DreamStation Go Overnight Battery

DreamStation Go Battery Features and Benefits:

• Approved by FAA for Air Travel
• Lightweight Design for Easy Portability
• Allows You to Continue Sleep Therapy Even During a Sudden Power Outage
• Easily Connects to the Back of Your DreamStation Go Travel CPAP Machine
• Provides an Average Run Time of 13 hours

Lightweight Design for Easy Portability

The DreamStation Go Battery only weighs 1.53 pounds and can be detached and stored separately from the machine, making it easy to pack and take on the go. It's light enough to lift with one hand and simple to charge and use.

Allows You to Continue Sleep Therapy Even During a Sudden Power Outage

This overnight battery pack lets you continue your sleep therapy-even during a sudden power outage! If an outage does occur, the machine will seamlessly switch over to battery power.

Easily Connects to the Back of the Machine

The modular design makes it easy to attach and detach the battery. To use, simply detach the panel on the back of the machine and connect the battery onto the back of the DreamStation Go.

The DreamStation Go's Overnight Battery has an average run time of 13 hours at 10 cmwp, but higher CPAP pressure settings will affect battery run times. The travel battery recharges in 5 hours to full battery life.

What’s Included:

• Battery 
• Manual

• Therapy Hours: 13 hours at 10 cm pressure
• Input Requirements: 100 - 240 VAC, 50/60 HZ, 2.0-1.0A
• Battery Output: 18 - 24.6V DC, 50W
• Voltage Converter Required: No
• Battery Type: Lithium-Ion
• FAA Approval: Approved for Use In-Flight
• RX Required: No
• Battery Lifecycle: 500 charge cycles
• Battery Charging Time: Less than 5 Hours

Cannot Use the Battery and Humidifier Together

The DreamStation Go is engineered to not allow for battery use while the humidifier is running. You can use one or the other but not both.

Charging from a DC Source

To charge the DreamStation Go Battery Backup from a DC power source (such as a battery for a car or boat) requires using an inverter. The inverter should be a minimum of 150 watts. An inverter is a device that converts DC power into AC power.

FAA Battery Regulations

Here are the regulations from the FAA explaining its policies on what types of batteries are acceptable for bringing on a flight. Per the manufacturer, this battery meets the requirements for in-flight use:

FAA Regulations for Batteries

Packaging Date Stamp Explanation

The dates recorded on battery packaging are internal dates used by the manufacturer indicating when they were checked/charged before shipment, they are not expiration dates of the battery's lifecycle.