Dry type air-core series reactor

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Dry type air-core series reactor

1. Purpose

Dry type air coreseries reactor of CKGKL series is used to connect in series with shunt capacitor bank of reactive power compensator in power system to suppress system harmonic waves, limit switch on inrush current and operation overvoltage.

2. Features

2.1. Multilayer wind duct structure, fiber glass winding encapsulation, equal distribution of impact electrical potential, The capability of anti-short circuit current is strong.

2.2. Adopted advanced computer aided design can quickly and accurately determine the structure and parameters of the product according to the application requirements of the users.

2.3. The form ofdry type air core overcomes the shortcoming of oil leakage of oil-immersed reactor, and has no iron core saturation，high inductance linearity.

2.4. Windings arewound with a variety of small section of film covered wires with the characteristics of good insulation capability, low loss, light weight,small size, maintenance-free, and so on.

2.5. The reactorcoated with UV-protective film can be both used for indoor and outdoor and the installation method is flexible.

3. Voltage class：6KV～66KV

4. Working environment

Installation location: indoor or outdoor

Altitude: ≤1000m

Ambient Temperature: -25℃～+40℃

5. Code explanation

Dry type air-core series reactor

6. Main performance parameter

Model Specification	Capacity kvar	Rated V kv	Rated Reactance rate %	Rated Reactance Ω	Rated CurrentA	Single Phase Capacitykvar	Single phase Loss 75℃	Dimension （mm）			Diameter of bottom base mm	Weight kg
Model Specification	Capacity kvar	Rated V kv	Rated Reactance rate %	Rated Reactance Ω	Rated CurrentA	Single Phase Capacitykvar	Single phase Loss 75℃	D	H	H	Diameter of bottom base mm	Weight kg
CKSGKL-72/6-6	1200	6.6/√3	6	2.178	105	24	1200	820	610	300	680	165
CKSGKL-146/6-6	2400			1.089	210	48	1810	910	530	300	770	220
CKSGKL-180/6-6	3000			0.871	262	60	2080	940	540	300	800	225
CKSGKL-216/6-6	3600			0.726	315	72	2450	1000	640	300	860	600
CKSGKL-252/6-6	4200			0.662	367	84	2520	1080	600	300	930	880
CKSGKL-288/6-6	4800			0.545	420	96	2960	1150	600	300	990	995
CKSGKL-60/10-6	1000	11/√3		7.259	52.49	20	900	813	521	300	680	560
CKSGKL-72/10-6	1200			6.048	63	24	1030	826	687	300	690	580
CKSGKL-90/10-6	1500			4.839	78.74	30	1220	832	655	300	860	580
CKSGKL-108/10-6	1800			4.032	94.49	36	1400	994	490	300	950	990
CKSGKL-144/10-6	2400			3.024	126	48	1730	1084	558	300	890	720
CKSGKL-180/10-6	3000			2.427	157	60	2050	1028	611	300	920	960
CKSGKL-216/10-6	3600			2.016	189	72	2350	1056	591	300	980	895
CKSGKL-240/10-6	4000			1.814	210	80	2540	1125	550	300	1060	1010
CKSGKL-300/10-6	5000			1.454	262	100	3000	1198	506	300	1180	1060
CKSGKL-360/10-6	6000			1.21	315	120	3360	1340	660	300	1210	1060
CKSGKL-432/10-6	7200			1.008	378	144	3580	1370	630	300	1230	1000
CKSGKL-480/10-6	8000			0.907	420	160	3890	1390	630	300	1260	977
CKSGKL-576/10-6	9600			0.756	504	192	4350	1420	630	300	1270	1065
CKSGKL-600/10-6	10000			0.726	525	200	4450	1430	630	300	990	1050
CKSGKL-252/35-6	4200	2×11		20.74	63.64	84	2635	1127	962	Horizontal	1230	1450
CKSGKL-288/35-6	4800			18.15	72.73	96	2910	1373	820		1350	1350
CKSGKL-300/35-6	5000			17.42	76	100	3240	1510	790		1370	1135
CKSGKL-360/35-6	6000			14.52	91	120	3510	1530	962		1390	1210
CKSGKL-420/35-6	7200			12.45	106	140	3540	1550	820		1420	1150
CKSGKL-48035-6	8000			10.89	121	160	3860	1580	850		1450	1200
CKSGKL-576/35-6	9600			9.075	145	192	4290	1610	880		1450	1440
CKSGKL-600/35-6	10000			8.712	152	200	4350	1620	900		1460	1440

7. Ordering basic data

n Rated Capacity

n Rated Voltage

n Rated Current

n Rated Reactance

n Installation method

n Use Condition

n Income and outcome terminal angle

n Other performance data should be indicated in contract.

Q: if my electrical equipment has a fuse; does that not mean it's protected?is it just the power grid that goes down?: The solar flare distorts the earths magnetic field. The basis all power generation is motion of a conductor through a magnetic field. So when the flare distorts the earth's magnetic field all the cables that form the electricity supply grid act as conductors in the earths distorting field. This induces currents that can lead to voltage spikes damaging equipment. The earths field is so big and ubiquitous and the distortion so rapid that often the surges as so sudden and huge that damage is done before systems designed to protect the grid can operate.

