Go Power GPSW-3000 User manual

Pure Sine Wave Inverter
GPSW-1000
GPSW-2000
GPSW-3000
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Owner’s Manual
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Table of Contents
1.0 Introduction
The Go Power! Sine Wave series models are used in a wide range of
applications including remote homes, RVs, sailboats, and powerboats. It will
operate most televisions and VCRs, personal computers, small appliances, and
tools such as drills, sanders, grinders, mixers and blenders. The inverter must
have a greater power rating than the load it provides power to. To get the most
out of the power inverter, it must be installed and used properly. Please read the
instructions in this manual before installing and using this model.
Introduction 2
Specifications 3
Name and Main Function 6
Installation 10
Operation 13
Operating Limits 17
Troubleshooting 18
Maintenance 19
Disclaimer of Liability and Warranty 19

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2.0 Specifications
2.1 GPSW-3000 W Inverter
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SPECIFICATIONS GPSW-3000 (12V) GPSW-3000 (24V)
Continuous Output Power 3000 W
Surge Rating 6000 W
Output Waveform Pure Sine Wave <3% THD
Output Voltage ± 5% 115 VAC RMS
Input Voltage 10.5 – 15 VDC 21.0-30.0
Efficiency 85-95%
No Load Current Draw / Powersave 2.0A / 0.55A 1.6A / 0.35A
Protection Overload, Short Circuit, Reverse Polarity (Fuse),
Over/Under Input Voltage, Over Temperature
Low Battery Alarm ± 2% 10.7 V 21.4 V
Low Battery Shut-Down ± 2% 10.3 V 20.6 V
Operating Temperature Range 0 - 40ºC / 32ºF - 104ºF
Storage Temperature Range -30ºC - 70ºC / -22ºF - 158ºF
Cooling Thermostatically Controlled Fan
AC Receptacle Dual GFCI
Remote Port Option Yes
Dimensions (L x W x H) in mm 452 x 208 x 6.5
Dimensions (L x W x H) in inches 17.8 x 8.2 x 6.5
Weight 9.8 kg / 22 lbs
Warranty 2 Years
Inverter Install Kits GP-DC-KIT5 GP-DC-KIT3
UPC 8-39085-00070-0 8-39085-00071-7

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2.2 GPSW-2000 W Inverter
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SPECIFICATIONS GPSW-2000 (12V) GPSW-2000 (24V)
Continuous Output Power 2000 W
Surge Rating 4000 W
Output Waveform Pure Sine Wave <3% THD
Output Voltage ± 5% 115 VAC RMS
Input Voltage 10.5 – 15 VDC 21.0-30.0
Efficiency 85-92%
No Load Current Draw / Powersave 2.8A / 0.6A 1.5A / 0.3A
Protection Overload, Short Circuit, Reverse Polarity (Fuse),
Over/Under Input Voltage, Over Temperature
Low Battery Alarm ± 2% 10.7 V 21.4 V
Low Battery Shut-Down ± 2% 10.3 V 20.6 V
Operating Temperature Range 0 - 40ºC / 32ºF - 104ºF
Storage Temperature Range -30ºC - 70ºC / -22ºF - 158ºF
Cooling Thermostatically Controlled Fan
AC Receptacle Dual GFCI
Remote Port Option Yes
Dimensions (L x W x H) in mm 422 x 208 x 166
Dimensions (L x W x H) in inches 16.6 x 8.2 x 6.5
Weight 9.5 kg / 21 lbs
Warranty 2 Years
Inverter Install Kits GP-DC-KIT4 GP-DC-KIT3
UPC 8-39085-00068-7 8-39085-00069-4

