
7
4.3 Test Loads
Use only equipment rated for 110 - 120 volt,
60 Hz AC operation that has a power
consumption of 500 watts or less. We
recommend that you start with a relatively
low power load, such as a 100 watt lamp,
to verify your test set-up before trying high
power loads.
4.4 Connections
Follow the connection sequence described
below:
STEP 1 - Ensure the ON/OFF switch on
the Portawattz 3000 is in the
OFF position. If the power
source is a DC power supply, switch it off as well.
STEP 2 - Connect the DC cables to the power input
terminals on the rear panel of the Portawattz 3000.
The Red terminal is positive (+) and the Black
terminal is negative (-). Tighten the wire
connections securely. (see figure 4).
STEP 3-
Connect the cable from the negative (Black)
terminal of the Portawattz 3000 to the negative
terminal of the power source (battery or power
supply). Make a secure connection.
Figure 4. Connections to the Portawattz 3000
CAUTION!
Loose connectors result in excessive voltage drop and may cause
overheated wires and melted insulation.
Table 2 - Wire size Chart
ALPHA Neoprene
Welding Cable
Wire Size
(AWG)
Overall Outside
Diameter
(inches/mm)
#6
0.35/8.89
#4
0.42/10.70
#2
0.48/12.19
#1
0.52/13.21
#1/0
0.58/14.77
#2/0
0.64/16.26
#3/0
0.70/17.78
#4/0
0.82/20.83
Summary of Contents for Portawattz 3000
Page 1: ...DC to AC POWER INVERTER OWNER S MANUAL...
Page 2: ......
Page 8: ...4 Figure 3 Front and Rear panel...
Page 35: ......