bolid S2000-IPDL, User Manual

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transceiver and the reflector. The transceiver can be oriented by tightening or loosening the panning
and tilting screws shown in Figure 6.
WARNING: When aligning the detector by means of LEDs or IPDL-152 tester and tightening
and loosening aligning screws neither tools no hands or other things must be in active zone of the
optical beam (between the lens and the reflector).
6.3.1.3.
Three various ways (and also their combinations) can be used to align the S2000-IPDL: with
the help of LEDs, by means of an IPDL-152 tester, or using a laser pointer (laser alignment tool). In the
first case no additional service equipment is used but for two other cases prior to starting work care
should be taken to equip personnel with specified instruments.
6.3.1.4. Prior to starting specific actions to align the detector in field you are recommended to study
closely Table 5 which describes various conditions of the detector during alignment, their names which
will be used later as well as the ways of visualizing them by means of transceiver indication or on the
LCD of an IPDL-152 tester. In order to compare actual states of the detector with description for these
states in Table 5 it is advised to operate the detector in trial mode under laboratory conditions imitating
various conditions for the detector.
Table 5
Condition Description Indication
Text Displayed by
IPDL-152
Very Close
The received signal differs from the
maximum achieved value by no more than
7%
Blue
«xxxx
ОБЛ
z»
Close
The received signal differs from the
maximum achieved value by no more than
15%
Blue and white
alternately
«xxxx БЛ z»
Far
The received signal is much less than the
maximum achieved value
White «xxxx ДАЛ z»
More
The received signal is more than the
previous value
Red «xxxx yyy +»
Less
The received signal is less than the
previous value
Amber «xxxx yyy -»
Overwriting
The received signal is more than the current
maximum achieved value and this value is
overwritten
Red
Triple
«
Перезапись
»
Too High
The received signal is more than the upper
limit of the allowed self-regulation range Blue
Triple
« Максимум »
Too Low
The received signal is less than the lower
limit of the allowed self-regulation range
White
Triple
« Минимум »
Trouble-Alignment
Wrong parameters of the signal in the
transient mode Amber
Triple
« Н . юстиров .»
NOTES:
1) xxxx stands for a digital conventional value of the received signal converted to the absolute value
based on the actual value of conditional gain and digitized value of amplifier output signal (can be
used during aligning for maximizing);
2) yyy stands for letter identifications of states: ОБЛ (Very Close), БЛ (Close), or ДАЛ (Far);
3) z stands for the sign «+» (More) or «-» (Less);