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2.3 GPSW-1000 W Inverter
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SPECIFICATIONS GPSW-1000 (12V) GPSW-1000 (24V)
Continuous Output Power 1000 W
Surge Rating 2000 W
Output Waveform Pure Sine Wave <3% THD
Output Voltage ± 5% 115 VAC RMS
Input Voltage 10.5 – 15 VDC 21.0-30.0
Efficiency 85-92%
No Load Current Draw / Powersave 1.4A / 0.25 A 0.75 A / 0.15 A
Protection Overload, Short Circuit, Reverse Polarity (Fuse),
Over/Under Input Voltage, Over Temperature
Low Battery Alarm ± 2% 10.7 V 21.4 V
Low Battery Shut-Down ± 2% 10.3 V 20.6 V
Operating Temperature Range 0 - 40ºC / 32ºF - 104ºF
Storage Temperature Range -30ºC - 70ºC / -22ºF - 158ºF
Cooling Thermostatically Controlled Fan
AC Receptacle Dual GFCI
Remote Port Option Yes
Dimensions (L x W x H) in mm 383 x 182 x 89
Dimensions (L x W x H) in inches 15.1 x 7.2 x 3.5
Weight 4.0 kg / 8.8 lbs
Warranty 2 Years
Inverter Install Kits GP-DC-KIT2
UPC 8-39085-00067-0 8-39085-00136-3

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3. Name and Main Function
3.1 Front view (GPSW3000 and GPSW2000)
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a. Ventilation Ports:
Do not obstruct, allow at least one inch for airflow.
b. ON / OFF switch:
Power ON/OFF switch, leave in the OFF position during installation.
Leave in REMOTE position when using optional remote.
c. Input Level:
Displays input voltage. Green indicates normal battery level, yellow
indicates mid to low battery level and red indicates under voltage.
d. Load Level:
Displays AC load watts. Green indicates normal operation; yellow
indicates mid to high operation and red indicates overload levels.
e. Status Level:
The LED display indicates the power status of the inverter; see section
0 5.0Operation for more information.
Solid Green: AC power OK
Flashing Green Power Saving Active
Fast Red Blink: Over voltage protection (OVP)
Slow Red Blink: Under voltage protection (UVP)
Intermittent Red Blink: Over temperature protection (OTP)
Solid Red: Overload protection (OLP)
a) Ventilation
b) On / Off switch
c) Input level
d) Load level
e) Status
f) Frequency h) Strain relief clamp g) Power save
i) AC outlets

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f. Frequency:
Typical North American setting is 60 Hz. Set dip switch S4 to “0” for 50
Hz and “1” for 60 Hz.
g. Power Save:
Puts inverter to sleep until a load is present.
h. Strain Relief Clamp:
Provides strain relief for Hard Wire AC Output option.
i. AC Outlet:
Ground Fault Protected (GFCI) Outlet sockets available: North America.
3.1.2 Rearview (GPSW3000 and GPSW2000)
Operation of the inverter without a proper ground connection
may result in an electrical safety hazard.
a. Ventilation port:
Do not obstruct, allow at least one inch for airflow.
b. Remote Port:
Allows the customer to use any 2 wire switch to turn the inverter ON
and OFF. Ex. Toggle switch or light switch.
c. Chassis Ground:

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Ground to vehicle chassis using # 8 AWG wire.
d. Battery terminals:
Connect to 12/24 V battery or other 12/24 V power source. [+] is
positive and [-] is negative. Reverse polarity connection will blow the
internal fuse and may damage inverter permanently.
3.2 GPSW-1000
3.2.1 Front View (GPSW-1000)
a. ON / OFF switch:
Power ON/OFF switch, leave in the OFF position during installation.
Leave in REMOTE position when using optional remote.
b. AC Outlet: Ground Fault Protected (GFCI)
Outlet sockets available: North America
c. Input Level:
Displays input voltage. Green indicates normal battery level, yellow
indicates mid to low battery level and red indicates under voltage.
d. Load Level:
Displays AC load watts. Green indicates normal operation; yellow
indicates mid to high operation and red indicates overload levels.
e. Status Level:
The LED display indicates the power status of the inverter; see
section 5.0 Operation for more information.

