A. Specification
- OUTPUT WAVEFORMS
- Bipolar
1. Precise: 470kHz sinusoid
2. Standard: 470kHz sinusoid
3. Macro: 470kHz sinusoid
- Monopolar Cut
1. Low: 390 kHz sinusoid. Similar to the Pure Car mode except the maximum voltage is limited to a lower value.
2. Pure: 390 kHz sinusoid.
3. Blend: 390 kHz bursts fo sinusoid, recurring at 27 kHz intervals, 50% duty cycle envelope
- Monopolar Coag
1. Desiccate: 240 kHz damped sinusoidal bursts with a repetition frequency of 30 or 57 kHz into 500 ohms
2. Figurate: 390 kHz damped sinusoidal bursts with a repetition frequency of 30 or 57 kHz into 500 ohms
3. Spray: 390 kHz damped sinusoidal bursts with a randomized repetition centered at 28 kHz.
4. Frequencies include 21kHz<f<35kHz
5. Output is further modulated by a random 250Hz envelope with a variable duty cycle.
6. Output power changes by less than 15% or 5 watts, whichever is greater, as the line voltage varies from 104-132 Volts
and 208-264 Volts (at rated load)
- LOW FREQUENCY LEAKAGE (50~60 hZ)
- Source current, patient leads, all outputs tied together.
- Normal polarity, intact chassis ground <10µA
- Normal polarity, ground open <50µA
- Reverse polarity, ground open <50µA
- Sink current, 140V applied, all inputs <50µA
- PER=98
PER(Power Efficiency Rating) is the measure of an electrosurgical generator's ability to accurately deliver the selected power into a wide range of tissue types.
- WEIGHT AND DIMENSIONS
Height: 11.1cm(43/8 in.) / Width: 35.6cm(14in.) / Length: 43.9cm(17in.) / Weight: <8.1kg(18lbs)
- INPUT POWER REQUIREMENTS
Operating range is 85 to 132 ACVvolts. Maximum current is 7 amperes in Cut and 4 amperes in Coag
- HIGH FREQUENCY LEAKAGE
Bipolar: less than 60mArms / Monopolar: Less than 150mArms
- REM™ CONTACT QUALITY MONITORING SYSTEM
- Measurement Frequency: 80 kHz ± 10kHz
- Measurement Current: Less than 10µA
- Acceptable Resistance Ranges: REM™ pad N 5~135 ohms
- Non-Rem™ pad N less than 20 ohms
- Acceptance range is 5~135 ohms after
- REM™ PolyHesive Ⅱ return electrode is applied
Adaptive Rem™
REM™ trip is baseline impedance plus 40%. For example, if the baseline impedance is 30 ohms, the upper level trip is below the baseline impedence, a new baseline is established
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