Modifikasi UPS jadi Inverter

Modifikasi UPS jadi Inverter. Banyak perbedaan UPS dengan Inverter sehingga untuk memodifikasi UPS dibutuhkan beberapa hal. Karena jika hanya memparalel aki UPS dengan aki mobil dengan maksud memperpanjang lama back up maka bersiaplah UPS anda akan terbakar karena tak sesuai dengan yang di butuhkan. 

Point penting untuk memodifikasi UPS jadi inverterPoint penting modifikasi UPS jadi inverter charger yaitu : 

1. Charger accu 10ah, pada UPS charger accu hanya 1 ampere saja sedangkan yang ingin dicas adalah accu mobil maka dari itu membutuhkan lebih dari 1ampere supaya lebih cepat penuh namun dilarang untuk menggunakan charger accu yang sangat cepat karena akan memperpendek umur battery/accu jika super fast 

2. Kabel Accu. Kabel accu sesuai dengan accu mobil yang ingin digunakan 

3. Kipas Pendingin. Komponen UPS lebih mudah rusak/terbakar jika tanpa kipas pendingin komponen 

4. Accu Mobil/Pada UPS yang digunakan adalah Accu ukuran berampere kecil dan untuk lebih lama waktu back up maka gunakanlah accu mobilUntuk Tarif modifikasi UPS jadi inverter tergantung dari watt UPS dan specifikasi UPS, 

NB : Blog ini tidak menyediakan jasa modifikasi UPS jadi inverter. Silahkan hubungi pihak yang menyediakan jasa modifikasi UPS jadi inverter. Blog ini hanya share teknik power inverter saja dengan motto saling memberi saling berterimakasih. Terimakasih kunjungannya. Semoga bermanfaat

Leia Mais >>

Ukur Output Inverter Modified Sine wave

Cara Mengukur Output Power Inverter Modified Sine wave.Anda pernah mengukur output power inverter modified sine wave dengan multimeter biasa dan hasilnya hanya 190 Volt?Jika iya tidak ada kesalahan pada power inverter anda karena memang pada power inverter dengan jenis gelombang modified sine wave jika diukur dengan multimeter biasa hanya akan menampilkan 190V saja.

Untuk pengukuran output power inverter modified sine wave yang akurat yaitu menggunakan multimeter dengan fasilitas true RMS/True root mean square. Itu syarat mutlak agar output power inverter modified sine wave yang diukur akurat sebesar 220V. Jika anda menggunakan multimeter dengan fasilitas true RMS/True Root Mean Square maka dipastikan output yang anda ukur akurat

Demikian cara pengukuran output power inverter modified sine wave semoga bisa bermanfaat untuk teman teman. Saling berbagi, saling berterimakasih. Terimakasih kunjungannya

Leia Mais >>

Definisi Power Inverter

Definisi dan pengertian Power Inverter. Power Inverter adalah sebuah puranti atau sebuah alat untuk merubah tenaga listrik Direct Current/DC menjadi listrik Alternating Currrent/AC, Power Inverter Sering digunakan untuk mobil, server pulsa, BTS, panel surya, Pembangkit listrik tenaga angin, pembangkit listrik lainnya 

Power inverter hanyalah sebuah alat perubah arus DC ke AC sehingga apabila battery/aki habis dibutuhkan charger accu. Untuk mengecas aki dibutuhkan listrik PLN, atau panel surya dan pembangkitl istrik lainnya. Tanpa bantuan listrik PLN, atau pembangkit listrik lainnya maka accu tidak bisa terisi kembali karena power inverter tidak dapat berdiri sendiri/tidak dapat mengecas aki jika tidak ada bantuan dari Listrik PLN atau pembangkit listrik lainnya 

Power inverter yang tersedia dipasaran ada dua : 

1. Power inverter DC ke AC 

2. Power inverter DC ke AC yang dilengkapi charger accu. Maksudnya bisa sekalian mengecas aki dan pastinya harus menggunakan tenaga PLN atau pembangkit listrik lainnya untuk mengecas aki 

Harga power inverter tergantung dari specifikasi mulai dari yang murah sampai yang relatif mahal, dan tentunya kualitas inverter juga disesuaikan dari harga power inverter itu sendiri dan specifikasi produk. 

