Cru Power HT-S-1800-48 Manual

Browse online or download pdf Manual for Inverter Cru Power HT-S-1800-48. Cru Power HT-S-1800-48 3 pages. Dc to ac power inverter

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DC to AC

No Bypass Function

Remote

control-LED

DIP Switch

Function

AC Output

Pure sine wave output (<2% THD).

◎

Input & Output fully isolation design.

◎

High surge in motor start capacity.

◎

Thermal control fan.

◎

Frequency 50/60HZ switchable.

◎

Auto restart.

◎

Power saving function ( <10W load )

◎

Firstly, thank you for purchase our product.Please read this manual carefully before installing

or using this product.

Model No.

AC Voltage

Continuous Power

Surge Power

OUTPUT

Waveform

Frequency

AC Regulation

Receptacles

DC Current

DC noload current under normal mode.

DC noload current under power saving mode.

DC Voltage

INTPUT

Voltage Range

Efficiency (Typ.)

DC Connector

Fuse

Battery low alarm

Battery low shut down

Over voltage

PROTEC-

Over Temperature

TION

Short Circuit Protection

Battery polarity

Over Load

WORKING TEMP.

ENVIRON-

WORKING HUMIDITY

MENT

STORAGE TEMP., HUMIDITY

TEMP.COEFFICIENT

EMI Conduction & Radiation

SAFETY &

EMS Immunity

EMC

LVD

Dimension (L*W*H)

OTHERS

NET. Weight

Gross Weight (With Cable)

Optional

Byass function

EXTRA

FUNTION

DC noload current under normal mode.

DC noload current under power saving mode.

Low AC input volt transfer to inverter mode.

INPUT

Low AC input volt recovery to AC mode.

High AC input volt transfer to inverter mode.

High AC input volt recovery to AC mode.

Input AC terminal

Connector

Output AC Terminal

Receptacles

Introduction

This model is used in a wide range of

application including remote homes, RVs,

sailboats and powerboats.

It will operate most televisions and VCR,

personal computers, small appliances

and tools such as drills, sanders, grinders,

mixers and blenders.To get the most out

of the power inverter, it must be installed

and used properly.

Power inverter manual

With Bypass Function

Remote

control-LED

DIP Switch

Function

SPECIFICATIONS

HT-S-1800-12

HT-S-1800-24

100VAC/120VAC/230VAC

1800W

3600W

PURE SINE WAVE

50/60HZ±3%

±5%

YES, 1pc

180A(12V) / 90A(24V) / 45A(48V)

1.0A(12V) / 0.5A(24V) / 0.25A(48V)

0.12A(12V) / 0.06A(24V) / 0.03A(48V)

12V/24V/48V

10-16VDC(12V) / 20-32VDC(24V) / 40-61V(48V)

Cable*1pc

9pcs

Pure Sine Wave

10.5±0.5V(12V) / 21±1V(24V) / 42±2v(48v)

10±0.5V(12V) / 20±1V(24V) / 40±2V(48V)

16±0.5V(12V) / 32±1V(24V) / 61±2V(48V)

55°C±5°C

Shut-off

Fuse Burn out

re-start 1 time, shut down if failed

-15°C~+45°C

20%~90% RH non-condensing

-30°C~+70°C/-22°F~+158°F, 10~95% RH

±0.05%°C(0~55°C)

Compliance to EN55022 class B, 72/245/CEE, 95/54/CE

Compliance to EN61000-4-2, 3

Compliance to EN60950

560*274*105mm

7.0kgs

8.0kgs

Yes

1.0A(12V) / 0.5A(24V) / 0.25A(48V)

0.4A(12V) / 0.2A(24V) / 0.1A(48V)

90Vac+/-5% or 180Vac+/-5%

95Vac+/-5% or 190Vac+/-5%

132Vac+/-5% or 265Vac+/-5%

125Vac+/-5% or 250Vac+/-5%

Yes, hard wiring.

Please read the instructions in this manual before

installing and using this model.

Quick hook – up and testing

If you would like to quick hook-up the power

inverter and check its performance before

going ahead with your installation, please

follow these guidelines:

1. Unpack and inspect the power inverter,

check to see that the power switch is in the

OFF position.

Breaker

DC Input

Battery terminals

Connect to battery or other power source.

"+" is positive (Red),

"-" is negative(Black),

Reverse polarity connection will blow internal

fuse and may damage inverter permanently.

HT-S-1800-48

HT-S-1800

Rear view

Ventilation window

Do not obstruct, allow at

least one inch for airflow.

2. Connect the cables to the power input

terminals on the rear panel of power inverter.

The red terminal is positive (+) and black

terminal is negative (-).

Connect the cables into the terminals and

tighten the wing nut to clamp the wires

securely.

3. Connect the cable from the negative terminal

of the inverter to the negative terminal of

the power source. Make a secure connection.

Loosely tightened connectors result in

excessive drop and may cause overheated

wires and melted insulation.

4. Before proceed further, carefully check that

cable you have just connected connects

from the negative terminal of inverter to the

negative output terminal of the power source.

Reverse polarity connection will blow

a fuse in inverter and may permanently

damage the inverter. Damage caused

by reverse polarity connection is not

covered by our warranty.

5. Connect the cable from the positive terminal

of inverter to the positive terminal of the

power source. Make secure connection.

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, explosions or fire

may result.

6. Set the power switch to the ON position.

Check the meters and indicators on the

front panel of the inverter.

If does not, check your power source and

the connections to inverter. The other

indicators should be off.

7. Set power inverter switch to the OFF

position, the indicator lights may blink.

Plug the test load into the AC receptacle

on the front panel of the inverter. Please

keep switch in off position.

8. Set power inverter switch to the ON