BPC PowerMaster Spécifications télécharger pdf (Page 32)

Accessories

Many accessories to be used alongside the existing BPC product portfolio

PowerStor Battery Monitor and Diagnostic System

Comprehensive Low-cost Monitoring for Critical Batteries.

In critical standby applications the battery can be a large integral

part of the system and can also be an unpredictable element of

the design. The fact that battery condition can be invisible and not

be determined from its appearance makes early diagnoses hard

especially if problems have been experienced in transit, storage,

installation, poor site conditions or mis-use causing the failure

of just one cell which can open-circuit a complete battery.

Features:

• Very efﬁcient and economical method of testing

• Predicts possible failures before catastrophic problems are

encountered

• Passive method of testing minimises battery stress

• Early diagnosis permits early treatment

• Enhances system reliability

• Reduces frequent site inspection and the need for manual

measurements

• Effectively extends the battery life expectancy

BPC have determined that a continuous monitoring system is

the most dependable way to monitor battery performance and

ensure future reliability. PowerStor Battery Monitor will scan all

the pertinent battery parameters such as overall terminal voltages,

individual voltages, temperature and internal resistance for

each cell/block using a unique Detecting Unit. All the Detecting

Units are checking the battery 300 times/sec and reporting back

to the Battery Monitor which analyses all the battery data.

PowerStor Battery Monitor screens the state-of-health of the

battery to within known parameters and can easily identify any

trouble spots with early warning reports being given by actual

print out / RS232 communication port / USB or SNMP.

PowerStor Battery Monitor works independently and intelligently

without the need for a computer. The method of testing is passive

and non-invasive without making intrusion to affect the batteries

which is both safe and minimises battery stress thus providing

a very efﬁcient, accurate and economical way of determining

battery performance, reliability and overall condition.

Detecting

Unit 004

Detecting

Unit 003

Detecting

Unit 002

Detecting

Unit 001

Last

Battery

Battery Temperature

Sensor

Battery

First

Battery

Input

Battery Monitor (rear)

Relay

Battery

RS232

Connect to Detecting Units

Battery Monitor with Detecting Unit

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BPC PowerMaster Spécifications Page 32

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