Specifikasi produk juga menentukan kualitas power inverter karena power inverter yang tidak berkualitas / inverter murah memiliki ciri output tidak sesuai dengan watt. Contoh bisa klik DISINI  dan klik DISINI

Masih banyak bahasan tentang power inverter karena dalam satu produk memiliki tapi untuk sementara ini hanya ini dulu yang bisa saya berikan karena terlalu panjang waktu dan tulisannya jika seluruh hal teknis tentang inverter dibahas dalam 1 artikel 

Saran penulis agar tidak salah membeli power inverter yang kualitasnya buruk rajinlah belajar dari teman teman yang membahas teknologi power inverter, forum power inverter, tanyalah di yahoo answer tentang power inverter. Dan apapun hal tentang power inverter

Demikian artikel power inverter, semoga bermanfaat untuk anda. Saling berbagi saling berterimakasih. Terimakasih kunjungannya

Leia Mais >>

Inverter Prolink 1000VA 600Watt

 Inverter Prolink 1000VA 600Watt
Capacity      1000VA / 600W
Input Voltage     110 /120VAC or 220 /230 /240VAC (Nominal Voltage) 
Input Voltage Range     90~145VAC/170~280VAC (Narrow Range), 50~145VAC/90~280VAC (Wide Range) 
Output Voltage     120VAC or 230Vac
Output Frequency     50Hz or 60Hz 
Output Voltage Regulation     10% / -18% (Battery Mode) 
Output Waveform     Modified Sinewave 
Transfer Time     15ms Typical, 50ms Max. 
Battery Type     Sealed Lead Acid / ACCU (Maintenance Free) 
Battery Voltage     12V (15V for Overcharge Protect) 
Battery Charge Current     10 Amp +/-1Amp 
Protection     Discharge, overcharge and overload protection 
Efficiency     >95% (AC to AC), >80% (DC to AC) 
Indicator     AC Mode, Battery Mode, Charging Mode, Overload, Fault 
Audible Noise     Less than 50dB 
Alarm     Low Battery (every 2 second), Overload (every 0.5 second), Fault (Continuously) 
Operating Temperature     0 ~ 40°C 
Operating Humadity     0 ~ 90% relative humidity (non-condensing) 
Dimension (WHD)     224(D) x 255(W) x 80(H) mm 
Weight     2.3 Kg 

Manufacturer website     http://www.prolink2u.com/

Leia Mais >>

Inverter Power Master Taiwan

Product Power Master
Solar & Wind
# Solar Grid-tie Inverter
# LCD Solar Inverter
# Super Solar Inverter
# Stackable Inverter
# Super Stackable Inverter
# Wind / Solar Inverter
# PWM Solar Charge Controller
# MPPT Solar Charge Controller
# Crystalline Solar Panel
# CIGS Thin Film Solar Panel
# Wind TurbineInverter & Charger
# Modified Inverter
# Modified Inverter + Charger
# Sine Wave Inverter Low Freq.
# Sine Wave Inverter High Freq.
# Sine Inverter High Freq. + ATS
# Sine Inverter Low Freq. + Charger
# AC / DC Digital Charger# AC / DC Smart Charger
# AC / DC Super ChargerSolar Street Light
# Pro LED Solar Street Light
# LED Solar Street LightUPS
# Modified Line Interactive UPS
# Pure Line Interactive UPS
# 1P On Line UPS# 3/1 On Line UPS
# 3/3 On Line UPSSystem Package
# Package Solar DIY# Package Solar Net
# Package Solar Box# Package Solar Street Light Off Grid
# Package Solar Street Light Smart GridOther
# Auto Transfer Switch# DC / DC Power Converter

8F, 651-3 Chung Cheng Road, Hsin Chuang City, Taipei Hsien, Taiwan, R.O.C.
Tel: 886-2-66266660
Fax: 886-2-66266800
E-mail: sales@powermaster.com.tw

