SVC LED Automatic Voltage Stabilizer

Ref Price:

Loading Port:: Shanghai

Payment Terms:: TT OR LC

Min Order Qty:: -

Supply Capability:: 10000pcs pc/month

Inquire Now

Add to My Favorites

OKorder Service Pledge

Quality Product, Order Online Tracking, Timely Delivery

OKorder Financial Service

Credit Rating, Credit Services, Credit Purchasing

You Might Also Like

s9 s11 10KV grade oil type transformer

SBH1516-M series Amorphous alloy core transformer

Cast resin dry type transformer 10-35kV

DKS Series Grounding Transformer

JJW SJW A.C. Precision Purity Regulated Power Supply

SH15-M Amorphous Alloy Oil-immersed Transformer

SZ9-400-20000-35 three-phase oil-immersed on-load voltage-regulating power transformer

SZ9－200~2500/11KV Three Phase On-load Pressure Regulating Power Transformer

1.Application
SVC(LED) automatic voltage stabilizer consists of contact voltage regulator,sampling control cir-cuit and servomotor as well.It has excellent features,such as small waveform distortion,highefficiency,high power factor,free from the effect or frequency variation of supply.It can bewidely used in most situations where the voltage stabilization is required.
2. Specification

Input voltage	150V-250V
Output voltage	220V±3%, 110V±3%
Frequency	50H/60Hz
Response time	<1sec.(against 10% input voltage deviation)
Efficiency	>90%
Ambient temperature	-10^oC~±40^oC
Relative humidity	<90%
Waveform distortion	Non-lack fidelity waveform
Power factor cos∮	0.8
Insutalion resistance	>5MΩ

3. Outline and packing

Type	Outline(cm)			Weight(Kg)	Qty/CTN
Type	L	W	H	Weight(Kg)	Qty/CTN
SVC-D500VA	18.5	15	12.5	17	4PCS
SVC-D1000VA	21	18	14.5	20	4PCS
SVC-D1500VA	21	18	14.5	25	4PCS
SVC-D2000VA	27.5	23.5	18.5	7.8	1PC
SVC-D3000VA	29	23	22	9.8	1PC
SVC-D5000VA	45	24	18.5	14	1PC
SVC-D7500VA	47	26	22	19.5	1PC
SVC-D10000VA	47	26	22	24.5	1PC
SVC-D15000VA	42	38	73	35	1PC
SVC-D20000VA	42	38	73	68.5	1PC
SVC-D30000VA	42	38	83	80	1PC
SVC-D5000VA	28	30	46	19	1PC (Cabinet)
SVC-D10000VA	44	32	56	31	1PC (Cabinet)

Q: i think transformers: Transformers was pretty good. But it was kinda cheesy. Anything simpsons is good. SO i would say simpsons.

Q: How many transformers are used in a hundred households?: Depending on the specific use of electrical power. First select the rated voltage of the transformer. The voltage on the high voltage side is equal to the voltage of the connected grid. The voltage on the low voltage side is 10% or 5% higher than the voltage of the low voltage side (depending on the voltage level of the transformer and the magnitude of the impedance voltage). Calculate the size of the load carried by the transformer (requires the maximum statistical load, the conversion of the operating load kW value into apparent power kVA). If two transformers are used, the capacity of each transformer can be selected according to 70% of the maximum integrated load. The transformer should be considered for the total load and leave the appropriate margin. Other brand name parameters can be combined with the appropriate consideration of the transformer product. For example: select 35 / 10kV transformer. Assuming a maximum load of 3500kW, power factor of 0.8, choose two transformers, capacity S = 0.7 × 3500 / 0.8 = 3062kVA, 3150kVA transformer can choose, the voltage ratio of 35kV / 10.5kV. Select the model from the catalog.

