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Versatile analysis with pacer testing option.
The QED 6 measures delivered energy in watt seconds/joules (with a simulated human resistance of 50 ohms), synchronization time in milliseconds (measured and displayed from the "Q" or "R" wave), and peak measurements (current, voltage) including overshoot. The QED 6 is also an excellent choice when it comes to testing newer defibrillators that utilize biphasic output waveforms and automatic defibrillators or AEDs. Transthoracic pacers available on most defibrillators may be tested with the "H" version of the QED 6.

The QED 6M simulates ECG, performance, and arrhythmia waveforms for monitor verification, has a built-in clock for charge time measurements, and allows you to program up to 28 defib test sequences with test limits for energy.

The QED 6H allows you to perform complete non-invasive transthoracic pacer testing: pulse rate, pulse width, current, voltage, and refractory periods are tested and displayed. It includes an automatic paddle adapter and a Pacer Load Adapter (PLA).

Features

ť Energy measurement 0-100 joules and 0-360 joules
ť Sync time
ť Defibrillator waveform storage and playback
ť High level ECG waveform output
ť Oscilloscope output
ť Auto and manual modes
ť Automatic defibrillator testing
ť Compatible with biphasic defibrillators
ť RS-232 port compatible with ProFILE
ť Printer output
ť Internal paddle adapters
ť Simple menu-key interface

Models

QED 6
ť Output energy
ť Sync time
ť Peak measurements (current, voltage, overshoot)
ť Bi-directional RS-232
ť Printer port

QED 6M
ť Same as QED 6, plus . . .
ť Waveforms (ECG jacks and paddles)
ť Charge time measurement
ť 28 Programmable autosequences

QED 6H
ť Same as QED 6M, plus . . .
ť Pacer measurements (transthoracic)
ť Pacer Load Adapter (PLA)
ť 50-1500 W selectable lead

Standard Accessories

PLA
ť Internal paddle adapters
ť Operator's manual

Optional Accessories

ť Carrying case
ť RS-232/printer cable
ť Serial/parallel printer (DPU 411)
ť Automatic paddle adaptersPacer adapters
ť 9 VAC adapter
ť Upgrades

Specifications

Sync Time
ť 0-199.9 ms (Measurement from peak or base of simulated R-wave)

RS-232 Port
ť Bi-directional RS-232 for computer control (D9 serial connector requires Bio-Tek cable)

Display
ť 2-line x 24-character supertwist LCD

Power
ť One 9 V battery or 9 V battery eliminator

External Non-Invasive Pacer Measurements (QED 6_H)
ť Load: 50 ohms ą1%
ť Pulse width: 1-50 ms
ť Peak voltage: 0.2-12.5 V
ť Peak current: 5-250 mA
ť Rate: 30-300 bpm
ť Refractory period:
    - Sensed: 20-500 ms
    - Pulsed: 20-500 ms

Output Power
ť Load: 50 ohms ą1%
ť Resolution:
    - High range: 1 J
    - Low range: 0.1 J
ť Low range: 0-100 J
ť High range: 0-1000 J
ť Pulse width: 1-50 ms
ť Maximum current: low 35 A, high 110 A
ť Maximum voltage: low 1750 V, high 5500 V
ť Minimum voltage: low 20 V, high 66 V
ť Waveform storage: Discharge can be viewed via ECG output, paddles, and scope output.
ť Time expansion lead II amplitude: High = 3000 V/mV, low = 900 V/mV.

Waveform Simulations
(QED 6_M & QED 6_H)
ť NSR: 30, 60, 90, 120, 180, 240 bpm
ť Pulse: 30, 60 bpm, 60 ms pulse width
ť Sinewave: 10, 40, 50, 60, 100 Hz
ť Squarewave: 0.125 Hz, 2 Hz (50% duty cycle)
ť Triangle: 2 Hz (4 mV)
ť Arrhythmias:
    - Asystole
    - Arterial fibrillation
    - Arterial flutter
    - Arterial tachycardia
    - Idioventricular
    - PVC
    - RonT
    - Run
    - Ventricular fibrillation
    - Ventricular tachycardia, 25 bpm
    - Ventricular tachycardia, 340 bpm monomorphic
    - Ventricular tachycardia, 300 bpm polymorphic
ť Waveform output: 5 ECG lead adapters, front panel paddles, and high-level scope output

Dimensions
ť 10.5" x 9.5" x 4.0"
ť (26.67 cm x 24.13 x cm 10.16 cm)

Weight
ť 4.8 lbs. (2.2 kg)

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