19-5225S-M-01 Rev 2
36
In Pulsed DC mode, if decay times are too slow and voltage swings
are greater than 100V, increase the positive and negative offtimes
in 0.1 second increments. In steady-state mode, increase the
positive and negative voltage outputs if the decay times are too
long.
Troubleshooting the Balancing Procedure
1.
If decay times are too long
: Check that airflow is 70-90 fpm.
If airflow is too low and cannot be changed, see the table,
Airflows Are Lower Than Tool Specification and Cannot Be
Changed:
2. If voltage swings are too high (pulsed DC only):
3. If airflows are lower than tool specification and cannot be
changed:
For Pulsed DC Mode
For Steady-state DC Mode
If voltage swings are <100V, and - ontimes
upward in 0.1 second increments until decay time
stops improving or voltage swings become too high.
Maintain last beneficial setting. Do not set below 0.7
seconds or alarms will be defeated. The normal
range is 0.7 to 2 seconds.
If voltage swings are >100V, and - offtimes
upward in 1 second increments until decay time
stops improving or voltage swings become too high.
Maintain last beneficial setting.
Increase the positive and negative
voltage outputs, maintaining a balance
of ±20V.
If Voltage Outputs are >80%
If Voltage Outputs are <50%
Decrease voltage outputs in 0.1%
increments, maintaining balance, until swings
are <100V or in desired range.
Decrease positive or negative on or offtimes in
0.1% increments, maintaining balance, until
swings are <100V or in desired range
Summary of Contents for AeroBar 5225S
Page 5: ...19 5225S M 01 Rev 2 1 1 Description 1 1 Overview 1 2 Remote Control 1 3 Power Requirements...
Page 12: ...19 5225S M 01 Rev 2 8...
Page 42: ...19 5225S M 01 Rev 2 38...
Page 51: ...19 5225S M 01 Rev 2 47...
Page 57: ...19 5225S M 01 Rev 2 53 5 3 Dimensional Drawings Standard Lengths...
Page 58: ...19 5225S M 01 Rev 2 54 300 mm EFEM Application Lengths...
Page 59: ...19 5225S M 01 Rev 2 55...
Page 61: ...19 5225S M 01 Rev 2 57...
Page 62: ...19 5225S M 01 Rev 2 58 Notes...
