Samlexpower PST-60S-24A Bedienungsanleitung

PURE SINE WAVE

MODEL: PST-60S-24A

DC-AC INVERTERS

OWNERS MANUAL

Please read this manual before operating your inverter.

AC POWER SOURCE

INDEX

Page 2

Contents

General Safety & Installation ............................ 3

Warning ......................................................... 4

Description & Application .............................. 5-6

Installation .................................................. 7-8

Making Connections ........................................ 8

Operating the Inverter ..................................... 9

Protections against abnormal conditions ...........10

Troubleshooting Guide ............................... 11-12

Specifications................................................. 13

Limited Warranty............................................ 14

Warning! Exclamation mark ! indicates fundamental

safety measures to be observed when using

electrical equipment to avoid the danger of:

- electric shocks

- fire

- injury

General Safety and Installation Information

PLEASE READ THIS MANUAL BEFORE OPERATING

THIS INVERTER!

 Do not connect the output to other power sources!

 The inverter must only be used for the purpose specified by the manufacturer!

 When working on the inverter, always disconnect it from the mains!

 A failure of the protective device means that danger is still possible from parts which remain

under voltage during repair!

 Do not operate the inverter if housing or cables are damaged!

 Do not expose the inverter to direct sunlight in order to avoid additional heating!

 The inverter must be positioned and fixed in such a way that it cannot fall over or fall down!

 The inverter must be kept in a safe place out of the reach of children!

 The inverter must not be operated in a damp or wet environment!

 Air intake and outlets must not be blocked!

 Ensure good ventilation!

Do not operate without connecting to ground. Shock may result!

1.2 Cables:

•If cables have to be inserted through metal walls or other sharp-edged materials, use a cable

duct or cable bushing!

 Do not lay cables loosely or in sharp bends in electrically conductive materials!

 Do not pull the cables!

 Do not lay 115/230 VAC mains cable and 12/24 V DC cable together in the same cable duct!

 The specified minimum cable cross-section must be complied with!

 Fix cables properly!

 Lay cables in such a way that no one can trip over them!

 Lay cables in such a way that they are not exposed to the risk of damage!

1.1 About the unit itself:

1.3 Installation on Boats:

 Wrong installation of electrical units on a boat may lead to corrosion of the boat. Therefore,

please let a boat electrician carry out the installation of the inverter.

Page 3

PLEASE TAKE THE FOLLOWING PRECAU-

TIONS. FAILURE TO ABIDE BY THESE RE-

QUIREMENTS WILL VOID WARRANTY.

2.1 Never parallel the 115V AC output of the inverter with

the output from a generator or electric mains, or with the

output of another inverter. This will instantly burn the

inverter.

Although this inverter has an input OVER VOLTAGE SHUT DOWN at 30V,

input voltages higher than 30V will cause permanent damage. Ensure the

following when the battery is being charged simultaneously (the output

voltage of the charging device will be fed to the inverter):

nEnsure that the charging voltage of the alternator has not been set

above 30V.

nDo not use an unregulated solar panel. It’s voltage can reach up to 36V

on a very cold day. When using a regulated solar panel, its voltage

should not be set beyond 30V.

nDo not connect to battery other than 24V

nEnsure that the voltage of the battery charger does not exceed 30V in

any condition.

2.2 Do not reverse the polarity to the input connections.

This will permanently damage the inverter.

2.3 Do not connect the inverter to positive grounded

vehicle.

Page 4

WARNING

3.1 This inverter converts 24V DC from 24V battery system into

115V AC, 60Hz. The waveform of its AC output voltage is pure sine

wave like the wave form of the electric utility power supply.

(Cheaper commercial grade inverters have a quasi-sinewave/

modified sinewave output wave form which is not suitable for

sensitive equipment.) Advantages of Pure Sine Wave inverters over

commercial grade modified sine waver inverters are:

DESCRIPTION AND APPLICATION

a.)Output voltage wave form is pure sine wave with very low

harmonic distortion and clean power like utility supplied electricity.

b.)Inductive loads like microwaves and motors run faster, quieter

and cooler.

c.) Reduces audible and electrical noise in fans, fluorescent lights,

audio amplifiers, TV, Fax, & answering machines.

d.)Prevents crashes in computers, weird print out, and glitches in

monitors.

e.)Reliably powers the following devices that will normally not work

with modified sine wave inverters:

Page 5

• Laser printers, photocopiers, magneto-optical hard drives

• Some fluorescent lights with electronic ballasts

• Power tools employing “solid state” power or speed control

• Some battery chargers for cordless tools

• Some new furnaces with microprocessor control

• Digital clocks with radios

• Sewing machines with speed/microprocessor control

• X-10 home automation system

Page 6

3.2 The maximum continuous power rating of this inverter is 600

watts. It can provide a surge power of 1000 watts (for a few

seconds) to start motor driven loads.

