REI ORION HX User manual

Quick Start Guide
This card is intended to familiarize the user with some of the basic ORION HX functions and capabilities. Minimal explanation is
provided. Detailed explanations of ORION HX functions and procedures are provided in the User’s Manual.
When the ORION HX first powers up,
the initial screen will be the Home
Screen. Press the Bar Graph icon to
access the Bar Graph screen.
To Test with 2nd or 3rd Harmonic Test Tag:
1. Press the Power Button at the top left of the Touchscreen
Display to power on the unit.
2. From the Home Screen, press the Bar Graph Icon to access the
Bar Graph Screen.
3. On the Bar Graph Screen, repeatedly tap the top half of the
Power Level indicator (the green bar) to increase transmit
power to 100%
4. Press the Power Button again to select Manual Transmit Mode.
The Auto Transmit Mode indicator will disappear from beside
the Power Level indicator.
5. Hold the ORION HX head just above the provided 2nd Harmonic
Test Tag. The LED inside the enclosed test tag will light
verifying that the ORION HX is transmitting. Notice the bar
graphs are maxed out.
6. Press the Power Button again to select Auto Transmit Mode.
The Auto Transmit Mode indicator will reappear.
7. Hold the ORION HX head just above the 2nd or 3rd Harmonic
Test Tag. After settling, the bar graphs and display will indicate
either a “semiconductor” or “corrosive” junction.
Quick Start Guide
This card is intended to familiarize the user with some of the basic ORION HX functions and capabilities. Minimal explanation is
provided. Detailed explanations of ORION HX functions and procedures are provided in the User’s Manual.
When the ORION HX first powers up,
the initial screen will be the Home
Screen. Press the Bar Graph icon to
access the Bar Graph screen.
To Test with 2nd or 3rd Harmonic Test Tag:
1. Press the Power Button at the top left of the Touchscreen
Display to power on the unit.
2. From the Home Screen, press the Bar Graph Icon to access the
Bar Graph Screen.
3. On the Bar Graph Screen, repeatedly tap the top half of the
Power Level indicator (the green bar) to increase transmit
power to 100%
4. Press the Power Button again to select Manual Transmit Mode.
The Auto Transmit Mode indicator will disappear from beside
the Power Level indicator.
5. Hold the ORION HX head just above the provided 2nd Harmonic
Test Tag. The LED inside the enclosed test tag will light
verifying that the ORION HX is transmitting. Notice the bar
graphs are maxed out.
6. Press the Power Button again to select Auto Transmit Mode.
The Auto Transmit Mode indicator will reappear.
7. Hold the ORION HX head just above the 2nd or 3rd Harmonic
Test Tag. After settling, the bar graphs and display will indicate
either a “semiconductor” or “corrosive” junction.
Auto Transmit
Mode Indicator
Auto Transmit
Mode Indicator

ORION HX Display Screens
Rev 1.2
ORION HX Display Screens
Rev 1.2
Home Screen
Bar Graph Screen
Chart Screen
Frequency Adjust Screen
Spectrum View
Transmit Power
Indicator
(Tap the top half
of indicator to
increase transmit
power. Tap the
bottom half to
decrease transmit
power.
2nd/3rd Harmonic
Indicators
A strong 2nd (red
bar graph) indicates
semiconductor. A
strong 3rd (yellow
bar graph) indicates
corrosion.
Tap the chart to
change the
transmit
frequency. Use
the arrows at the
bottom of the
screen for fine
adjustment.
Provides time-
based history of
transmit power
level (green
trace), 2nd
harmonic level
(red trace), and
3rd harmonic
level (yellow
trace)
Home Screen
Bar Graph Screen
Chart Screen
Frequency Adjust Screen
Spectrum View
Transmit Power
Indicator
(Tap the top half
of indicator to
increase transmit
power. Tap the
bottom half to
decrease transmit
power.
2nd/3rd Harmonic
Indicators
A strong 2nd (red
bar graph) indicates
semiconductor. A
strong 3rd (yellow
bar graph) indicates
corrosion.
Tap the chart to
change the
transmit
frequency. Use
the arrows at the
bottom of the
screen for fine
adjustment.
Provides time-
based history of
transmit power
level (green
trace), 2nd
harmonic level
(red trace), and
3rd harmonic
level (yellow
trace)
Provides an FFT-
based spectral
representation of
the 2nd harmonic
(red trace) and 3rd
harmonic (yellow
trace) receivers
Provides an FFT-
based spectral
representation of
the 2nd harmonic
(red trace) and 3rd
harmonic (yellow
trace) receivers