Power
System Accessories
to
compliment your solar or wind power project
Extend the life of your
battery significantly.
This patended IES Sweeping Pulse Technology incorporated within Desulfator
Battery Revitalizing Systems is the best solution for the elimination of
lead sulfate deposits with no harmful effects to the battery. The charging
frequency from these units will shift from 10 to 100 kilohertz. This sweeping
action is required to break down all of the various bonding states, solving
your sulfation problems. Model DS-500 for battery capacities to 350 amp-hours.
Model DS-1000 for capacities over 350 amp-hours. This is a highly recommended
device that will significantly extend the life of your battery.
The
ultimate design tool for effective power
System design and monitoring. We are redefining how the personal energy
industry approaches system design, monitoring and troubleshooting with
the Power Tracer™!! This data logger measures, calculates and records a
variety of electrical characteristics, then downloads data directly to
a PC, allowing tabular and graphical comparisons of data.
The
Trace Meter 500
Battery Monitoring System. The Trace Meter 500 Meter provides accurate
and vital information to insure maximum battery life and optimum system
performance.
The
SWCA serial communications interface
This adapter allows for remote set-up, adjustment, troubleshooting
and monitoring of SW series inverters from a personal computer.
Battery
Temperature Sensor
This handy little device mounts on your battery and measures its temperature.
It sends information to the inverter/charger, which automatically adjusts
charging voltage to ensure full battery charge regardless of the ambient
temperature of your battery installation. It is standard equipment on all
SW Series inverters and optional on all other models. It may also be used
with our C12, C40 charge controllers. For use with M, DR, UX, TS, Mariner
Series, RV Series, Legend Series inverters and solar controllers only.
Ground
Fault Protection
UL Listed Ground Fault Protection (GFP) for Roof Mounted Residential
Photovoltaic Arrays. Finally, a simple approach to meeting the National
Electric Code (NEC) ground fault protection (GFP) requirements with the
familiar UL marking that inspectors trust and respect. When a ground fault
is detected, the GFP disconnects the PV sub-arrays and switches the grounding
system from a low impedance, negative-ground bonding to high impedance
bonding. This limits fault currents to a safe level, even when AC faults
occur on the DC side of the system. For example, fault current will be
held below 5 milliamps even for a 240 VAC fault across the DC side of the
system.
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