Q: I am wondering what happens when you have accidentally connected the negative cables to positive and the positive cables to negative. I have boat that has to two marine batteries and i am wondering if you were to do this will it screw things up and break things?: It depends on the details of how you mis-wired the batteries and what equipment you tried to run with the batteries mis-wired. Many devices have some built-in protection against reverse polarity, so there might not be any damage at all. If you mis-wired between the batteries, you could have damaged the batteries. If you wired them so that they were in series, you doubled the voltage on things that were connected. Light bulbs, starter motor/coil in the boat motor, electric motors will probably survive a short time in that configuration, but their lifetime is probably shorter now.

Q: e.g. medical equipment: Best thing to do is use a surge protector and if the equipment is costly enough use one voltage stabiliser/CVT/UPS in addition.

Q: I saw something about people who have problems with electrical equipment. Also lights flicker or go on and off or dim. The devices either will not work or act strangely for no apparent reason. There is nothing wrong with the equipment because it will work fine for any other person. There is a metaphysical term for people like this. They also tend ot hear static or voices when tv/radio or computers or off. It has to do with some kind of extra sensory. I am not completely sure though. Does anyone know anything about this? What does it mean?: Hi Ditto. There is a school of thought that believes all living and non living things have their own electrical properties or spheres. Each individual is classified as living thing hence has his/her own electrical property. Sometimes his/her electrical property vibrate on the same frequency with other electricalelectronic devices in his/her vicinity depending on that person state of living. It's usually a temporary state of an affair which will pass eventually.

Q: I'm a fresh grad licensed electrical engineer. Which field in electrical engineering job should i enter? for example, in construction, in manufacturing of electrical equipments in substations and the like, in distribution utilities/gencos.: gencos

Q: examples of electrical equipment in which insulators and conductors are used.and give reasons for their usethxthe one that answers will get 10 points: insulators are used on wires and places you don't want electricity to flow conductors are used in circuit boards and almost every electrical component. conductors are used to carry the flow of electricity.

Q: Conduct regular maintenance tests for the electrical equipment.The following actions should be taken to reduce the probability of potential electrical deficiencies at this facility.The Hazard: potential electrical deficiencies means the possibility that this facility will not work due to electrical problems in other words, future problems caused by lack of maintenance on the electrical equipment. Therefore, the sentence could be rephrased as follows: The following actions should be taken to to make sure all the electrical equipment stays in good working order.

Q: I just don't understand it, what does it mean when people say 3 phase or 2 phase Voltage, I know higher phases are used to power bigger more voltage demanding things but what does it mean?Can you get both AC and DC in each phase?Is phase just basically saying higher phase higher voltage for higher voltage equipment?How do you convert between phases?Are high phases created with the use of transformers or can they be created directly from things like wind turbines?What is the maximum and minimum phase?How does the phase effect the amps?: First off you need to realize that AC power is 60 cycle sine wave that goes from positive to negative. (50hz in europe). With 3 phase power you have 3 hot circuits. The peak voltage happen at a different time on each of the 3 hot circuits. You can not have any phases in DC power because DC is a constant voltage, it does not cycle from positive to negative. Higher phase does not higher voltage. You term high phase makes no sense. It's either a 3 phase circuit or a single phase circuit. A single phase circuit is when you have just one hot wire. Like your wall outlet. Note that you can get a single phase circuit by just using one part of a 3 phase circuit. Phase does not affects amps. To make a 3 phase circuit from a single phase circuit you need a motor/generator.

Q: direct tv came to the house we just moved into and the power went out when he was hooking up a reciever and turns out all our outlets are messed up except two. one is completely dead. one was red on his tester thing and he said that is dangerous--forgot what he said about it and all the other are open ground i guess, and the fuse keeps blowing. is there any way to fix it without an electrician??? my husband knows some electrical stuff thanks: particularly circumstances quite a few retailers would be secure utilising a GFI retailers further down the line, probably even in yet another room. a stable place to start would be to have your spouse stay interior the room with the lamp plugged in, and flow around the residing house tripping, and resetting all of the GFCI retailers. If the sunshine is going on then you incredibly've remoted the GFCI outlet that's preserving that wall. If it journeys returned, you have the two a defective GFI outlet, some undesirable plugs, or a short someplace interior the line. definite it is conceivable for quite a few retailers to alter into cracked or broken interior and end working. in case you have the talents to do it, start up checking the wires interior the opening for skill utilising a volt meter. in case you have skill yet no gentle, then the opening is undesirable. **** in case you're uncertain of what you're doing, call an electrician****

Q: I don't know a lot about electricity, but I know that on earth we ground our outlets, computers, etc. Do they have a means of grounding electricity in space? Are electrical systems more dangerous on spacecraft?: In electrical engineering, earthing or grounding means literally to make an electrical connection between the ground and a metal part. In practice this is usually done by connecting to the ground pin of an electrical socket, which is itself connected to ground. In permanent installations it can also be done by wiring to a piece of grounded metal, most often a water pipe. The main reason for doing this is safety. If a live wire touches a metal part such as the casing of a washing machine, it will become live or hot. If you were to touch it you would get an electric shock. By grounding the metal part, if a live wire touches it the current will flow through the metal part to the ground. This will usually cause a fuse to blow or a circuit breaker to trip, thereby isolating the supply and protecting the user. Despite what a previous answerer said, the ground is not part of the circuit of the electrical supply to your house. A separate conductor, the neutral, serves that purpose. Current only flows into the ground during a fault condition like the one I described above. In electronics, the term ground is often used to mean a part of the circuit which has zero volts on it, and may be used as a return path for electric currents in the circuit and/or a screen against electromagnetic interference. For instance, an electronic engineer may say that a part of the circuit is at 5 volts above ground.

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