User's Manual Part 1

2-35
Locate the 3885-B Base Station antennas, the 3880 Monitor and 3885-T Remote Tablet
and the PODs more than 1 meter (3 feet) from other sources of RF energy in the 2.4
GHz band. (ie: WiFi Hot Spot)
2.1.7. Wireless Commands
Menu commands that control the patient parameter and strip recorder/printing functions are
communicated between the 3880 non-magnetic monitor and the 3885-T Remote Tablet.
Other operational control settings remain localized to each device and are not communicated.
Alarm volume
Pulse volume
Display Brightness
Click volume
Wireless Channel
Alarm sound on/off
2.1.8. MRI Conditions
All system components of the 3880 system except for the 3885-B Base Station are designed to
be as non-magnetic as possible to help alleviate some of the hazards associated with magnetic
operating environments. Having a non-magnetic design allows clinicians to place the 3880
system in the most efficient and optimal position for the highest possible patient care. Operation
in magnetic fields greater than what is specified for each component may affect its operation
and performance. Below are some of the conditions and general guidelines to follow for safe
MRI operation.
3880 multi-parameter monitor
Non-Magnetic design is capable of operation up to a 30,000 Gauss (3 Tesla) magnetic
field.
Use with Ultra-High Field MRI Systems up to 3 Tesla static field.
Not for use inside a MRI system bore.
ECG and SpO
2
PODs
Non-Magnetic RF shielded design with 30,000 gauss restriction, able to operate in the
MRI system Bore during imaging.
Use with Ultra-High Field MRI Systems up to 3 Tesla static field.
Use with whole body average Specific Absorption Rates (SAR) up to 4.0 W/kg or less.
3885-T Remote Tablet
Non-Magnetic design capable of operation up to a 15,000 Gauss (1.5 Tesla) magnetic
field.
Not RF shielded for use inside the MRI Exam Room (Zone IV) during imaging.
3885-B Base Station
Contains Ferrous Materials and is designed to be operated in Zone III.
Not for use inside the MRI Exam Room (Zone IV)
3880 Patient Worn Accessories
Non-Magnetic design with unlimited gauss restriction able to operate in the MRI system
bore during imaging.