Best Battery Diode Systems

Best Battery
Diode Systems
FAST Technologies Best Battery Diodes for Electrical Switchgear and Engine
Starting have been developed in partnership with industry leaders. Designed
to deliver power from two different batteries to one or two loads.
Two FAST BBD models are available offering 1800 amp and
4900 amp inrush current ratings, suitable for a wide range
of loads such as Engine Cranking, Switchgear Tripping
and Communications and suitable for Voltages from 12 to
150VDC nominal.
Ò T
he FAST BBD 1800 is suitable for inrush currents
such as Engine Cranking, Switchgear Tripping and
Communications of 1800Amps for 30Sec and a
constant current of 80Amps
ÒThe FAST BBD 3000 is suitable for inrush currents such as Engine Cranking of 3000Amps for 30Sec and a constant current of 83Amps.
FAST Technologies Best Battery Diode for Electrical Switchgear
and Engine Starting have been developed in partnership with
Ò T
he FAST BBD 4900 is suitable for inrush currents
such as Engine Cranking of 4900Amps for 30Sec and a
constant current of 85Amps.
industry leaders. Designed to deliver power from two different
batteries to one or multiple loads.
If one battery has failed, or has a lower SOC, power will
automatically flow to the starters or loads from the other
“Best” battery.
Simplified Connection Diagram –
Two Batteries and One Load
Charger
A
+
Charger
B
+
-
FAST Technologies BBDS use the Solid-State technology in
high power diodes mounted on large heat sinks to reduce any
maintenance, as no forced is required.
The FAST Technologies BBDS can be installed with ease, and
Battery
A
+
FAST BBD
Battery
B
+
they will operate without the need for human intervention.
As standard - FAST BBD’s include thermostatic over
temperature switches, incorporated into the heat sinks to
allow remote monitoring and indication of the heat sinks
reaching 50DegC and 110DegC.
-
+
Starter
Motors x 2
Skeoge Ind. Estate,
Co.Londonderry,
T +44 (0)28 7135 7740
Beraghmore Road, Derry,
N.Ireland, BT48 8SE
F +44 (0)28 7135 7744
E [email protected]