copper wire electrical characteristics CU(Copper) Litz Wire Test data from, Litz Wire, Cable 12 Simple Copper Wire Electrical Characteristics Galleries

12 Simple Copper Wire Electrical Characteristics Galleries

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CU(Copper) Litz Wire Test Data From, Litz Wire, Cable - We are manufacturing extensive-variety of high frequency litz twine from thin sizes (extremely-nice zero.030mm x 1150 strands) to thick sizes (zero.100mm x 64,500 strands). Jacket, extrusion or serving (along with wrapping) : double kapton wrapped(cw, ccw), square kind, nylon(66), pure silk, nomex, teflon(fep, etfe, pfa), xlpe, xlpo, p.C, silicon, mylar, dacron wire and cable are available.

On the following desk, in case of copper twine, if the conductor’s diameter is 0.34mm, the tolerance of the diameter ought to be ±zero.006mm and the overall diameter ought to be zero.385mm(tolerance 0.1/2, -zero.004mm). On similar case, the max. Conductor resistance should be 322.6ω/km at 20℃. The others are same as 0.34mm.

The subsequent desk(anxiety table for coiling) suggests the coil tension based on gram as in line with the dimensions of copper conductor from 0.020mm~2.0mm. Therefore, you may count on the bending radius of the wound coil’s size and diverse winding condition of copper cord earlier than fabrication or production.

