Go Power GP-PWM-30-SQ Owner'S Manual Download Page 4

GP-PWM-30-SQ

4

3.0 Choosing a Location

The GP-PWM-30-SQ is designed to be mounted against a wall, out of the way but easily visible.

The GP-PWM-30-SQ should be:

Mounted as close to the battery as possible

Mounted on a vertical surface to optimize cooling of the unit

Indoors, protected from the weather

Solar should connect directly to the controller. Positive and negative battery connections must

connect directly from the controller to the batteries. Use of a positive or negative distribution bus

is allowed between the controller and battery as long as it is properly sized, electrically safe and

an adequate wire size is maintained.

Note:

In a RV, the most common controller location is

above the refrigerator. The wire from the solar array most commonly enters the RV through the

fridge vent on the roof.

4.0 Installation Instructions

1. Select wire type and gauge.

If this GP-PWM-30-SQ was purchased as part of a Go

Power! Solar Power Kit, appropriate wire type, gauge and length is provided. Please

continue to

Section 5

, “Operating Instructions.” If the GP-PWM-30-SQ was purchased

separately, follow the instructions included here. Wire type is recommended to be a

stranded aluminum UV resistant wire. Wire fatigue and the likelihood of a loose

connection are greatly reduced in stranded wire compared to solid wire. Wire gauge

should be able to sustain rated current as well as minimizing voltage drop.

Suggested Min. Wire Gauge

(Cable 25 ft. max. from solar array to battery bank)

80 Watt

#12 Wire Gauge

240 Watt#10 Wire Gauge

For other applications, please

refer to standard wire guide.

100 Watt

#10 Wire Gauge

170 Watt

#10 Wire Gauge

Identify the polarity (pos. and neg.) on the cable used for the battery and solar

module. Use colored wires or mark the wire ends with tags. Although the GP-PWM-

30-SQis protected, a reverse polarity contact may damage the unit
2. Wiring the GP-PWM-30-SQ.

Wire the GP-PWM-30-SQ according to the wiring

schematic in

Section 9

. Run wires from the solar array and the batteries to the location

of the GP-PWM-30-SQ Keep the solar array covered with an opaque material until all

wiring is completed. Torque all terminal screws to 16-inch pounds (1.8N.m). Connect

the battery wiring to the controller first and then connect the battery wiring to the battery.

Use appropriate circuit protection on any conductor attached to a battery.

With battery power attached, the controller should power up and display information. Connect

the solar wiring to the controller and remove the opaque material from the solar array. The

negative solar array and battery wiring must be connected directly to the controller for proper

operation. Do not connect the negative solar array or negative battery controller wiring to the

chassis of the vehicle.

3. Mounting the GP-PWM-30-SQ.

Mount the GP-PWM-30-SQ to the wall using the

included two mounting screws. After 30 days of operation, re-torque all terminal screws

to ensure the wires are properly secured to the controller. Congratulations, your GP-

PWM-30-SQ should now be operational. If the battery power is low and the solar array

is producing power, your battery should begin to charge.

You must set the battery type on the GP-PWM-30-SQ before you begin to use the

controller. See section 5.2

Summary of Contents for GP-PWM-30-SQ

Page 1: ...verview 2 2 0 Warnings 3 3 0 Choosing a Location 4 4 0 Installation Instructions 4 5 0 Operating Instructions 5 6 0 Frequently Asked Questions FAQs 7 7 0 Troubleshooting 7 8 0 General Warranty 8 9 0 W...

Page 2: ...anel to battery 2 CHARGING CHARACTERISTICS Minimum battery start charging voltage VDC Soft start charging voltage Soft start charging current 50 PWM duty Bulk charge voltage Absorption charging voltag...

Page 3: ...um Power Current Imp of the solar PV strings in parallel The resulting system Imp current is not to exceed 30A The voltage of the array is the rated open circuit voltage Voc of the PV array and is not...

Page 4: ...uge For other applications please refer to standard wire guide 100 Watt 10 Wire Gauge 170 Watt 10 Wire Gauge Identify the polarity pos and neg on the cable used for the battery and solar module Use co...

Page 5: ...for details on each profile Self test starts digital meter segments test Software version test Rated voltage Current test After going into charging process the LCD displays the charging states as bel...

Page 6: ...matically run this stage to bring the internal cells as an equal state and fully complement the loss of capacity LTO Gel Life P04 and AGM battery do not run Equalization charge Float Charge Battery is...

Page 7: ...wire gauge or both How to tell 1 Check the voltage at the controller battery terminals with a voltmeter and compare with the voltage reading at the battery terminals If there is a voltage discrepancy...

Page 8: ...uld have an open circuit voltage between 17 and 22 volts If you have more than one solar module you will need to conduct this test between the positive and negative terminals of each module junction b...

Page 9: ...rcuits 30A fuse for the GP PWM 30 SQ as close to the battery panel as possible The Solar Controller has 4 terminals which are clearly marked Solar and Battery There is a 12V and earth GND terminal for...

Page 10: ...2013 GO POWER GP_MAN_GP PWM 30 SQ_RevH gpelectric com...

Page 11: ...11 TOP BOTTOM...

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