AIMA3000.RT5S Product User Manual
Technetix Group Limited
•
technetix.com
May/2016 - Version 1.0
44
7 Troubleshooting
Indicator for determining faults
If there is a fault, the operator can use the status LEDs to determine the location and condition of the fault. Please see
Table 7-1 below:
Table 7.1 Fault Judgment Table
Alarm Indicator status
Common Faults
Trouble Shooting
RF1 IN is amber
RF Input Power is higher (Hi) or lower (Lo).
(“RF Input Power” click on ☑ in “Alarm
Settings” section)
Adjust port1 input signal.
RF1 IN is red
RF Input Power is too high (HiHi) or too
low (LoLo). (“RF Input Power” click on ☑ in
“Alarm Settings” section)
Adjust port1 input signal.
RF2 IN is amber
The same as RF1 IN is Amber”
Adjust port2 input signal.
RF2 IN is red
The same as rRF1 IN is red”
Adjust port2 input signal.
LSR1 is amber
Laser Temperature is higher (Hi) or lower
(Lo).
Check the laser’s temperature.
If the temperature is normal, please
contact Technetix technical support.
Laser Bias Current is higher(Hi) or lower
(Lo).
Check the laser’s Bias Current.
If the Bias Current is normal, please
contact Technetix technical support.
Laser Output Power is higher (Hi) or lower
(Lo).
Check the laser’s Output Power.
If the Output Power is normal, please
contact Technetix technical support.
Laser is shutdown.(“Laser Output Status
Alarm ”is set “enableMinor”)
Turn on the laser.
LSR1 is red
Laser Temperature is too high (HiHi) or too
low (LoLo).
Check the laser’s temperature.
If the temperature is normal, please
contact Technetix technical support.
Laser Bias Current is too high (HiHi) or too
low (LoLo).
Check the laser’s Bias Current.
If the Bias Current is normal, please
contact Technetix technical support.
Laser Output Power is too high (HiHi) or
too low (LoLo).
Check the laser’s Output Power.
If the Output Power is normal, please
contact Technetix technical support.
Laser is shutdown.(“enableMajor)
Turn on the laser.
