Battery Flex-3S3P 11.1V 18650 LI-Ion SMBUS
| 2036984-001 | |
| Monitoring Solutions | |
| Patient Monitors | |
| GE HealthCare | |
Add to Wish List
Sign In & Add To Cart
Please select date
Second Opinion Approval Needed
Enter your approval number and submit to add item(s) to cart.
Approval Number
Please enter approval number
OR
Don't know your approval number? Call 800-437-1171
Enter opt 1 for the first three prompts, and have your System ID available.
If you add item(s) to cart and submit your order without the
approval number, GE will contact you before your order
can be confirmed for shipment.
Second Opinion Approval Needed
Select your approver's name and submit to add item(s) to your cart
Approver Name
Please Select Approver Name
OR
Don't know your approval number? Call 800-437-1171
Enter opt 1 for the first three prompts, and have your System ID available.
If you add item(s) to cart and submit your order without
selecting an approver, GE will contact you before your order
can be confirmed for shipment.
Product Overview
The Battery Flex-3S3P 11.1V 18650 LI-Ion SMBUS is a specially designed battery intended for use in Aestiva™, Aespire™, Aisys™ series anesthesia modules, Case™ acquisition modules, Carescape™ B650, B850 patient monitoring modules and other medical equipment as applicable. The Li-ion battery is a type of rechargeable battery in which lithium ions move from the negative electrode to the positive electrode during discharge and back when charging. It has in-built charge level indicator window. The low-maintenance Li-Ion battery is made of high quality material, that has high energy density, fast recharging capability and high load withstanding property, which makes it well suited for many modern medical applications. It is a proven design which fits well into demanding applications. The GE product is an innovation and technology which fits well into demanding applications. The battery pack is securely packaged inside a high quality packing box and is supported by bubble sheet or pad at the sides to avoid physical damage during transit.