•Please note that motor driven loads (e.g. power

tools, pumps, compressors, refrigerators etc.)

require 5 to 10 times their normal running

power for initial starting. Ensure that the starting

power of these loads is not more than 1000

watts.

•Please also note that the output power indi-

cated for microwave ovens is generally the

“cooking power”. The “electrical input power” in

this case will be almost 2 times the “cooking

power”. Ensure that the “electrical input power”

of the microwave is less than the “continuous

power” output of the inverter (600 watts).

REMARKS:

DESCRIPTION AND APPLICATION

Page 7

INSTALLATION & MAKING CONNECTIONS

1 115V AC output receptacles

2 Power on/off Switch

3 Green L.E.D. - Power output status

4 Red L.E.D. - Overload

5 Red L.E.D. - Over temperature

6 Input terminals (back of unit -not shown)

RED - Positive (+)

WHITE - Negative (-)

7 Cooling fan (back of unit - not shown)

8 Grounding lug (back of unit - not shown)

CAUTION!

Reverse polarity of input connection will blow the fuse inside the

inverter and may cause permanent damage. Please ensure that

the RED positive terminal is connected to the positive(+)

terminal of the battery and the WHITE negative (-) terminal is

connected to the negative (-) terminal of the battery. Damage

due to reverse polarity is not covered by warranty.

Page 8

4.1 Ensure that the power ON/OFF switch is turned off.

4.2 Place the inverter in a cool & ventilated space. Ensure

that there is at least 10cm of open space around the

inverter. Do not block the openings on the inlet side of the

cooling fan and the vent holes.

4.3 Use #6 AWG red and black color coded cables to

connect the inverter to the battery. The red wire is positive

(+) and the black wire is negative (-). Connect the red wire

to the RED (+) terminal of the inverter and the black wire

to the WHITE (-) terminal of the inverter. Now connect the

black wire to the negative (-) terminal of the battery and

then the red wire to the positive (+) terminal of the bat-

tery. A spark may be observed when connecting the

positive wire to the battery (+) due to charging of

capacitors inside the inverter. This is normal.

4.4

Ground the inverter using the Grounding Lug at the

rear of the unit.

INSTALLATION & MAKING CONNECTIONS

Page 9

OPERATING THE INVERTER

5.1 Switch off all loads connected to the output of the

inverter.

5.2 Push the power ON/OFF switch to ON position. The

green power L.E.D will be lit and AC output voltage will be

available under normal conditions. The cooling fan will be

off ( the fan is temperature controlled).

5.3 Now switch on the load.

5.4 When running on full load for longer duration, keep the

vehicles engine running to prevent batteries from discharg-

ing.

5.5 CAUTION! Do not start the vehicles engine with the

inverter in ON condition. The inverter may shut down

during cranking due to drop in the battery voltage below the

inverters low battery shut down threshold of 20V.

COOLING FAN

The cooling fan is temperature controlled. It will come on

when the hot spot inside the unit reaches 40o C.

The fan may, therefore, not come on at light or

medium loads. This is normal

Page 10

PROTECTIONS AGAINST ABNORMAL CONDITIONS

6.1 LOW BATTERY ALARM: In case the battery voltage drops below

21.4V, a buzzer alarm will be sounded. Green Power L.E.D. will remain on.

Output voltage will still be available.

6.2 LOW BATTERY SHUTDOWN: In case the battery voltage further

drops to 20V or below, the inverter will shut down the output voltage.

Buzzer will be sounded and the green Power LED will be off.

6.3 INPUT OVERVOLTAGE SHUT-DOWN: In case the input voltage

is 30V or higher, the output voltage will be shut down. (CAUTION! This

condition may cause permanent damage.)

The green Power L.E.D. will be off and the buzzer will be on.

6.4 OUTPUT OVER-LOAD OR SHORT: If there is overload or short

in the output, the output voltage will be shut down. The green Power

L.E.D. will be off. The red over-load L.E.D. will be lit. Remove the

overload/short circuit condition. Switch off the D.C. power with the on/off

switch, and switch on again. (Unit will remain latched in shut down

condition. Input power is required to be switched off and on

again to reset the latch).

6.5 REVERSE POLARITY SHUT-DOWN: In case the positive (+) or

negative(-) connections on the input side are reversed, the 20A fuses inside

the unit will blow. The LED green Power will be OFF. (CAUTION! This

condition may cause permanent damage.)

6.6 OVER TEMPERATURE SHUT-DOWN: In case the unit gets

overheated due to inadequate cooling, the output voltage will be shut-

down. The green Power L.E.D. will be off. The buzzer will be sounded and

the red over-temp. L.E.D. will be on. Switch off the load. Determine and

remove the cause of overheating. The unit will auto reset when it

cools down.

NOTE: Check the Troubleshooting Guide for possible remedies

to prevent the above abnormal conditions.

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