Minimum Standby Battery; Minimum Standby Ups Power - Bosch Conettix D6600 Installation And Operation Manual

Conettix D6600/D6100i | Installation and Operation Guide | 8.0 Power
Table 6: Calculating Standby Current for the D6600
Device
D6600 (one D6640/ D6641/D6645
Card)
Additional D6640/ D6641/D6645
Cards
Additional D6650/D6655 Cards
D6672 COM1 Adapter
The standby current required for the D6600 depends
on the number of optional cards installed in the
receiver. Use Table 6 to calculate the D6600 standby
current. The standby current required by the D6100i
is listed in Table 7.
Table 7: Standby Current for the D6100i
12 V Battery Standby
Current
330 mA
18 Ah batteries are required to meet
24-hour standby requirements.
8.3.1

Minimum Standby Battery

Table 8 shows the maximum standby current for
common rechargeable battery capacities at 4-hour,
8-hour, and 24-hour standby periods. If the standby
current is larger than the value listed, you must use
the next larger capacity battery.
Table 8: Minimum Standby Battery Chart
Rechargeable Maximum Standby Current (mA)
Battery
4 hr
Capacity
7 Ah 1400
8 Ah 1600
18 Ah 3600
Includes 20% battery de-rating storage factor
18 Ah batteries are required to meet
24-hour standby requirements.
12
Qty 12 V Battery Standby
Current
1 800 mA
210 mA x Qty (2 to 7)
300 mA x Qty (1 to 8)
10 mA (if installed)
Total Standby Current:
UPS AC Standby Current
250 mA
8 hr 24 hr
700 230
800 265
1800 600
UPS AC Standby Current
800 mA 350 mA
35 mA x Qty (2 to 7)
50 mA x Qty (1 to 8)
2 mA (if installed)
Total UPS Current:
8.3.2

Minimum Standby UPS Power

The minimum UPS power required (in watts) = Total
UPS current x 120 (voltage) x required hours of
standby + 20% (storage).
Bosch Security Systems, Inc. | 6/09 | 4998122704-06
350 mA