Intelect® Transport 2-Channel Electrotherapy
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OVERVIEW
The Intelect Transport 2-Channel Electrotherapy unit, designed and manufactured by Chattanooga Group, offers a new dimension in
portable electrotherapy made possible by advanced software design and digital signal processing. The result is a unit with extraordinary
versatility based on simplicity of operation.
The Intelect Transport 2-Channel Electrotherapy unit offers "On the Go" clinical electrotherapy. The unit provides an innovative case design,
with a logical control system and a large, easy to read graphical LCD. User defined protocols allow you to customize any electrotherapy
treatment to the specific needs of your patient. The repositional base allows the unit to be configured for desktop or wall-mount use.
The following features are available on the Intelect Transport 2-Channel Electrotherapy unit:
Two channels of electrotherapy stimulation output
Independent intensity and parameter controls for each channel
Four currents - IFC, Premodulated, High Voltage Pulsed Current (HVPC), and Russian
Fifteen user-defined memory positions
Lightweight design
Battery powered option
Common Terms
Accommodation
- condition where nerves lose their ability (sensitivity) to respond to electrotherapy.
Beat Fixed
- Associated with the Interferential waveform, Beat Fixed is the parameter at which the beat frequency remains constant. When
the Sweep setting is turned off, you must select a fixed beat for the therapy session. The available settings for Beat Fixed are 1 to 200 Hz.
Beat High
- During a sweep, the Beat High setting is the highest number to which the beat frequency increases. The available range for
the Beat High parameter is 2 to 200 Hz. This parameter is unique to the Premodulated and IFC waveforms.
Beat Low
- During a sweep, the Beat Low setting is the lowest number to which the beat frequency decreases. The available range for the
Beat Low parameter is 1 to 199 Hz. This parameter is unique to the Premodulated and IFC waveforms.
Burst
- A burst is a series of pulses at a predetermined pulse frequency.
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