Lightweight and
portable the QED 6M and QED 6H measure
a wide range of defibrillator energy output
parameters and conduct ECG elective
cardioversion synchronization tests.
Both models in the QED 6 series have
28 automatic sequences to test defibrillator
performance to the users protocol and can test
the automatic external defibrillators ability to
recognize critical arrhythmias. An RS232 serial
port supports remote computer control and
online test documentation via a compatible
printer.
The QED 6H also analyzes energy and timing
of noninvasive external pacemakers making it
a convenient dual-purpose testing tool.
Key Features
QED 6M Defibrillator Analyzer
Monophasic and biphasic DC energy measurement
Energy and cardioversion measurement
Peak voltage peak current and overshoot measurement
5-lead ECG simulation
Charge time measurement
ECG normal performance and arrhythmia simulation
2-line x 24-character display
Bidirectional RS232 port for computer control
28 user-programmable autosequences
Storage and playback of output waveform
portable the QED 6M and QED 6H measure
a wide range of defibrillator energy output
parameters and conduct ECG elective
cardioversion synchronization tests.
Both models in the QED 6 series have
28 automatic sequences to test defibrillator
performance to the users protocol and can test
the automatic external defibrillators ability to
recognize critical arrhythmias. An RS232 serial
port supports remote computer control and
online test documentation via a compatible
printer.
The QED 6H also analyzes energy and timing
of noninvasive external pacemakers making it
a convenient dual-purpose testing tool.
Key Features
QED 6M Defibrillator Analyzer
Monophasic and biphasic DC energy measurement
Energy and cardioversion measurement
Peak voltage peak current and overshoot measurement
5-lead ECG simulation
Charge time measurement
ECG normal performance and arrhythmia simulation
2-line x 24-character display
Bidirectional RS232 port for computer control
28 user-programmable autosequences
Storage and playback of output waveform