Bosch ICP-CC488 用户手册
ICP-CC488 | Installation Guide | 17.0
System Event Timers
EN | 77
Bosch Security Systems, Inc. | 12/08 | F01U089457-02
10 – Normally Low, One-Shot Open
This one-shot polarity is normally 0 V and switches
to open circuit when the event occurs. The output
switches back to 0 V when the time parameter
expires. This one-shot time setting always runs its full
duration and cannot be manually reset.
to open circuit when the event occurs. The output
switches back to 0 V when the time parameter
expires. This one-shot time setting always runs its full
duration and cannot be manually reset.
11 – Normally Low, One-Shot Open with
Reactivate
Reactivate
This one-shot polarity is normally 0 V and switches
to open circuit when the event occurs. Every time the
event occurs, it restarts the one-shot timer. The
output switches back to 0 V when the one-shot time
expires.
to open circuit when the event occurs. Every time the
event occurs, it restarts the one-shot timer. The
output switches back to 0 V when the one-shot time
expires.
12 – Normally Low, One-Shot Open with Reset
This one-shot polarity is normally 0 V and switches
to open circuit when the event occurs. Because the
output switches back to 0 V when the one-shot time
expires or when the event returns to normal, the one-
shot timer can be shortened regardless of the time
setting.
to open circuit when the event occurs. Because the
output switches back to 0 V when the one-shot time
expires or when the event returns to normal, the one-
shot timer can be shortened regardless of the time
setting.
13 – Normally Low, One-Shot Open with Alarm
This one-shot polarity is normally 0 V and switches
to open circuit when the event occurs. Because the
output switches back to 0 V when the one-shot time
expires, the event returns to normal, or the system is
disarmed, the one-shot timer can be shortened
regardless of the time setting.
to open circuit when the event occurs. Because the
output switches back to 0 V when the one-shot time
expires, the event returns to normal, or the system is
disarmed, the one-shot timer can be shortened
regardless of the time setting.
14 – Normally Low, Latching Open
This polarity is normally 0 V and switches to open
circuit when the event occurs. The output switches
back to 0 V when the user holds down [7] on the
remote codepad until two beeps sound. Time
parameters do not apply to this polarity.
circuit when the event occurs. The output switches
back to 0 V when the user holds down [7] on the
remote codepad until two beeps sound. Time
parameters do not apply to this polarity.
16.4 Output
Timing
The timing of outputs is calculated by the time base
and a multiplier. These two values play different
roles depending on the selected polarity. When you
program outputs to pulse, you can set both the On
and Off times. You can program one-shot polarities
to operate from 200 ms to 99 hours.
and a multiplier. These two values play different
roles depending on the selected polarity. When you
program outputs to pulse, you can set both the On
and Off times. You can program one-shot polarities
to operate from 200 ms to 99 hours.
The maximum value you can program in
the two multiplier locations is 9,9.
the two multiplier locations is 9,9.
Table 57: Time Base Settings
Option
Description
1 200
ms
2 1
sec
3 1
min
4 1
hour
You can only set the time base settings to one of the
values listed in Table 57 on page 77. The multiplier
value is a two-digit decimal number from 00 to 99.
For greater accuracy, use 60 sec for 1-min intervals
and 60 min for 1-hour intervals.
values listed in Table 57 on page 77. The multiplier
value is a two-digit decimal number from 00 to 99.
For greater accuracy, use 60 sec for 1-min intervals
and 60 min for 1-hour intervals.
16.5 Pulsing
Polarities
When programming pulsing polarities, you must set
both the On and Off times. The duration, or On
time, for an output is determined by time base
selected from one of the options in Table 57 on page
77. In other words, there are only four possible On
times.
both the On and Off times. The duration, or On
time, for an output is determined by time base
selected from one of the options in Table 57 on page
77. In other words, there are only four possible On
times.
The Off time is calculated by multiplying the On
time by a decimal number between 00 and 99. If you
want an output to operate for 200 ms every 5 sec,
program the time settings as:
time by a decimal number between 00 and 99. If you
want an output to operate for 200 ms every 5 sec,
program the time settings as:
On Time: 1
Off Time: 2 5
Off Time: 2 5
Table 58: Pulsing Time Settings
On Time
Off Time
Increments
Tolerance
200 ms
200 ms to
19.8 sec
19.8 sec
200 ms
±200 ms
1 sec
1 to 99 sec
1 sec
±1 sec
1 min
1 to 99 min
1 min
±1 min
1 hour
1 to 99 hr
1 hr
± hr
16.6 One-Shot
Polarities
The duration, or On time, of an output is determined
by the product of the time base and the multiplier.
by the product of the time base and the multiplier.
If you want an output to operate for 5 sec, program
the time settings as:
the time settings as:
Time Base: 2
Multiplier: 0 5
Multiplier: 0 5
The On time is calculated by multiplying the time
base setting (1 sec) by the multiplier value (05) (for
example, 1 x 05 – 5 sec).
base setting (1 sec) by the multiplier value (05) (for
example, 1 x 05 – 5 sec).
Table 59: One-Shot Time Settings
On Time
Increments
Tolerance
200 ms to 19.8 sec
200 ms
±200 ms
1 to 99 sec
1 sec
±1 sec
1 to 99 min
1 min
±1 min
1 to 99 hr
1 hr
± hour
17.0 System Event Timers
This section covers the features that involve timing,
such as Entry and Exit Times, Sensor Watch Time,
Siren Run Time, and System Date and Time.
such as Entry and Exit Times, Sensor Watch Time,
Siren Run Time, and System Date and Time.