
Additional Information
12-34
Local Display
A display area located on the device itself. Devices with local displays are roller
pumps and centrifugal control units.
Main Screen
The first screen displayed when the system is started up. From this screen, the user
can access the Perfusion, Configuration, and Service areas, and perform a controlled
shut down of the system computer.
Master/Follower Mode
Master/Follower operation involves two roller pumps operating in tandem. The
follower pump demand flow rate or speed is defined as a ratio or percentage of
the master pump flow rate or speed. The ratio or percentage is user adjustable by
changing the pump speed via the follower pump speed control knob or its control
slide bar on the CCM.
Master Pump
A roller pump used in tandem with a follower pump. The master pump provides
speed and flow information to the follower pump so it can regulate its speed to
maintain a constant master/follower ratio or percentage. Adjusting the master pump
speed will increase or decrease the total flow rate.
Message Area
A message box that is located on the top portion of the Perfusion Screen. This
message area displays the highest priority alarm, alert, status, or error message.
Message Only Response
There is no active response by the pump to an event, but a message is displayed on
the CCM and the pump local display.
Minimum Flow Alarm
Alarm generated by centrifugal pump when the flow rate decreases below the user
defined limit.
Module
The interface between a sensor and the rest of the system.
Module ID
A unique label that allows the network to recognize individual devices.
Mute
A button located on subtabs in the Safety tab used to silence an audible alert or
alarm tone with the exception of the battery alert tone.
Mute All
A button located on all Perfusion Screens. Used to silence multiple audible alerts and
alarms with the exception of the battery alert tone.
No Response
A choice of No Response causes the system to respond as if no safety connection
has been made.
Occluder Head
The occluder head provides a computer-controlled tube occlusion mechanism. The
occluder head is controlled via signals received from the occluder module. The
occluder head can be detached from the occluder module.
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