 General usuages |
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  Why should I consider ADisC inverter ? Why ADisC inverter seems to be more costly ? Where is my socket ? What's the panel look like & how many sockets are there individually? Why ADisC inverter has model at 1,800 watts output and no higher ? Why AdisC inverter use modified sine wave instead of true sine wave or square wave ? Which is the correct inverter needed ? How long will the battery (Inverter's input power source) last ? What will happen if the " + " & " - " poles of the DC input are mis-connected ? Under running engine, will the AC power supply be continous ? Why my electric handsaw stopped suddenly amid of work ? Will battery cord be included ? Will wire-remote control be availble ?
They are compact, light-weighed and of high potency. Under bulb-testing of inverters with same wattage, the variations of temperature raise differ. Some brands will get 'over-heated' and 'sudden shut-down'. AdisC inverter will still be running within a proper temperature range in a longer perior of time.
They have >90% potency as nominated in addition to its steady and long continuous output power.
Automobile generates about 800 watts at slow engine running and about 1,000 watts at normal engine running. Boat or Yatch usually use 1,600 watts' charging motor. Thus, an inverter with 1.800 watts output will be more than sufficient for general usuages. We have the capability of producing 2,500 watts output. As the market demand is so scarcely, they can only be manufactured on demand with appropriate quantity to cover the costly moulding costs.
Products with output form in true sine wave is costly and that in square wave will be harmful to delicated electronic devices in the long run.
Products with modified sine wave will make it affordable and let your devices be run smoothly.
Most appliances have the wattage draw either on the item or in the operating manual. For those that only give the voltage & current, the wattage can be calculated as follows: Volts x Amps = Watts example A 17" Color Monitor; 110V, 1.8 amp. 110 V x 1.8 amp. = 198 watts When you need an inverter to cover a series of appliances, work out their individual wattage as above and sum them up. Choose from our series a proper inverter with sufficient wattage to cover them all.
It depends on the ampere of the battery and the consumption of the inverter's output potency. Formula: Battery's ampere x 6.5 / wattage of device used = Hour(s) to last Example (i) Battery of 120 ampere, electrical device used 300 watts: 120 amp. x 6.5 / 300 watts = 2.6 hours i.e. Will last for 2.6 hours or 156 minutes. Example (ii) Battery of 120 ampere, Desktop PC with power supply of 250 watts & A Monitor consuming 90 watts; 120 amp. x 6.5 / (250 + 90 ) watts = 2.29 hours i.e. Will last for 2.29 hours under maximum load of pc's power supply.
Mis-connection of the two poles will "burn out" the fuse immediately and will be detrimental to the inverter.
To avoid the danger of improper AC ouput, must set the inverter to " off " mode before connecting the DC input terminals.
Not exactly. Depends on the capacity of the charging motor in use. If the automobile's generator is capable to generate 1,000 watts, the effective power may only be 700 watts instead. When appliances with required power sum up to 700 watts, the supply may be continous. When power consumption exceeds 700 watts, the period of time usuage will diminish.
When the saw blade come across huge resistance, the inverter will detect and determine it as " over load "; immediate shut down of the inverter as protection will be carried through. Example Linear sawing can be smooth and through. When used improperly, the blade may got 'stucked' and the AC power supply will shut down.
Yes, a set of battery cord for power-in with 1.5 meters in length will be included for models with output from 300 waats to 1,800 watts. They may come in either Cord C-R or Cord R-R. We recommand the latter for any loose connection to the battery may easily cause short-circuit. Further, it can assure for smooth power transmission.
Yes, modification can be made for the inverter to access the function of wire-remote control at extra costs. |
| Main Office | |
| Surtidor | Atlas Global Inc. |
| Contacto | Mr.Eddie Tang |
| Telefono | +886 2 2707 2151 |
| Fax | +886 2 2707 3055 |
| aglobali@hotmail.com | |
| Direction | P.O.Box 43-244, Taipei 106, Taiwan. |
| Plant | Tung Luo Village, Mioli County, Taiwan. |
Why should I consider using ADisC inverter ?