Leia Mais >>

Inverter air conditioner

The inverter tag found on some air conditioners signifies the ability of the unit to continuously regulate its thermal transfer flow by altering the speed of the compressor in response to cooling demand.Traditional reverse-cycle air conditioners use a compressor that is either working at maximum capacity or switched off in order to regulate the temperature of the room. A thermostat is used to measure the ambient air temperature and switch the compressor on when the ambient air temperature is too far from the desired temperature.An alternate way to meet the varying cooling demand is to have the ability to vary the capacity of the compressor or as its technically called "modulate" the capacity. An air conditioner compressor has two components, a mechanical part - the actual compressor and the electrical part - the motor to drive the compressor. Either of the components can be used to "modulate" the capacity. In Digital Scroll compressors - the mechanical Scrolls of the compression mechanism is controlled to "modulate" and the electric motor runs at constant speed. The other method is to control the speed of the compressors by various means.Air conditioners bearing the inverter tag use a variable-frequency drive to control the speed of the motor and thus the compressor. The variable-frequency drive uses a rectifier to convert the incoming AC current to DC and then uses pulse-width modulation of the DC current within an inverter to produce AC current of a desired frequency. The AC current is used to drive a brushless motor or an induction motor. As the speed of a brushless motor is synchronized to the frequency of the AC current, it is thus possible to build a compressor that can be run at different speeds. Similarly, the voltage and frequency can be varied as needed to run an induction motor at different speeds. A microcontroller can then sample the current ambient air temperature and adjust the speed of the compressor appropriately. All this electronics of course does add to the complexity and comes at a cost, significant being the conversion losses from AC to DC and then back to AC which can be as high as 4 - 6% for each conversion step.Eliminating stop-start cycles increases efficiency, extends the life of components, and helps eliminate sharp fluctuations in the load the air conditioner places on the power supply. Ultimately this makes inverter air conditioners less prone to breakdowns, cheaper to run, and the outdoor compressor is generally quieter than a standard air conditioning unit's compressor.[1]While at the beginning of the 1990s inverter air conditioners had some drawbacks,[2] these have been mostly overcome - the conversion losses are lower, sophisticated electronic filters are able to mask out most of the electromagnetic interference generated in Inverters. Running at full load, a compressor delivers its best efficiency and outperform inverters. Inverter-based air conditioners have their strengths in environments where a partial load is common, as they are significantly more efficient than conventional air conditioners in those situations. For conventional households where each outdoor unit is connected to a single dedicated indoor unit, inverters are the preferred option, as partial loading is the common mode there. The higher initial expense is balanced by lower energy bills. In a typical setting the pay-back time is about two years (depending upon the usage). For more modern installations where an outdoor unit is connected to multiple indoor units there are some better options also available nowadays.Therefore, which type will be better depends on usage. In any case though, it pays to buy an energy efficient model, i.e. one with a high SEER, EER, or HSPF factor and at least an EnergyStar certified product, as this will significantly reduce the electricity bill.The inverter principle has been applied to a wide range of household appliances, including microwave ovens, washing machines, and so on.

Source : http://en.wikipedia.org/wiki/Inverter_%28air_conditioning%29

Leia Mais >>

What is an Inverters DC to AC

An inverter is an electrical device that converts direct current (DC) to alternating current (AC); the converted AC can be at any required voltage and frequency with the use of appropriate transformers, switching, and control circuits.

Static inverters have no moving parts and are used in a wide range of applications, from small switching power supplies in computers, to large electric utility high-voltage direct current applications that transport bulk power. Inverters are commonly used to supply AC power from DC sources such as solar panels or batteries.

The electrical inverter is a high-power electronic oscillator. It is so named because early mechanical AC to DC converters were made to work in reverse, and thus were "inverted", to convert DC to AC.

The inverter performs the opposite function of a rectifier.
Source :  http://en.wikipedia.org/wiki/Inverter_%28electrical%29

Leia Mais >>

Modified Sine wave inverters Disadvantages:

After discussing the advantages of modified sine wave inverters compared with pure sine wave inverter then this article will discuss disadvantages of modified sine wave inverter.

Modified Sine wave inverters Disadvantages:

Because the price is much cheaper than pure sine wave inverter, the inverters has a disadvantages on wave. so that the motor equipment can not be used on modified sine wave

So what can be backed up by a modified sine wave inverters?Modified sine wave can still be used for Computer, TV, Lights, Fan but if for motor equipment such as air conditioner, refrigerator, and then the water pump in need 7 times the watt inverter to resist the pull of a big early on motor equipment

Leia Mais >>

Inverter Akowa From Taiwan

AKOWA Electronics Co. Ltd is the inverter manufacture from taiwan. if you want to contact the inverter manufactur.
AKOWA Electronics Co. Ltd. / No 19, Lane 117, Kung-Yung Rd. Yung Kang City, Tainan Hsien, Taiwan R.O.CTel:886-6-2722001 / Fax:886-6-2737663 /

A301-150W(S) , A301-300W(S) ,
A301-600W(S) , A301-1000W(S) , A301-1500W(S) , AS-1500W(C)
A301-150W(U) A301-150W(N)+USB
A301-600W A301-800W A301-1000W
A301-1200W A301-1700W A301-2500W
A301-4000W REMOTE CONTROL(FOR 1000W ~ 4000W)

