• Input Voltage Ranges Home Inverter 500VA-2000VA System 1
Input Voltage Ranges Home Inverter 500VA-2000VA

Input Voltage Ranges Home Inverter 500VA-2000VA

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1 Piece pc
Supply Capability:
4000 Pieces per Month pc/month

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Feature

 

This inverter is a DC-TO-AC inverter with auto line-to-battery transfer and integrated charging system, serving as an extended run UPS, a stand alone power source or an automotive inverter.

 

Inverter supplies power from AC power and DC source. When AC cable is connected to a wall socket, utility power goes to connected equipment(s) and /or charges the battery set via charging system. In UPS mode, Inverter automatically converts battery energy into AC power for backing up the connected devices.

 

· Automatic line-to-battery switchover

 

· Selectable input voltage ranges

 

· High efficient DC-to-AC conversion, minimizing energy loss

 

· Rack tower design for flexible placement

 

· Built-in enhanced charger

 

· Intelligent 2-stage charger control for efficient charging and preventing overcharge

 

· Provides overload protection

 

· Auto restart while AC recovery

 

· Multi-function LED indications and buzzer alarms

Main Technical Data

MODEL 

 

HIG500 

HIG1000 

HIG2000 

Capacity 

VA/W 

500VA/300W 

1000VA/600W 

2000VA/1200W 

Input 

Nominal Voltage 

110V/120VAC or 220/230/240VAC 

Voltage Range 

90-145VAC or 170-280VAC (Narrow Range) 

50-145VAC or 90-280VAC (Wide Range) 

Output 

Voltage 

120VAC or 230VAC 

Voltage regulation (Batt.Mode) 

+10% / -18% 

Frequency 

50Hz or 60hz 

Frequency Regulation (Batt.Mode) 

+ / - 0.1Hz 

Output waveform 

Modified Sine-wave 

Battery & Charger

Charger current 

8Amp+ / -1Amp  

10Amp+ / - 1Amp 

10Amp+ / - 1Amp 

DC Voltage 

12V+ /-0.2V 

12V+ /-0.2V 

24V+ /-0.4V 

Overcharge protection 

14.5V+ / - 0.3V charger stops and fault 

29V+ / - 0.6V charger stops and fault 

Transfer Time 

Typical 

6~8ms Typical 

Efficiency 

AC to AC 

>95% 

DC TO DC 

>80% 

Indicator 

AC Mode

Green lighting 

Battery Mode

Yellow lighting 

Battery Charging Mode 

Green flashing every 2 seconds 

Overload 

Red flashing every 0.5 second 

Fault 

Red lighting 

Audible Alarm

Low Battery at Battery Mode 

Sounding every 2 seconds 

Overload 

Sounding every 0.5 seconds 

Fault 

Continuously sounding 

Protection 

Full Protection

Discharge, overcharge, and overload protection 

Physical

Dimension(D*W*H)mm 

224*255*80 

Net Weight(kgs) 

2.0

2.3

2.5

Environment 

Operating Environment

0-40ºC, 0-90% relative humidity ( non-condensing) 

Noise Level 

Less than 55dB 

 

 

Q:Which is more energy saving by using 24V500W transformer lighting and 220V500W lighting?
If the transformer is not calculated, the loss is the same. If the calculation is the latter, save electricity.
Q:The difference between lighting transformers and control transformers
The lighting voltage is 36 and 12V, the signal lamp is 6V, the control winding is 127, 110V, the one or two insulation, and the two one is grounded.Simple lighting transformers, the two voltage is not so diverse.
Q:The transformer zero line has broken, has the result to the household illumination circuit?
The power supply system in three-phase four line zero line is broken, the breakpoint of the single-phase circuit (220V) electrical burn by voltage to 380V. I met, the incandescent lamp suddenly particularly bright then the blow up of internal fuse TV has burned out. So in the three-phase four wire power supply system zero line asked to do repeat grounding in households is the reason.
Q:Please tell me how to calculate the transformer in the lighting circuit of elevator shaft in building electrical design
Pe=19.5KW, installed capacityKx=1 coefficient of demandPjs=KxPe=19.5KW, calculated loadCOS, phi, =0.85, power factorIjs=KxPe/3/220/cos phi (Ijs calculates current, voltage, 380V/220V, three-phase)=1*19.5*1000/3/220/0.85=34.76A
Q:Why is the two side of the lighting transformer grounded?
In the three-phase transformer, the neutral point of the three-phase transformer and the metal case are always reliably connected, and the utility model has the advantages of reliable grounding, both working grounding, protection and earthing, and protection of personal safety and equipment safety.
Q:Is the substation separate from the power and illumination transformer?
The power and lighting power supply in the substation need not be separated. In a large capacity power plant, the lighting can be electrically powered to ensure that the generator is stopped. The lighting source is often separated from the lighting transformer and powered by other power supplies.
Q:Lighting, lights, transformers, bulb brightness is too low, what's the matter?
Generally, the power of the transformer is the apparent power, and the light bulb is the active power, and the power matching is taken into account.
Q:Why should lighting transformers be used in factories and mines?
In some factories and mines (such as power plants), in order to supply power reliability, the power system is grounded in a three-phase, ungrounded, or neutral manner. In this way, the transformer must be connected to a neutral grounding type with a special transformer to supply power to the lighting.
Q:How many A leakage protection switches are used in 5000VA lighting transformers?
According to the working principle of the protector, it can be divided into three kinds: voltage type, current type and pulse type. The voltage protection device is connected to the transformer neutral point and the ground, when the electric shock when the neutral point voltage offset to the real estate, in order to make the action to protect the power off, but because it is the protection of the transformer low voltage network, cannot be classified protection, so the power range is large, frequent moves, so has been eliminated. The pulse current protector is a sudden change in the phase and amplitude of the three-phase unbalanced leakage current when an electric shock occurs, which is used as an action signal, but also a dead time. The current type current leakage protector is widely used, so the protector of current type is mainly introduced below.
Q:Does the lighting work properly? Doesn't that power equipment start voltage unstable?
Connection mode:N circuit breaker is caused by breaker of outlet line of transformer main cabinet.The branch circuit breaker divides the power, the electricity and the lighting power.
Our leading products have obtained Telecom Equipment Network Access License of China Information Industry Department. All our products are qualified and have passed the country surveillance bureau examination. And we believe that we can be your faithful friends and reliable partner forever.

1. Manufacturer Overview

Location Zhejiang,China (Mainland)
Year Established 2000
Annual Output Value US$10 Million - US$50 Million
Main Markets South America; Eastern Europe; Southeast Asia; Africa; Mid East; Eastern Asia; Western Europe
Company Certifications ISO9001 Certificate

2. Manufacturer Certificates

a) Certification Name  
Range  
Reference  
Validity Period  

3. Manufacturer Capability

a)Trade Capacity  
Nearest Port
Export Percentage 51% - 60%
No.of Employees in Trade Department 3-5 People
Language Spoken:
b)Factory Information  
Factory Size: 5,000-10,000 square meters
No. of Production Lines
Contract Manufacturing OEM Service Offered
Product Price Range

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