Replacement Parts - Schumacher PID-410 Manual Del Usuario

PROBLEM
Inverter Poor contact at terminals.
does not
turn on.
Fuse is blown.
10. SPECIFICATIONS
Maximum Continuous Power .................................................................... 410 Watts
Surge Capability (Peak Power) ................................................................. 820 Watts
No Load Current Draw ..................................................................................... <0.4A
Wave Form ............................................................................... Modified Sine Wave
Input Voltage Range .................................................................... 10.5V – 15.5V DC
Output Voltage Range .......................................................................120V ± 5% AC
Low Battery Alarm ............................................................... Audible, 11V ± 0.3V DC
Low Battery Shutdown ...................................................................10.5V ± 0.3V DC
High Battery Shutdown ..................................................................15.0V ± 0.5V DC
Optimum Efficiency ............................................................................................ 85%
AC Outlet ............................................................................. Two, NEMA 5 - 15 USA
USB Port ...........................................................................................One, 5V 2 Amp
Dimensions ................................................................................ 5" L x 4" W x 2.2" H
Weight ....................................................................................... approximately 2 lbs.

11. REPLACEMENT PARTS

12V Accessory Plug with Cables ...........................................................3899001511
Battery Cable with Clamps ................................................................... 3899001512
REASON
• 9 •
SOLUTION
Check for poor connection to battery or
power supply. Make sure connection
points are clean. Rock clamps back
and forth for a better connection.
A blown fuse is usually caused by
reverse polarity or a short circuit within
the inverter.
To replace, contact a qualified service
technician who will diagnose the
inverter and replace the fuse(s) with the
appropriate replacement(s).