Soft copper wire for enameled twine size table of self-bonding enameled copper wire(elegance 1, 2) dimension desk of enameled copper twine(class 2, three), ks / jis measurement desk of enamelled copper cord(class zero, 1), (ks/jis) enamelled copper wires of pu/pe/pei self-bonding enameled twine self-lubricating enameled cord special enameled litz wire tension table for coiling crazing and therapy effect of various enameled wires essential properties of numerous enameled wires copper cord : bare & insulation the soft copper wire ought to be tested by means of numerous methods consisting of its diameter(mm), tolerance(mm), pass phase area(mm), weight(kg) in keeping with kilometer, conductivity() at 20℃, electric resistance(ω) in step with kilometer at 20℃, tensile load(kg), tensile electricity(kg) according to ㎟, elongation(trendy distance, 250mm) for production enamelled copper cord earlier than litz wire fabrication. The table of gentle copper wire for enameled cord concerning the below desk(magnificence 1 & 2), (i) the facts shows that the bottom coating(=bc) minimum thickness(mm) approach 1st enameled insulation(1~2 times coating). (Ii) the outer coating(=tp, top coating) minimum thickness(mm) way 2d enameled insulation with 1~3 instances coating and then the self bonding varnish is lined on tp and (iii) the maximum usual diameter(mm) is bare copper conductor 1st, 2d enameled insulation self bonding varnish coating (iv) the maximum conductor resistance(ω) is tested by in keeping with kilometer and at 20℃. Size table of self-bonding enameled copper twine elegance 1 and 2 concerning the beneath table(magnificence 2 & 3), (i) most film thickness(mm) will be the top coating(tp), second enameled insulation with 1~3 times coating after base coating(=bc) with 1~2 instances coating, (ii) the maximum average diameter(mm) is bare copper conductor 1st, 2d enameled insulation and (iii) the most conductor resistance(ω) is tested with the aid of in step with kilometer & at 20℃. Fyr, the diameter levels are from 0.020mm(naked conductor) ~ 1.0mm. Measurement table of enameled copper twine elegance 2 and 3 the following desk(elegance 0 & 1) indicates that (i) the conductor way naked country earlier than teeth lined, (ii) max. Movie thickness of class 0 & 1 approach the thick of thickest enamel coating, (iii) max. Overall diameter approach a naked copper conductor enamel coating. (Iv) the maximum conductor resistance(ω) is tested by way of in line with kilometer & at 20℃. Fyr, the diameter tiers are from 0.10mm(bare conductor) ~ three.20mm and the tooth coating thickness is as following, magnificence 0 > class 1 > elegance 2 > elegance three. Measurement desk of enameled copper wire class 0 and 1 1. Polyurethane enameled cord designation uew thermal elegance b (130℃) f (one hundred fifty five℃) specification nema mw seventy five c, ksc-3107(6), jisc-3202(6) traits – solderable and self-fluxing without problems without stripping off the film. ?? appropriate electric properties even at high frequencies. ?? right mechanical houses, moisture and chemical resistance. ?? colorable in crimson, green, etc. ?   2. Polyester enameled cord designation pew thermal magnificence f (a hundred and fifty five℃) specification nema mw five c, ksc-3107(5), jisc-3202(five) characteristics – changed polyester resin. ?? suitable warmth resistance. ?? flexibility and adhesion similar to p.V.F – has a tendency to hydrolyze in moisture environments. ?   3. Polyester-imide enamelled cord designation eiw thermal magnificence h (one hundred eighty℃) specification nema mw 30 c, ksc-3107(eight), jisc-3202(eight) traits – changed polyester resin. ?? elegance h modified polyester resin. ?? exquisite electric properties and thermal growing old resistance. ?? accurate refrigerants(freon) resistance and chemical resistance. ?   four. Solderable polyesterimide enamelled wire designation eiw ul thermal magnificence h (one hundred eighty℃) specification nema mw seventy seven c traits – solderable with out casting off the film – outstanding electrical residences and thermal growing older resistance. 1. Polyurethane poly-amide wire designation sb-ue-yw thermal class b(a hundred thirty℃), f(155℃) specification nema mw eighty c, ksc-3107(7), jisc-3202(7) characteristics – base coating-polyurethane top coating-polyamide resin – to bond adjacent coils or layers with thermal plastic overcoat. ?? keeps the solderable characteristic. ?? bonding is carried out with the aid of the use of solvent(alcohol)     2. Polyester poly-amide cord designation sb-pe-yw thermal elegance f(155℃) specification – characteristics – base coating-polyester pinnacle coating-polyamide resin – to bond adjoining coils or layers with thermal plastic overcoat. ?? bonding is carried out through the use of solvent(alcohol) and heating. ?   3. Polyester-imide poly-amide twine designation sb-ei-nyw thermal magnificence h(180℃) specification – characteristics   – base coating-polyesterimide top coating-polyamide resin – to bond adjacent coils or layers with thermal plastic overcoat. ?? excessive temperature characteristics, dielectric breakdown voltage, warmth surprise resistance and lubricity. ?? bonding is carried out by means of heating and pressing. 1. Polyurethane nylon cord designation ue-nyw thermal class b(a hundred thirty℃), f(one hundred fifty five℃) specification nema mw 28 c characteristics – base coating-polyurethane pinnacle coating-polyamide resin(nylon) – high temperature characteristics. ?? properly abrasion resistance, windability due to the nylon overcoat – expanded solvent resistance and ther thermal score of the insulation.) ?   2. Polyester nylon twine designation pew-nyw thermal class f(one hundred fifty five℃) specification nema mw 24 c characteristics – base coating-polyester pinnacle coating-polyamide resin(nylon) – excessive temperature traits. ?? excellent abrasion resistance, windability and flexibility. ?? suitable solvent resistance. ?   3. Polyester-imide nylon twine designation pei-nyw thermal class h(a hundred and eighty℃) specification nema mw seventy six c characteristics – base coating-polyesterimide top coating-polyamide resin(nylon) – excessive temperature characteristics. ?? correct abrasion resistance, windability and flexibility. ?? good solvent resistance. 1. Polyester-imide poly-amide enameled cord designation ei-aiw thermal elegance h(two hundred℃) specification nema mw 35 c, ul listed characteristics – base coating-polyesterimide top coating-polyamidemide – super thermal, electric, mechanical and chemical houses. ?? particularly appropriate resistance to freon 22. ?   2. Litz twine(self-bonding, solderable polyester-imide poly-amide litz wire) designation litz-sei-sb thermal elegance h(one hundred eighty℃) specification – characteristics – woven cord constructed of in my view movie insulated wires – self-solderable. ?? limit the electricity losses due to the “pores and skin effect”. ?? properly excessive frequency characteristic     three. Nylon enameled cord designation new or ncw thermal class a(105’c) specification nema mw 6 c characteristics – base coating-polyesterimide top coating-polyamide resin(nylon) – composed of poly-amid resin.(Nylon 12) – akin to uew – the film will short circuit at a hard and fast temperature.(Alternative for the thermal fuse) the following table(tension table for coiling) suggests the coil anxiety based totally on gram as consistent with the dimensions of copper conductor from zero.020mm~2.0mm. Therefore, you can expect the bending radius of the wound coil’s length and diverse winding situation of copper cord earlier than fabrication or manufacturing. Tension desk for coiling the below table explains diverse enameled wires'(pvf, eiw, uew, pew = enamel insulation type as according to temperature) crazing and cure effect as nicely as it shows the case of sample winding and immersion after wound and heating for 30 minutes at a hundred and twenty℃. You ought to get a few records and records from this table before producing self-bonding kind litz-cord or preferred kind. Crazing and treatment impact regarding the under table, copper cord or aluminum wire suggests which will be tolerated underneath check condition as in line with every insulation kind – uew: polyurethane enamelled copper wire – pew : polyester enamelled copper wire – eiw : polyesterimide enamelled copper twine – aiw : polyamideimide enamelled copper cord – ei-aiw : polyesterimide-polyamideimide enameled copper cord – uew/n, pew/n, eiw/n : lubricating enameled copper twine – sl-ei/aiw : self-lubricating polyesterimide-polyamideimide enameled copper wire vital homes of numerous enameled wires on the subsequent table, in case of copper cord, if the conductor’s diameter is 0.34mm, the tolerance of the diameter have to be ±0.006mm and the general diameter ought to be 0.385mm(tolerance zero.0.5, -0.004mm). On similar case, the max. Conductor resistance must be 322.6ω/km at 20℃. The others are equal as 0.34mm. Gadw(gadwc) : copper wire naked & insulation.