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Solid Green: AC power OK
Flashing Green Power Saving Active
Fast Red Blink: Over voltage protection (OVP)
Slow Red Blink: Under voltage protection (UVP)
Intermittent Red Blink: Over temperature protection (OTP)
Solid Red: Overload protection (OLP)
f. Ventilation Ports:
Do not obstruct, allow at least one inch for airflow
g. Frequency:
Typical North American setting is 60 Hz. Set dip switch S4 to “0” for
50Hz and “1” for 60 Hz
h. Power Save:
Puts inverter to sleep until a load is present
3.2.2 Rearview (GPSW-1000)
Operation of the inverter without a proper ground connection
may result in an electrical safety hazard.
a. Remote Port:
Allows the customer to use any 2 wire switch to turn the inverter ON
and OFF. Ex. Toggle switch or light switch.
b. Ventilation port:
Do not obstruct, allow at least one inch for airflow.

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c. Chassis Ground:
Ground to vehicle chassis using # 8 AWG wire.
d. Battery terminals:
Connect to 12/24 V battery or other 12/24 V power source. [+] is
positive and [-] is negative. Reverse polarity connection will blow the
internal fuse and may damage inverter permanently.
4.0 Installation
4.1 Where to install
The power inverter should be installed in a location that meets the following
requirements:
Do not connect this inverter and another AC source
(generator or utility power) to the AC wiring or AC loads at the
same time. Doing so will destroy the inverter and void the
warranty, regardless of the inverter’s on or off status. If you
are using more than one AC source for the AC wiring or AC
loads, it is highly recommended that you install an automatic
transfer switch (GP-TS), available from Go-Power.
Dry – Do not allow water to drip or splash on the inverter.
Cool – Ambient air temperature should be between 32 and 104 °F (0 and 40 °C)
(the cooler the better).
Ventilated – Allow at least two inches of clearance around the inverter for airflow.
Ensure the ventilation openings on the rear and bottom of the unit are not
obstructed.
Safe – Do not install the inverter in the same compartment as batteries, or in any
compartment capable of igniting flammable liquids such as gasoline.
Inverter should be located within 10 feet (3 m) of the batteries.
4.2 Hook-up and testing
A reverse polarity connection will blow a fuse in the inverter
and may permanently damage the inverter. Damage caused
by reverse polarity connection is not covered by warranty.
For hook-up, please follow these guidelines:
1. Unpack and inspect your Go Power! Inverter, then check to see that the
power switch is in the OFF position. Set up your power output according
to Section 10, Configuring your Sine Wave.
2. Insert DC inverter cables (not included) to the power input terminals on
the rear panel of the power inverter. The red terminal is positive (+) and

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black terminal is negative (-). Connect the cables into the terminals and
tighten the terminal screw to clamp the wires securely.
3. Connect the cable from the negative terminal of the inverter to the
negative terminal of the battery. Make a secure connection.
Loose connections result in excessive voltage drop and may
cause overheated wires and melted insulation.
4. Before proceeding further, carefully check that the cable you have just
connected connects from the negative terminal of inverter to the
negative terminal of the power source (battery).
You may observe a spark when you make this connection
since current may flow to charge capacitors in the power
inverter. Do not make this connection in the presence of
flammable fumes, as explosion or fire may result.
5. Install inverter fuse (not included) in positive lead. Fuse should be
located within 12” of battery. Ensure all connections are tight and
secure. (See Section 4.3)
6. Connect the cable from the positive terminal of inverter to the positive
terminal of the battery. Make a secure connection.
7. Set the power switch to the ON position. Check the indicators on the
front panel of the inverter. The Input Level LED should be green or
yellow, depending on the voltage of the power source. If it is not, check
your battery bank and the connections to the inverter.
8. Set the power inverter switch to the OFF position. The indicator lights
may blink and the internal alarm may sound momentarily. This is
normal. Plug the test load into the AC receptacle on the front panel of
the inverter. Leave the test load switch OFF.
(For the Hard Wire option, please see Section 4.3).
9. Set the power inverter switch to the ON position and turn the test load
on; the inverter should supply power to the load. If you plan to measure
the output voltage of the inverter, a true rms meter must be used for
accurate readings.
The GFCI outlet of the GPSW3000 is rated for 20 amps or
2200 W. For loads above 20 A or 2200 W please use the
Hard Wire option.

