Visonic Inc. DISCOVERYQDMCW ユーザーズマニュアル
DE3633
3
Figure 7. Wall and Ceiling Positions of Bracket
6th.Mark the points for drilling through the two mounting holes of
the bracket. Attach the bracket to the mounting surface.
G. Tilt down or swivel the detector to face the desired direction.
Figure 8 shows the tilt/swivel possibilities.
Figure 8. Tilt/Swivel Limits
3.6 Setting the Motion Event Counter
The location of the motion event jumper is shown in Figure 4.
Refer to Figure 9 below and mount the jumper as desired.
Refer to Figure 9 below and mount the jumper as desired.
Figure 9. Motion Event Counter Setting Options
3.7 Setting the LED Control Jumper
ON Position: Setting the jumper as shown enables
the LED. Remember that the detector disables
itself for 2-minutes after detection!
the LED. Remember that the detector disables
itself for 2-minutes after detection!
OFF Position: Setting the jumper as shown
disables the LED.
disables the LED.
Note: At power up or reset, the LED flashes for 30 seconds
regardless of the jumper position and then enters walk-test mode.
After 15 minutes the detector enters normal mode in which the
LED functions according to the LED control jumper position.
After 15 minutes the detector enters normal mode in which the
LED functions according to the LED control jumper position.
3.8 Vertical Adjustment
Refer to Figure 10. Loosen the vertical adjustment screw and slide
the printed circuit board up or down to obtain the desired
coverage. When done, tighten the screw well.
the printed circuit board up or down to obtain the desired
coverage. When done, tighten the screw well.
Figure 10. Vertical Adjustment
3.9 Walk Testing
Upon battery insertion or closing of the cover (which results in
closing of the tamper switch) the detector goes into walk-test
mode and automatically exits the mode after 15 minutes.
1st. Set the motion event counter as required (see Paragraph
closing of the tamper switch) the detector goes into walk-test
mode and automatically exits the mode after 15 minutes.
1st. Set the motion event counter as required (see Paragraph
3.6).
2nd. Adjust the vertical angle as desired (see Paragraph 3.8).
3rd. Remount the cover and fasten the case closure screw. This
3rd. Remount the cover and fasten the case closure screw. This
results in the resetting of the detector and the start of walk-
test mode.
test mode.
4th. Wait until the LED stops flashing (about 30 seconds).
5th. Walk-test the entire protected area by walking slowly across
5th. Walk-test the entire protected area by walking slowly across
the detector's field of view, observing the LED. Pause for 5
seconds after each detection to allow the detector to complete
its 3-transmission sequence (see Appendix A); the LED will
light for about 3 seconds.
seconds after each detection to allow the detector to complete
its 3-transmission sequence (see Appendix A); the LED will
light for about 3 seconds.
6th. When the walk-test is completed (after 15 minutes), the
detector's setting automatically changes according to the LED
control jumper setting.
control jumper setting.
Notes:
1. The OFF setting is recommended to prevent unauthorized
people from tracing the detector’s coverage pattern.
people from tracing the detector’s coverage pattern.
2. If the LED is disabled, you may use the control panel’s
visual and audible indicators to verify proper function of the
detector.
visual and audible indicators to verify proper function of the
detector.
Attention! To assure proper function of the detector, the
range and coverage area should be checked at least twice a
year. Furthermore, the user should be instructed to perform
a walk test at the far end of the coverage pattern to assure
an alarm signal prior to each time the alarm system is armed.
range and coverage area should be checked at least twice a
year. Furthermore, the user should be instructed to perform
a walk test at the far end of the coverage pattern to assure
an alarm signal prior to each time the alarm system is armed.
4. MISCELLANEOUS
COMMENTS
COMMENTS
4.1 Product Limitations
Visonic Ltd. wireless systems are very reliable and are tested to
high standards. However, due to their low transmitting power and
limited range (required by FCC and other regulatory authorities),
there are some limitations to be considered:
A. Receivers may be blocked by radio signals on or near their
high standards. However, due to their low transmitting power and
limited range (required by FCC and other regulatory authorities),
there are some limitations to be considered:
A. Receivers may be blocked by radio signals on or near their
operating frequencies, regardless of the code selected.
B. A receiver can only respond to one transmitted signal at a
time.
C. Wireless equipment should be tested regularly to determine
whether there are sources of interference and to protect
against faults.
against faults.
4.2 Frequency Allocations for
Wireless Devices in European (EU)
Countries
•
433.92 MHz has no restriction in any EU member state.
•
315 MHz is not allowed in any EU member state.