Bosch Appliances Home Security System ICP-CC404 用户手册
ICP-CC404 | Installation Guide | 14.0 Zone Information
Bosch Security Systems, Inc. | 12/08 | F01U089401-02
57
For zone pulse count time, Options 0 to 7 have a
zone loop response time of 20 ms and Options 8 to
15 have a zone loop response time of 150 ms. Loop
response time is the length of time a zone must be
unsealed before it can register as a valid pulse.
zone loop response time of 20 ms and Options 8 to
15 have a zone loop response time of 150 ms. Loop
response time is the length of time a zone must be
unsealed before it can register as a valid pulse.
Inertia sensors should use Options 0 to 7 and PIR
detectors should use Options 8 to 15.
detectors should use Options 8 to 15.
24-Hour Zones can receive any
handover pulses from other zones. 24-
Hour Zones cannot hand over pulses to
other zones.
handover pulses from other zones. 24-
Hour Zones cannot hand over pulses to
other zones.
14.3.4 Zone Options 1
This location has four programming options. You can
select any combination of the options by
programming a single value. Calculate this value by
adding the option bit numbers together. Refer to
Section 2.3 Programming Option Bits on page 10 for
more information.
select any combination of the options by
programming a single value. Calculate this value by
adding the option bit numbers together. Refer to
Section 2.3 Programming Option Bits on page 10 for
more information.
1 – Lockout Siren and Lockout Dialer
Lockout refers to one activation per arming cycle
(that is, a zone programmed for Lockout can activate
the sirens or dialer only once).
(that is, a zone programmed for Lockout can activate
the sirens or dialer only once).
The next time the system is armed, the zone can
activate the sirens and dialer once more. Restore
signals are sent when the system is disarmed.
activate the sirens and dialer once more. Restore
signals are sent when the system is disarmed.
The ICP-CC404 Control Panel performs lockout
differently than other control panels because only the
first zone to activate an alarm is locked out. All other
zones that are activated during the same Siren Run
Time reset when the sirens reset. This prevents an
intruder from activating all zones and waiting for the
sirens to stop before re-entering the premises.
differently than other control panels because only the
first zone to activate an alarm is locked out. All other
zones that are activated during the same Siren Run
Time reset when the sirens reset. This prevents an
intruder from activating all zones and waiting for the
sirens to stop before re-entering the premises.
Example
All zones are programmed for both lockout siren and
dialer. Zone 1 is activated, followed by all other
zones, which activates the sirens and causes the dialer
to send a report to the base station receiver. Zone 1 is
the only zone that stops sending reports to the base
station receiver because the first activated zone is
locked out. The remaining zones continue to send
reports if they are activated again.
dialer. Zone 1 is activated, followed by all other
zones, which activates the sirens and causes the dialer
to send a report to the base station receiver. Zone 1 is
the only zone that stops sending reports to the base
station receiver because the first activated zone is
locked out. The remaining zones continue to send
reports if they are activated again.
Use Location 323 to set the number of times the siren
is allowed to activate before it is locked out (refer to
Section 14.4 Swinger Shutdown Count for Siren on
page 59). Use Location 324 to set the number of
times the dialer is activated before lockout takes effect
(refer to Section 14.5 Swinger Shutdown Count for Dialer
on page 59).
is allowed to activate before it is locked out (refer to
Section 14.4 Swinger Shutdown Count for Siren on
page 59). Use Location 324 to set the number of
times the dialer is activated before lockout takes effect
(refer to Section 14.5 Swinger Shutdown Count for Dialer
on page 59).
2 – Delay Alarm Reporting
Select this option to allow sending alarm reports on
selected zones to be delayed so a user can enter a
code to cancel alarms that are not yet required to
send a report. All sounding devices (horn speaker,
strobe, and bell outputs) operate as soon as the alarm
occurs, but the dialer does not operate until the delay
time programmed in Locations 406 and 407 expires
(refer to Section 17.6 Delay Alarm Reporting Time on
page 71).
selected zones to be delayed so a user can enter a
code to cancel alarms that are not yet required to
send a report. All sounding devices (horn speaker,
strobe, and bell outputs) operate as soon as the alarm
occurs, but the dialer does not operate until the delay
time programmed in Locations 406 and 407 expires
(refer to Section 17.6 Delay Alarm Reporting Time on
page 71).
4 – Silent Alarm
Select this option to program a zone as silent. A silent
zone does not activate the horn speaker, bell, strobe,
or EDMSAT outputs. The dialer and all other
programmable outputs function according to the
parameters programmed for the zone.
zone does not activate the horn speaker, bell, strobe,
or EDMSAT outputs. The dialer and all other
programmable outputs function according to the
parameters programmed for the zone.
8 – Sensor Watch
Sensor watch allows the control panel to recognize
when detection devices might have stopped working.
This feature monitors the operation of a zone over the
time period programmed in Locations 408 and 409
(refer to Section 17.7 Sensor Watch Time on page 71).
when detection devices might have stopped working.
This feature monitors the operation of a zone over the
time period programmed in Locations 408 and 409
(refer to Section 17.7 Sensor Watch Time on page 71).
This value specifies how many 24-hour periods a
zone can remain continuously sealed before it
registers as a Sensor Watch fault. The number of
hours required to fulfill these 24-hour periods is
calculated only when the system is disarmed. Every
time the system is armed in the AWAY Mode, STAY
Mode 1, or STAY Mode 2, the Sensor Watch Timer
pauses its count. The Sensor Watch Timer continues
its count the next time the system is disarmed.
zone can remain continuously sealed before it
registers as a Sensor Watch fault. The number of
hours required to fulfill these 24-hour periods is
calculated only when the system is disarmed. Every
time the system is armed in the AWAY Mode, STAY
Mode 1, or STAY Mode 2, the Sensor Watch Timer
pauses its count. The Sensor Watch Timer continues
its count the next time the system is disarmed.
Example
If the Sensor Watch Time is programmed for 2 days
and the premises is armed for 12 hours and disarmed
for 12 hours each day, it takes 4 days before a zone
can register a Sensor Watch fault.
and the premises is armed for 12 hours and disarmed
for 12 hours each day, it takes 4 days before a zone
can register a Sensor Watch fault.
14.3.5 Keyswitch Zone Options
This section lists the options avialable to Keyswitch
Zones. If you program a zone as a keyswitch input
(Zone Type 11), program the selected Keyswitch
Zone options in the location normally used for Zone
Options 1. Keyswitch Zones report as User Code 16.
Zones. If you program a zone as a keyswitch input
(Zone Type 11), program the selected Keyswitch
Zone options in the location normally used for Zone
Options 1. Keyswitch Zones report as User Code 16.
0 – Latching Arm and Disarm in AWAY Mode
The system is armed or disarmed from AWAY Mode
when using the latching keyswitch input.
when using the latching keyswitch input.
1 – Latching Arm in AWAY Mode
The system is armed in AWAY Mode when using the
latching keyswitch input. Disarming the system is not
permitted from the Keyswitch Zone.
latching keyswitch input. Disarming the system is not
permitted from the Keyswitch Zone.