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Troubleshooting, Appendix 1 load calculations – ProMariner Combi Inverter Charger User Manual

Page 17

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I n s t a l l a t i o n G u i d e l i n e s

30

29

Troubleshooting

I n s t a l l a t i o n G u i d e l i n e s

Shore Power On

Inverter on

Fast charge

Float charge

Over temp trip

Overload trip

Power saver on

Battery charger

Inverter

Alarm

Item

LED Status Center Indication

LED on Remote

Buzzer

Alarm
Mode

Battery
Low

BEEP 0.5 SEC
FOR 5 SEC.

Battery
High

BEEP 0.5 SEC
FOR 1 SEC.

Overload
on Invert
Mode

BEEP 0.5 SEC
FOR 1 SEC.

BEEP 0.5 SEC
FOR 1 SEC.

Over
Temp
on Invert
Mode

BEEP 0.5 SEC
FOR 1 SEC.

Over
Temp
with AC
Pass
Through

Over
Charge

BEEP 0.5 SEC
FOR 1 SEC.

Fault
Mode

Fan Lock

BEEP
CONTINUOUS

Battery
High

BEEP
CONTINUOUS

Overload
on Invert
Mode

BEEP
CONTINUOUS

Over
Temp

BEEP
CONTINUOUS

Over
Charge

BEEP
CONTINUOUS

Back
Feed

BEEP
CONTINUOUS

Appendix 1 Load Calculations

In order to calculate the kVA necessary for your application, use the following formula
from ABYC E-11:

kVA = Maximum Total Leg Amps. X System Voltage

1000

The Maximum Total Leg Amps can be calculated using the following worksheet from
ABYC E-11:

11.8.2.2.1.1

Lighting Fixtures and Receptacles - Length times width of living space

(excludes spaces exclusively for machinery and open deck areas) times 2 watts per
square foot (20 watts per square meter).

Formula:

Length (feet) x width (feet) x 2 = ________ lighting watts, or

Length (meters) x width (meters) x 20 = _________ lighting watts.

11.8.2.2.1.2

Small Appliances - Galley and Dinette Areas - Number of circuits times

1,500 watts for each 20 ampere appliance circuits.

Formula:

Number of circuits x 1,500 = _________ small appliance watts.

11.8.2.2.1.3

Total Load

Formula:

Lighting watts plus small appliance watts = _________ total watts.

11.8.2.2.1.4

Load Factor

Formula:

First 2,000 total watts at 100% = _________.

Remaining total watts x 35% = _________.

Total watts divided by system voltage = _________amperes.

11.8.2.2.2

If a shore power system is to operate on 240 volts, split and balance loads

into Leg A and Leg B. If a shore power system is to operate on 120 volts, use Leg A only.

11.8.2.2.3

Add nameplate amperes for motor and heater loads:

INDICATOR AND ALARM MODE SETTING

- Indicates NO LED Illuminated

- Indicates LED Illuminated