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2.
S2 - TIME WINDOW switch; Sets the period of time in
which the specified number of impacts must occur to
cause an alarm, and the CLIMB time setting must
accumulate to cause an alarm.
2a. TIME WINDOW LEDs; 4 LEDs, LED ON = switch ON.
3.
CUT switch; Sets the number of impacts that must occur
within the TIME WINDOW setting to cause an alarm.
3a. CUT LEDs; 4 LEDs, LED ON = switch ON.
4.
S4 GAIN/THRESHOLD - switch; Sets the amplification
level for the input signal from the sensor cable (4 settings -
1 low to 4 high).
4a. GAIN/THRESHOLD LEDs; 4 LEDs, LED ON = switch ON.
5.
S5 - MISC switch; S5-1 sets the frequency band filter
response. S5-2 sets the signal response level bar graph to
envelope mode, or peak mode. S5-3 sets the onboard
audio alarm to ON or OFF. S5-4 sets the calibration mode
to UCM or switch configuration.
5a. MISC LEDs; 4 LEDs, LED ON = switch ON.
6.
RESPONSE LEVEL bar LED graph - indicates the
received signal strength from the sensor cable. Yellow
LED ON indicates signal is near Threshold. Green LED
ON indicates signal is over Threshold.
7.
Activity indicator LEDs.
8.
T1 - USB connection to UCM PC.
9.
T5 - RELAY CONNECTIONS - SUPERVISION (1 - 3)
SONALERT (4, 5) Alarm (6 - 8) POWER (9, 10).
10. Cable entry port compression glands.
11. T4 - SENSOR CABLE connection.
13. T6 - LOCAL TERMINATION header, remove the shunt if a
properly terminated sensor cable is connected to the
processor.
13. Enclosure Cover Tamper switch and tamper switch lever.
Mounting/connecting the processor
Using appropriate fasteners (5 mm, 0.375 in.), mount the
enclosure at the specified location.
Follow steps 1, 2 & 3 in the Terminating/splicing procedure to
prepare the cable.
Remove 6 mm (0.25 in.) of insulation to prepare the data and
power cables. The terminals accept wires from 12 to 24 AWG.
4 / 6
RELAY CONNECTIONS
Connection
30V, 0.5 A RELAY
details:
SUPERVISION SONALERT
FLEX
GND
IN
NC COM NO COM NO
T4
T5
shield
center
conductor
DIP-switch settings
S1 CLIMB
S2 TIME WINDOW
S3 CUT
indicator LEDs
S1 CLIMB
S2 TIME WINDOW
1
1
2
3 4
2
DISABLED
0.5 SEC
1.0 SEC
1.5 SEC
2.0 SEC
2.5 SEC
3.0 SEC
S4 GAIN/THRESHOLD
3.5 SEC
1
2
4.0 SEC
4.5 SEC
5.0 SEC
5.5 SEC
6.0 SEC
6.5 SEC
7.0 SEC
7.5 SEC
SW5 MISC
HIGH BAND FILTER RESPONSE 300 Hz TO 900 Hz
SW5-1
LOW BAND FILTER RESPONSE 100 Hz TO 300 Hz
BAR GRAPH IN ENVELOPE MODE
SW5-2
BAR GRAPH IN PEAK MODE
AUDIO ALARM DISABLED
SW5-3
AUDIO ALARM ENABLED
UCM CALIBRATION
SW5-4
CONFIGURATION SWITCH CALIBRATION
NOTE:
LED OFF = SWITCH OFF
LED ON = SWITCH ON
DIP-switch calibration
1.
Set switch S5-4 to ON (switch calibration) and switch 5-2
to OFF.
2.
Cycle the processor power OFF, then ON.
Note:
To operate FlexPI using the switch settings, S5-4 must
be ON.
Setting the frequency response
Set switch S5-1 to OFF for the high band frequency response
OR set switch S5-1 to ON for the low band frequency
response. Use the high band to protect surfaces that conduct
vibrations well (e.g., steel, security cage/fencing, sheet metal,
etc.). Use the low band to protect surfaces that do not conduct
vibrations well (e.g., wood, drywall, cement, brick, stone, cinder
block, etc.).
Calibrating the gain
1.
Set switch S4-1 to ON, and all other S4 switches OFF
(Gain = 2). With no activity on the protected surface, the
PWR INPUT
ALARM
12 - 48 VDC
-
NC COM NO
+
+ VDC
- VDC
alarm NO
alarm COM
alarm NC
sonalert NO
sonalert COM
supervision NO
supervision COM
supervision NC
S4 GAIN/THRESHOLD
RESPONSE LEVEL
S5 MISC
bar LED graph
S3 CUT
3 4
1
2
3 4
8 SEC
DISABLED
8 SEC
1 IMPACT
16 SEC
2 IMPACTS
32 SEC
3 IMPACTS
64 SEC
4 IMPACTS
128 SEC
5 IMPACTS
6 IMPACTS
7 IMPACTS
3 4
8 IMPACTS
GAIN = 1
9 IMPACTS
10 IMPACTS
GAIN = 3
11 IMPACTS
GAIN = 4
12 IMPACTS
13 IMPACTS
14 IMPACTS
15 IMPACTS
= SWITCH OFF
= SWITCH ON
P/N 1077877 • REV 2 • ISS 19MAR19
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