Q: I enjoyed both of these titles' first games very much. I am a big Transformers fan but I also love the first person shooting action Borderlands has to offer. I only have enough money to pre-order one and get it on its release date but I can't decide. What are your opinions? What will I get better gameplay value out of? Which do you think has a better pre-order bonus? I welcome any and all opinions and answers!: Hi, okorder

Q: High power transformers are very common, for obvious reasons. Much unlike homemade transformers that I've ever built, only out of tiny enameled #26 wire, that wouldn't power anything practical.I've tried using wire as large as #6 wire to wrap a homemade transformer, as what would be needed to connect externally to 10 kVA transformers, but that simply isn't practical. The wire is simply too stiff to wrap it in tight windings.Consider the example of a 225 kVA three phase transformer, that carries about 300 Amps of current on each of its secondaries that are 277 Volts. Externally, I'd need to connect with 400 kcmil wire, that is almost an inch in total diameter. What exactly do they do in order to build transformers at this high power?Do they parallel a whole bunch of tiny windings?Do they use a cooling fluid, so that tiny wire can have a much greater ampacity?Or do they also use big wire, but the way it is constructed somehow relieves the strain resulting from wrapping it? Heat treating the metal, perhaps.: Wire must be chosen to that the current density does not cause them to overheat.

Q: I know that before the 2007 release of transformers and this years sequel there were various animated tv series and comics. I just want to know what the live action movies are actually based on. Like are the movies just real life portrayls of the the animated story line? Or are they original plots just based on the ideas of autobots, decpticons and there home cybertron?If the plots for the movies are based off the comics of series (like the x men movies) what could be the possible plot for the 3rd installment of the film franchise?: Micheal Bay just blowing stuff up with Robots. Would be a miracle if they used some cartoon or comic book story.

Q: i took it out. on one side of the transformer i have a black and a red im hooking those up to a battery on the other side i have five wires 2 red, 2 white, and 1 blue i dont know what these do or how to get current to them. does anyone know how to complete the circuit???: You are trying to duplicate the Kettering ignition. Momentarily touching a battery to the lowest ohmage winging will usually get you a spark from one or more of the other windings. The old (my era) radios had a secondary to produce high voltage 400-600 volts (often centertapped) and a filament winding 5-6 volts. You would touch the battery to the filament winding and get the spark from the 4-6 hundred volt winding. If you used 110 volts ac on the black and red wires you would get a continuous 4-6 hundred volts AC from the secondary winding with enough amperage to kill someone.

Q: I was planing on buying transformers but my friend told me about skyrim and it looks pretty good, which one is better and funner?: Transformers : Dark of the Moon is wwaaayyyyy better than both. .well actually if you like medieval times games.then sure maybe skyrim is the game for you. try watching walkthroughs of the gameplay on youtube.I don't know you or what you like but however by watching the gamethroughs you'll know which one you prefer :p btw Transformers Dark of the Moon is 50 dollars I think now. since Skyrim is new it's like 60 dollars.and War for cybertron is older.so if you go to a video game store that isn't as well known.you know those stores that sell em cheaper.you can get it very cheap.or look on Craigslists. I got War for cybertron for 15 dollars. I got Transformers Dark of the Moon for 60 dollars ( knew I wanted it cause I watched it on youtube! ) and in my opinion.dark of the moon is waaayyy more fun. sorry if I talked too much.hope I helped

Q: i would say transformers alll the way: Thank you!!!! :D Definitely Transformers. Even the second one too. The second one was even better than the first one. The first Transformers will blow both Twilight movies away combined! Hehe, sorry I love Transformers I'm sick of hearing about that Twilight franchise:P

Q: I thought the movie was great, but the death of Megatron seems really rushed and just unsatisfying? Agree?: Megatron comes back in the Second one as you can c in the new trailer that they have here on yahoo! Im so excited for the second one, its gonna be great!

Q: A step up transformer increases 17.7v to 120v. what is the ratio of the current in the secondary compared to primary? Assume 92% efficiency.HELP PLEASE: Sec Curren Ratiot 17.7/(120*0.92) 0.136

Send your message to us

*Email

*TEL

*Quantity

*Unit