Leia Mais >>

The advantages of modified sine wave inverter

Modified sine wave inverters have the disadvantages and advantages compared with pure sine wave inverter, pure sine wave inverter also has disadvantages and advantages compared with modified sine wave inverter

Here is a little discussed the advantages of the modified sine wave inverters compared with pure sine wave inverter

1. The price is relatively cheaper than pure sine wave inverter.

2. Service is difficult, because the components of pure sine wave inverter is wearing a micro-chip technology is to repair pure sine wave inverter requires a tool to check what components are damaged while the tool to check the damage to pure sine wave inverters are usually only the manufacturers who have

3. More easily available spare parts, modified sine wave inverter more sold on the market so more easily available spare parts

It is an article of modified sine wave excess compared with pure sine wave inverter and on the next article I will inform lack of modified sinewave inverters compared to pure sine wave inverters because it is in terms of high quality pure sine wave inverters have the advantages of superior

Leia Mais >>

Inverter Manufactures in taiwan part 2

After discussing the inverter manufacturer taiwan first part then this article provides information taiwan manufacturer of inverters is the second part

 Here is inverter manufactures in taiwan part 2
1.AKOWA Electronics Co. Ltd. / No 19, Lane 117, Kung-Yung Rd. Yung Kang City, Tainan Hsien, Taiwan R.O.CTel:886-6-2722001 / Fax:886-6-2737663 /

2. Power Master
8F, 651-3 Chung Cheng Road, Hsin Chuang City, Taipei Hsien, Taiwan, R.O.C.Tel: 886-2-66266660 Fax: 886-2-66266800

Look forward to next article all about the inverters at this website www.inverterplus.net

Leia Mais >>

Inverter Manufactures in taiwan part 1

If you're looking for inverter manufacturers in Taiwan this is the right information to you
Here is an inverter manufacturers in taiwan

Kingson Electronics Co., Ltd.8F, No. 153 Sec.3 Pei Shen Rd., Shen Keng Hsiang, Taipei Hsien, Taiwan, R.O.C.Tel:886-2-26620505 Fax:886-2-26624966 Email:info@kingsoninverter.com

Link Champ Co., LTDAddress No. 9-1, Lane 203, Chrong Shyue Road, Tainan, Taiwan, R.O.C. Tel 886-6-3358686 Fax 886-6-2675221 E-Mail : sales@dc-ac.com

This information inverter factory first section and the next section I will write in later articles to share other information

Leia Mais >>

Inverter Manufacturers in Canada

Xantrex Technology Inc. develops advanced power electronic and control products. The company's enabling technology converts raw electrical power from any central, distributed, or backup power source into high-quality power required by electronic and electrical equipment.

Xantrex is headquartered in Vancouver, British Columbia with additional facilities in Arlington, Washington; Livermore, California; Miami, Florida and Barcelona, Spain.

* Business type: Manufacturer

* Product types: DC to AC power inverters, sinewave and modified sinewave inverters and accessories, battery chargers, battery charge controllers, programmable DC power supplies.

* Address: 8999 Nelson Way, Burnaby, British Columbia Canada V5A 4B5

* Telephone: 604/422.8595 or toll free 800/667.8422

* FAX: 604.420.1591 * Web Site: http://www.xantrex.com

Leia Mais >>

DC to AC Inverter Charger 1250 W 12 V

DC to AC Inverter with Automatic Line-to-Battery 30-Amp 1250W 12V
I used to be a big APC fan, but over the years I have had all kinds of problems with them not behaving well after a battery change. They don't even like the batteries purchased from APC.I wanted something to use with my computers that did not require specific batteries.Tripp Lite APS1250 1250W 12V DC to AC Inverter with Automatic Line-to-Battery 30-Amp ChargerThis product worked out great because I just picked up a couple of Marine Deep Cycle Wet batteries (approx $60 ea) used some cables I had around (#2 Battery cables from auto parts store work great) Just get short ones with two eyes for the connections between batteries (wingnut on bolt connections on most deep cycles) and one longer one to cut in 1/2 and use for both connections to the APS.The APS takes a 5.5mm allen wrench to tighten the connections, I had to cut the plastic around the outlets a little to get my power strip to plug in directly.A large (8D) battery box will hold up to 3 size 24 batteries, so I am going to pick up one of those this week.This unit does not have the B series of DIP switches.This unit also initially charged the batteries at 50A and then dropped down as they took a surface charge.The transfer to UPS is seamless when unplugging from the wall for testing.No flicker or anything on any of the computers.I am running two computers (+LCDS, Drives, etc) one with a 1000W DA1000 SilverStone DA1000 1000W ATX 12V 2.2 and EPS 12V SLI Ready CrossFire Ready Modular Active PFC Power Supply - Retailthe other with a really old 350W supply.I also have 5 SATA drives in the desktop.The desktop really only drew 25A on a bootup on battery which = 300W, the constant draw on the batteries with both systems in active mode is 24A - The load also includes UVerse box, 8 port switch, two external drives, usb hub, phones, etc.Am very pleased to retire my SU1000, my SU700R, and my SU420NET upses as well as the various BK500s in my office for this one, much more efficient unit.When I do some AC testing for how the unit performs from a generator, I will add to my review.