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4.3 Hard Wire (GPSW3000 and GPSW2000)
Ensure the inverter is turned off if connecting the Hard Wire
option.
The GPSW3000 and GPSW2000 AC output may be hard wired into the inverter.
Remove the four screws that surround the AC outlet and strain relief clamp to
reveal a two-connection terminal strip. Feed a user-supplied power cable through
the strain relief clamp, tighten the clamp, and make the connections.
The Black or HOT wire output is labeled “L” and the white or NEUTRAL wire
output is labeled “N”. The Green or GROUND wire connection is labeled “FG” or
with the standard ground symbol and is located to the right of the terminal strip.
The National Electrical Code recommends no less than #10 gauge wire for this
application. Seek professional assistance if you are unfamiliar with electrical
wiring.
4.4 Cables
Install the inverter fuse into the positive lead. Fuse should be
located within 12” of battery. Ensure all connections are tight
and secure.
GPSW1000-12V: Please use 10 ft or less of #4 Cable with a 110 Amp fuse.
GPSW1000-24V: Please use 10 ft or less of #8 Cable with a 70 Amp fuse.
A GP-DC Kit 2 suitable for both 12 and 24 V applications is available from Go
Power Inc.
GPSW2000-12V: Please use 10 ft or less of 2/0 Cable with a 300 Amp fuse.
GPSW2000-24V: Please use 10 ft or less of #2 Cable with a 200 Amp fuse.
A GP-DC Kit 4 suitable for 12 V and a GP-DC Kit 3 suitable for 24 V applications
is available from Go Power Inc.
GPSW3000-12V: Please use 10 ft or less of 4/0 Cable with a 400 Amp fuse.
GPSW3000-24V: Please use 10 ft or less of #2 Cable with a 200 Amp fuse.
A GP-DC Kit 5 suitable for 12 V and a GP-DC Kit 3 suitable for 24 V applications
is available from Go Power!TM
4.5 Grounding
The inverter has a chassis ground lug on the rear panel allowing you to connect
the chassis of the inverter to ground. The ground terminals in the AC outlets on
the front panel of the inverter are internally connected to the chassis ground. If

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available, the chassis ground lug should be connected to a grounding point,
which will vary depending on where the inverter is installed. In a vehicle, connect
the chassis ground to the chassis of the vehicle. In a boat, connect the chassis
ground lug to the boat's grounding system. In a fixed location, connect the
chassis ground lug to an earth ground.
The neutral (common) conductor of the inverter AC output circuit is connected
(bonded) to the chassis ground inside the inverter. Therefore, when the chassis
is connected to a ground, the neutral conductor is also grounded. These
grounding connections conform to national electrical code requirements which
state that separately derived AC sources (such as inverters and generators) have
their neutral tied (bonded) to ground in the same way that the neutral conductor
from the utility line is tied (bonded) to ground in the AC breaker panel of a
non-mobile dwelling.
Important:
As per the national electrical code, electrical panels in mobile applications must
not have a bonded neutral. If the inverter is supplying power to equipment or a
panel where the neutral and ground are connected (bonded), a ground loop will
occur. If a ground loop occurs on inverters with GFCI outlets, the GFCI outlet will
trip and output power from the inverter will be cut off. If your GFCI repeatedly
needs to be reset, this indicates a ground loop somewhere in your system. In this
case, please have a qualified service technician inspect your electrical system or
equipment.
The negative DC input of the inverter is connected to the
chassis. Do not install the inverter in a positive ground DC
system. A positive ground DC system has the positive
terminal of the battery connected to the chassis of the vehicle
or to the grounding point.
5.0 Operation
To operate the power inverter, turn it on using the ON/OFF switch on the front
panel. The power inverter is now ready to deliver AC power to your loads. If you
are operating several loads from the power inverter, turn them on separately after
the inverter has been turned on. This will ensure that the power inverter does not
have to deliver the starting currents for all the loads at once.
5.1 Operating On/Off Switch
The ON/OFF switch turns the control circuit in the power inverter ON and OFF. It
does not disconnect power from the power inverter. When the switch is in the
OFF position, the power inverter draws no current from the battery. When the
switch is in the ON position but with no load, the power inverter draws less than
14.4 W (GPSW1000, GPSW2000 and GPSW3000) from the battery. When in
Power Save mode the GPSW1000, GPSW2000 and GPSW3000 will draw

