Electrical Power 3 Hole Yoke Plate hi mechanical performance mamawh, electrical safety standard, leh power system installation compatibility te vel a siam a ni a, a hnuaia thil pawimawh tak tak te hi a nei a ni.
A structure bulpui leh a material characteristics atanga thlir chuan Electrical Power 3 Hole Yoke Plate chhungril ber chu metal substrate pakhat, integral tak a ni. Material hian chakna sang tak, corrosion resistance, leh conductivity/insulation compatibility te a balance tur a ni.
Mainstream materials hi chi hnih ah then a ni a: Pakhatnaah chuan hot-dip galvanized low-carbon steel plates, power transmission line atana mainstream choice a ni. Carbon steel hniam--a ductility leh tensile strength hian load sang tak transmission atana thil tulte a tlin a ni. Surface hot-dip galvanized layer hi 85μm aia thuk lo a ni a, dense zinc-iron alloy layer a siam a, pawn lama acid ruah, salt spray, leh boruak bawlhhlawh dang a do thei a, kum 20 chuang service life a tichiang a ni.
Pahnihnaah chuan, high-strength aluminium alloy plate, a tam zawk chu medium-to-light load distribution scenario-a hman a ni. Aluminium alloy hian steel density 1/3 chauh a nei a, tower-a phurrit nasa takin a tihtlem laiin electrochemical corrosion laka invenna tha tak a nei a, metal component dangte nena galvanic reaction a veng thei bawk. Substrate thickness hi standard standard a ni lo va, design load a zirin hriat a ngai a, a tlangpuiin 6mm-20mm inkar a ni. Board warping avanga connection-a uneven stress awm loh nan board surface-a flatness error chu 0.5mm/m chhunga control a ngai a ni.
Electrical Power 3 Hole Yoke Plate-a hole configuration design hi a hnathawhna bulpui ber a ni. Mounting hole pathumte layout, size leh precision hian a adaptability leh stress stability chu direct-in a hril a ni. Hole layout hian "equilateral triangle" emaw "isosceles triangle" emaw principle a zawm a: equilateral triangle layout-a hole pathumte center-to-center distance chu a inang a, point thum-point symmetrical connection atan a tha a, chu chuan connection point pathum-ah load chu inang tlangin a sem darh thei a, point khata stress concentration a pumpelh thei bawk isosceles triangle layout-a hole spacing chu installation space tak tak angin siamrem a ni a, asymmetrical insulator string emaw cable fixing scenario-ah emaw hman a ni fo. Hole diameter chu a inmil tur bolt specification nen a inmil tur a ni. Common hole diameters chu M12, M16, leh M20 a ni a, hole diameter tolerance chu H9 grade chhungah control a ni (chu chu upper deviation +0.036mm leh lower deviation 0) a ni a, hei hian bolt leh hole wall inkar fit clearance a dik tih a enfiah a, hei hian installation a ti awlsam a, hun rei tak -term operation chhunga bolt wobbling a veng bawk. Hole wall hi countersunk emaw chamfered emaw a ni a, chamfer angle 45℃a ni a, a thuk zawng chu 1mm-2mm a ni. Hei hian bolt tihkhauh laiin hole kil hrual (sharp edge) chuan bolt washer chu a tikehsawm lo thei a, chutih rual chuan stress concentration point pawh a tihziaawm thei bawk.
Structural details leh safety features lamah chuan Electrical Power 3 Hole Yoke Plate-a edge leh surface treatment-ah hian installation safety leh operational stability hi a ngaihtuah kim vek a ni. Plate kil zawng zawng hi 3mm aia tlem lo radius-a round vek a ni a, hei hi installation laiin hnathawkte chu a sir na tak tak avanga an scratch loh nan leh thlipui na tak hnuaia airflow eddies avanga metal fatigue awm loh nan a ni. Voltage sang zawka hmanna thenkhat tan chuan connecting plate hian epoxy resin emaw polytetrafluoroethylene emaw hmanga siam insulating coating dang a nei bawk a, a thuk zawng chu 0.1mm-0.3mm a ni. Hei hian connecting plate chu a chhehvela live components atang hian a isolate tha hle a, creepage a veng thei bawk. Chubakah, connecting plate hnung lamah hian pre-installed reinforcing rib structure a awm bawk. Rib san zawng hi base plate thickness aiin a let 1.5 zetin a sang a, a zau zawng pawh base plate nen a inang bawk. Structural rigidity tihpun hian connecting plate-in bending deformation a do theihna chu a ti tha a, chu chuan hun rei tak chhunga load hnuaiah plastic deformation a awm lo tih a tichiang a ni.
Electrical Power 3 Hole Yoke Plate structural design hian modularity leh versatility a ngaih pawimawh hle. Connecting plate te hi a tam zawk chu rectangular emaw elliptical emaw a ni a, hei hian standardized components crossarms leh insulator fittings te nena connection a siam awlsam a, additional processing awm lovin assembly theih a ni. Mounting hole pathumte hi bolt, pin leh connector dangte nen a inmil vek a, connection mamawh hrang hrangah a inmil vek a ni. Chubakah, connecting plate-te rit leh dimension chu siam rit lo turin siam ṭhat a ni a, plate tin hi 1kg leh 5kg inkar a rit a, hei hian construction personnel-te tan a san zawnga hman leh dah a awlsam phah a, sak harsatna a tiziaawm a ni.
Electrical Power 3 Hole Yoke Plate structural characteristics hi a bulpui pathum a innghat a, chungte chu: mechanical stability, installation adaptability, leh environment tolerance te an ni. Material thlan leh hole design atanga detailed processing thlengin structural parameter tin hian power system-a operational requirements nen a inmil vek a, hei hian transmission leh distribution line-te him leh stable taka hnathawh theihna tur key component a ni.