Leia Mais >>

How To Install an Inverter Charger

httpInstallation of Inverter Charger

1. Make sure SWITCHES OFF

2. Prepare the battery cable is red or that there is positive in inverters package

3. Connect the battery cable is colored RED or POSITIVE and connects to the positive pole inverters

4. Once installed the red battery cable then tighten the bolt

5. Prepare the colored BLACK battery cable or NEGATIVE exist in inverters package

6. Connect the battery cable is colored Black or NEGATIVE ,and connects to the negaTive pole inverters

7. Connect the black wire inverter input into the existing socket on the inverters

8. Plug the black input cable from the inverters to power outlet

9. Turn the Position SWITCHES ON

10. Wait 1 minute and then plug your electrical appliance into the inverters output

Leia Mais >>

Cobra Inverter 1000 Watt

Product Description Cobra Inverter 1000 Watt,  The Cobra CPI1000 is a 12 volt DC to 120 volt AC power inverter with 1000 watts continuous power handling and 2000 watts peak power. This unit contains a 5 volt USB output, modified sine wave, thermal shutdown, reverse polarity protection, low voltage shutdown, low voltage alarm, 2 grounded AC receptacles, LED volt or watt meter, remote on oroff capability, and includes direct- to battery cables with clips.
Technical Details
* 1000 watts continuous power with 2000 watts peak power
* 5 volt USB output for running and charging your electronic devices
* Direct-to-battery cables included
* 2 AC outlets
* Heavy duty construction capable of handling multiple loads

Leia Mais >>

Function watts on the inverter

I give this article with the intention that is still not understood about the inverter can understand the function of the inverter watts because not a few who ask me

how long durability 500 watts inverter?

how long durability 1000 watts inverter?

Function watts on the inverter is: To backup power capacity, for example your PC has a capacity of 400 watts then you can use a 500 watt inverter.

The length of time backing up is not from the watt of inverters, but the battery amperage and load capacity you want to use distorted line

That's a function watt on power invertersyou can consult about the power inverter with inverter shop owner

Leia Mais >>

Inverter Mobile Power Taiwan

There are several trademarks, but the factories producing mobile power inverter is us.
Type of mobile power inverter

Inverter Charger 12 V 300 Watt

Inverter Charger 12 V 500 Watt

Inverter Charger 12 V 1000 Watt

Inverter Charger 12 V 1800 Watt

Inverter Charger 12 V 2500 Watt

Source : kingson inverter

Leia Mais >>

Inverter charger 1800 watt 12 V 220 V from taiwan

An inverter charger have a specification. here is specs of inverter charger 1800 watt 12 V 220 V

 Voltage in :12VDC

Voltage Out :220VAC

Continuous power : 1800 watt

Peak power : 3600 watt

Output Frequency : 50Hz

Output Waveform : Modified sine wave

Charger current : 10Ah

No load current draw : 2A

Efficiency :90%

Fuse : 30A X 6

Dimention : 340 X 190 X 75mm

Inverter Charger 1800 watt 12 V 220 V From Taiwan

Leia Mais >>

Inverter charger 1000 watt 12 V 220 Volt

Inverter charger 1000 watt 12 V 220 V 

Voltage in : 12 VDC

Voltage out :220VAC

Continuous power : 1000 watt

Peak power : 2000watt

Output frequency :50Hz

Output waveform : Modified sine wave

Charger current : 10Ah

No load current draw :0,8A

Efficiency : 90%

Fuse : 30A X 3

Dimention : 265 X 160 X 60mm

Leia Mais >>