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approximately 3.0 W from the battery.
5.2 Input Level (battery voltage) indicator
The GPSW600, GPSW1000, GPSW2000 and GPSW3000 Input Level LED
changes colour from green to yellow to red as battery voltage decreases from a
resting voltage of 12.7 V - 10.5 V (12 V) or 25.4 V – 21V (24 V). The Input Level
LED changes colour from green to yellow to red as battery voltage increases
from a resting voltage of 12.7V – 15.0 V (12 V) or 25.4 V – 30.0 V (24 V).
5.3 Load Level Indicator
The Load Level LED Indicator changes color from green to yellow to red as the
load is increased. The Load Level LED Indicator will be red at peak wattage or
peak load.
The Load Level LED Indicator should be green or yellow for long-term operation.
Short-term operation is possible with the load indicator in the red area. If the load
rises to dangerous levels, the inverter will protect itself and shut down.
5.5 Status Indicator (GPSW1000, GPSW2000 and GPSW3000)
The status LED indicator will display the operating condition of the inverter. A
solid green LED is normal. A flashing green LED indicates the inverter is in
power save mode (see Power Saving). A red LED, flashing or otherwise,
indicates a fault; see
Table 1: Inverter power states
State LED Description
Over voltage
protection Red LED blinking fast Over voltage protection indicates that the inverter has shut itself down
because its input voltage is over:
12 V: 15.0 ~ 16.0 V DC
24 V: 30.0 ~ 32.0 V DC
Under voltage
protection Red LED blinking slowly Under voltage protection indicates that the inverter has shut itself down
because its input voltage is lower
than:
12 V: 10.0 ~ 10.5 V DC
24 V: 20.0 ~ 21.0 V DC

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Over temperature
protection Red LED blinking intermittently Over temperature protection indicates that the inverter has shut
itself down because it has become
overheated.
The inverter may overheat if it has
been operated at power levels above
its rating or if it has been installed in
a location which does not allow it to
properly dissipate heat. The inverter
automatically restarts once it has
cooled down.
Overload
protection Red LED solid Overload protection indicates that the inverter has shut itself down
because its output circuit has been
short circuited or drastically
overloaded.
Switch the ON / OFF switch to OFF,
correct the fault condition, and then
switch the ON / OFF switch back to
ON.
5.6 Power Saving Mode (GPSW1000, GPSW2000, and
GPSW3000)
These Inverters include a power saving mode. When power saving is enabled
and there is no load present, the inverter will draw approximately three watts of
power.
The LED will be solid green if a load is present, and flashing green once every
second if there is no load present. If the inverter has just been powered up and
power saving is enabled, the LED will remain solid green for approximately 10
seconds and then start to flash if there is no load present. Power saving is
enabled and adjusted through dip switches S1, S2, and S3 on the front of the
inverter.
Table 2: Dip Switches
SW1000 SW2000 and
SW3000 Dip Switch
S1 S2 S3
Disable Disable OFF OFF OFF
20 W 40 W ON OFF OFF
40 W 80 W OFF ON OFF
55 W 125 W ON ON OFF
75 W 170 W OFF OFF ON

