User's Manual

Table Of Contents
SMR 700 800 HIGH POWER PS NFPA CLASS B SIGNAL BOOSTER
PRODUCT DESCRIPTION AND USER’S MANUAL
Cobham Wireless Coverage
Date: 23-Nov-16
www.cobham.com/wireless
Doc. No.00060CDUM Rev. 3.4 Page | 3
1.3 Architecture
To meet the National Fire Protection Association (NFPA) requirements, power to the Signal booster is
provided via an uninterrupted power source. This can either be a UPS or (if a UPS is not available), an AC
Feeder and Battery Charger (purchased separately).
The booster and its power source (UPS or Battery Charger), each provide dry-contact alarms towards the
Fire Department Control Box. (The Battery Charger alarms are described in the dedicated manual. In case of
UPS, refer to the manufacturer’s instructions).
The booster supports the following alarms:
Two dry-contact alarms
One external alarm from the Battery Charger or UPS
Alarm connections to the Fire Department Control Box are used to monitor the status of the uninterrupted
power source, Signal Booster and DAS system (antennas). The Alarm conditions are described in section
6.4
and section
3.4.3.3.
NOTE: As an alternative to the Fire Department Control Box connections, the booster and UPS or Charger
dry contact alarms can be connected to an Automatic Dialer. The AD-2000 Automatic Voice/Pager Dialer
System is recommended.
Fire Department
Control Box –
Wireless Modem
Charge Fail
Low Battery Capacity
Signal Booster fail
Fire Department
NOC
Service Antenna
(Option)
Dialer to Fire
Department*
PS NFPA
Signal Booster
Donor Antenna
Dry Contact alarms
Dry Contact alarms
**Faulty Service Antenna or DAS Alarm Box will be indicated as VSWR UL
ALARM and will be sent as Antenna Discontinuity OUT (dry-contact) alarm
Cobham Wireless
Battery Charger
or UPS
Antenna Malfunction
(VSWR UL** and
DL) and status
Antenna
Discontinuity
Detector
DAS Alarm
Box
Faulty Service Antenna*
AC Input Fail
EXT1
48VDC*
*Booster input voltage from Cobham Wireless Battery Charger = as
supplied by Battery Charger (54 VDC nominal)
Booster input voltage from UPS = 48VDC
Figure 1-2. SMR 700 800 PS NFPA Architecture