips Remstar System One Humidifier

Philips Remstar System One Humidifier can work with Philips A40 BIPAP and Remstar System One Devices.

Philips Remstar System One Humidifier Features:

This Heated Humidifier is designed to bring added comfort and improved performance to all PR System One “60 Series” CPAP & BiPAP machines as well as the PR System One REMstar SE. It measures and adapts to environmental changes to deliver the humidity level you prefer regardless of external factors. Add Heated Tubing for additional protection against rainout and higher overall humidity levels.

• System One Humidity Control for Comfort

Delivering consistent humidity levels throughout the night, improves sleep therapy comfort and compliance. The “60 Series” Heated Humidifier offers three levels of humidification (70, 80 and 90 percent). Once your preferred level is set the humidifier monitors and adapts to changes in room temperature, therapy flow, and external humidity to deliver your preferred level of humidity regardless of external changes.

• Choose Heated Tubing for Added Comfort

The “60 Series” Heated Humidifier is available with or without heated tubing capabilities. In your shopping cart select the DS6H Heated Humidifier if you prefer standard or premium non-heated tubing; or upgrade to the DS6T if you prefer to have the option of heated or non-heated tubing. When in use SystemOne Heated Tubing will work in concert with your humidifier’s automatic adjustment capabilities to reduce and eliminate condensation and rainout while increasing overall humidity.

• Dry Box Technology for Safety

Through the combination of a cleverly-designed water chamber and an advanced “Dry Box” design the System One Heated Humidifier virtually eliminates the risk of water spillage and ingress into the device. Even when filled to the “FULL” indicator line the System One’s water chamber can be tilted or turned upside down without leaking back into the device. And should any water manage to escape the chamber the Dry Box will prevent it from entering the device itself.