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95 W 210 W ON OFF ON
115 W 245 W OFF ON ON
135 W 280 W ON ON ON
To disable power saving, leave dip switches S1, S2 and S3 in the OFF or 0
position.
5.7 What is Power Saving? (GPSW1000, GPSW2000 and
GPSW3000)
Power saving mode enables the inverter to be “on” and waiting for a load, yet
draw very little power. When power saving is enabled and the inverter senses a
load, it may take one second for the load to become active. This one-second wait
will be fine for loads that draw continually, such as televisions and stereos.
However, it may not be suitable for loads that are intermittent such as bread
makers, power tools or blenders. Power saving will continually draw a small
amount of power from the batteries, so if the inverter will not be in use for longer
than a day, it is advisable to turn the inverter off using the on/off switch located
on the front of the inverter or remote
5.8 Remote
The GPSW1000, GPSW2000 and GPSW3000 are available with an optional
remote (GPSWR-B). The remote will turn the inverter on and off and indicate
normal operation or any faults that have caused the inverter to shut down. The
remote will show battery voltage and power consumption.
The remote will show if the battery voltage is too high and will sound an alarm if
the battery voltage falls too low (Under Voltage). The remote will also sound an
alarm if the output power is above the inverter specifications (Overload). The
Under Voltage and Overload alarm consists of five single beeps every eight
seconds.

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6.0 Operating limits
6.1 Power output
Some induction motors used in refrigerators, freezers, pumps, and other motor-
operated equipment require very high surge currents to start. The inverter may
not be able to start some of these motors even though their rated current draw is
within the power rating of inverter. Televisions and computer monitors may surge
up to four times their rated power on startup, which may result in the inverter
showing an overload fault.
6.2 Input voltage
The inverter operates at the following input voltage ranges:
12 V: 10.5 to 15.0 V
24 V: 21.0 to 30.0 V
The inverter shuts down if the input voltage drops below:
12 V: 10.5 V
24 V: 21.0 V
This protects your battery from being over discharged.
The inverter also shuts down if the input voltage exceeds:
12 V: 15.0 V
24 V: 30.0 V
This protects the inverter against excessive input voltage. Although the inverter
incorporates protection against over voltage, it may still be damaged if the input
voltage is allowed to exceed:
12 V: 20.0 V
24 V: 35.0 V

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7.0 Troubleshooting
7.1 Common problems
Television interference: Operation of the power inverter can interfere with
television reception on some channels. If this situation occurs, the following steps
may help to alleviate the problem:
Make sure that the chassis ground lug on the back of the power inverter is
solidly connected to the ground system of your vehicle, boat or home.
Do not operate high power loads with the power inverter while watching
television.
Make sure that the antenna feeding your television provides an adequate
"snow free) signal and that you are using good quality cable between the
antenna and the TV.
Move the television as far away from the power inverter as possible.
Keep the cables between the battery and the power inverter as short as
possible and twist them together with about two to three twists per foot. This
minimizes radiated interference from the cables.
7.2 Troubleshooting Guide
Problem and
Symptoms Possible Cause Solution
No output voltage,
no voltage
indication.
Inverter
switched off.
No power to
inverter
Turn inverter ON. Check wiring to inverter.
Internal fuse
open Have qualified service technician check and replace.
Reverse DC
polarity Have qualified service technician check and replace fuse, OBSERVE CORRECT
POLARITY.
No output voltage,
Over Voltage
indicator on
High input
voltage Make sure that inverter is connected to 12 V or 24 V battery. Check regulation of
charging system.
Low battery alarm
on all the time. Poor DC wiring, poor
battery
condition.
Use proper cable and make solid
connections. Use new battery. Reduce load.
No output voltage
and Under Voltage
indicator on
Low input
voltage Recharge battery, check connections and cable.
No output voltage,
Over Temp Thermal Allow inverter to cool off. Reduce load if

