BroadAccess PSBC12 Series Installation Instructions Manual Download Page 1

 

P/N 760-0000331 Rev C 

December 2005 

Page 1 

000331c.doc 18-Dec-05 2:30 PM 

  

 

 

B r o a d A c c e s s  

I n s t a l l a t i o n   I n s t r u c t i o n s  

PSBC12XX Charger 

Description 

The PSBC12XX charger is a 

power supply unit 

installed in outdoor/indoor 

cabinets or standard 19” racks, which is used for charging batteries and powering 
equipment directly

Overcurrent and overvoltage protection is provided to prevent 

damage that might be caused by a faulty battery and/or external load. 

Temperature 

compensation is employed to enhance battery life. 

The PSBC12XX charger supports battery sets, which are charged as long as AC 
power is on. When AC power is off, the batteries supply current directly to the 
load.  

If alarm monitoring, event logs or detailed PSBC12XX charger parameters are 
required, the PSM1006 GUI software supplied with the PSBC12XX charger can 
be installed on a PC which connects to the PSBC12XX charger controller. For 
more information, refer to the 

BroadAccess PSBC 12XX-X Charger Management 

Software User Guide. 

Table 1. PSBC12XX Charger - Features 

Power 

Supply 

(

VDC)

 

Max No. of 

Rectifiers

Battery Sets 

Supported 

Input 

Voltage 

(VAC) 

Output 

Voltage 

(VDC) 

Current Output Per 

Rectifier Module 

48

 

2

 

85-275 

54 

12A at 230 Vac input

Compatibility 

The PSBC12XX charger is suitable for use with BroadAccess systems Ver 40 
Release 3.0 and higher, or cabinets adapted for this charger. 

Charger Controls and Indicators 

PSBC12XX charger front panel controls and indicators are shown in Figure 1 and 
described in Table 2. 

Table 2. Front Panel Components 

Designation 

Description

Function 

Mounting 
Brackets 

Enables mounting of chargers in cabinets and racks 

Rectifier 
Modules 

1 to 5 

rectifiers 

Convert AC power to DC power. The modules 

operate in 

parallel in “N+1” configuration.

 Each rectifier supplies 

12A/600W. The rectifiers are capable of load sharing. 

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