SPEAKON CONNECTOR FOR HIGH POWER LOADS:
The PSC Power Star Smart Traveler is equipped with one 4 pole SpeakOn connector. This
connector is used for the connection of high current loads such as Inverters. The maximum
rating on this output is 16 Amps. The polarity of this connector is conventional 4 pin SpeakOn.
The mating inline SpeakOn connector is Neutrik Part Number NL4FX or NL4FC. Please note that
these inline SpeakOn connectors have internal polarity markings for your convenience.
SpeakOn Connector used to supply heavy current devices
CHARGING:
Power Star Smart Traveler contains four (4) built in battery management/charger
circuits designed to charge the four (4) Smart batteries. The PSC Power Star LiFE will operate
from a wide range of AC power so you can plug it in anywhere in the world without having to
worry about making adjustments. The charger circuit used in the Power Star Smart Traveler has
been specifically designed for charging Smart Batteries while the batteries are in use powering
low noise audio equipment. Unlike most battery chargers, ours have a very low noise floor.
Typical recharge time ranges from 1 to 2 hours. The charging function is automatic and thus, it
does not require your assistance in any way. Simply plug the PSC Power Star Smart Traveler into
an AC outlet and the charging begins (if the batteries need charging). Beware that the Power
Star Smart Traveler may get warm during use. Be sure to allow ventilation air gaps around the
top panel and sides of the Power Star LiFE for proper heat dissipation.
PLEASE NOTE THAT THE POWER STAR SMART TRAVELER IS ONLY DESIGNED TO BE USED WITH
THE LARGE SIZE 98 AND 99 WATT HOUR SMART BATTERIES. IT IS NOT DESIGNED FOR USE WITH
THE HALF LENGTH LOWER WATT HOUR RATING BATTERIES.
EQUIPMENT POWER CABLES: PSC recommends that you use only two conductor, unshielded
16AWG power cable for power distribution.
Shielded cable is not recommended as the shield
may cause short circuits between adjacent pins on the connectors. Please keep all cables as short
as possible as this will minimize DC voltage drop across the cable.