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indicator on, load
in excess of:
3000 W : 250 A
(12V) or 125 A (24
V); 2000 W: 170A
(12V) or 85A
(24V);
1000 W: 90 A
(12V) or 45 A (24
V);
shutdown continuous operation required.
No output voltage,
Over Temp
indicator on, load
less than:
3000 W : 250 A
(12V) or 125 A (24
V); 2000 W: 170 A
(12V) or 85 A
(24V);
1000 W: 90 A (12
V) or 45 A (24 V);
Thermal
shutdown Improve ventilation, make sure ventilation openings in inverter are not obstructed,
reduce ambient temperature.
No output voltage,
Over Load
indicator on.
Short circuit
or wiring
error.
Check AC wiring for short circuit or improper
polarity (hot and neutral reversed).
Very high
power load Remove or reduce load
8.0 Maintenance
Very little maintenance is required to keep your inverter operating properly. You
should clean the exterior of the unit periodically with a damp cloth to prevent
accumulation of dust and dirt. At the same time, tighten the screws on the DC
input terminals.
9.0 Disclaimer of Liability & Warranty
Go Power!TM provides the following limited 2 year warranty (“Warranty”) coverage
as applicable to the purchaser (“Purchaser”) of the Go Power!TM branded product
(“Product”) directly from Go Power!TM The following constitutes the terms and
conditions of that limited warranty.
9.1.1 What the Go Power! Warranty Covers and for How Long
Subject to the exclusions and claim procedure set out below, Go Power!TM
warrants for a period of 2 years from the date of purchase at the point-of-sale to
the original end-user customer (“Sale Date”), that the Go Power!TM Product

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provides coverage as follows:
For the period ending 2 years from the Sale Date, Go Power!TM will, at Go
Power!TM’s discretion, repair or replace the Product which fails to meet the
Product Specifications due to a defect in materials or workmanship or apply
credit towards the purchase of new Go Power!TM Product.
To exercise this right, the Purchaser shall ship, at its own expense, and return
the Product to Go Power! according to the return instructions detailed below, and
Go Power!TM will, repair or replace the Product and return it to the Purchaser free
of charge, or offer credit towards the purchase of new Product.
Go Power!TM shall be entitled, at its discretion, to use new and/or reconditioned
parts in performing warranty repair or providing a replacement Product. Go
Power!TM also reserves the right to use parts or Product of original or improved
design in any repair or replacement. All replaced Product and/or any parts
removed from repaired Products become the property of Go Power!TM
If Go Power!TM chooses to repair or replace a Product, the above warranty will
continue to apply and remain in effect for the balance of the warranty period
calculated from the Sale Date (and not the repair or replacement date).
If Go Power!TM chooses to offer a credit towards the purchase of new Product,
then the warranty in effect and applicable to the new Product shall apply to the
new Product.
9.1.2 What the Go Power! Warranty Does Not Cover
Go Power!TM’s Warranty does not provide coverage for the following which are
expressly excluded from the above warranty:
Failure due to normal wear and tear of the Product.
Failure caused by separate computer software supplied with or
associated with a Go Power!TM Product.
Failure due to fire, water, neglect, improper installation, generalized
corrosion, biological infestations, or input voltages that create operating
conditions beyond the maximum or minimum listed in the Go Power!TM
specifications including lightning strikes.
Products which have been altered other than by Go Power!TM or
authorized by Go Power!TM
Products that have their original identification (trademark, serial number)
markings defaced altered or removed.
Products utilized as a component part of a product expressly warranted
by another manufacturer.
Operation or storage of the Product outside the specification ranges,
and/or alteration or deployment of Go Power!TM Products other than in