Intambo yeServo eKhuselekileyo ye-4G2.5 eyi-Orenji eKhuselekileyo – intambo yedatha ye-1000V eyi-PVC eKhuselekileyo ene-Multi-Cores
Intambo yeServo yeCapacitance ephantsi 4G2.5 eKhuselekileyo – Umqhubi weCopper 140/0.15, iPP Insulation 105°C, iNon-Woven Tape Binder, iTotal TCWB Tinned Copper Wire Braiding ≥80% Coverage, iPVC Sheath Orange, i-1000V Rated, 80°C, ayixhathisi kwioyile
Le ntambo ye-servo ene-capacitance ephantsi inee-cores ezine ze-2.5mm² kunye noqwalaselo lwe-G olubonisa isiseko somhlaba esinye esityheli-luhlaza. I-copper copper copper conductor ye-140/0.15 inika ukuguquguquka okugqwesileyo kunye nokumelana okuphantsi kwe-conductor ye-7.98Ω/km. I-PP insulation elinganiswe kwi-105°C iqinisekisa ukuhanjiswa kwesignali okuzinzileyo kunye neempawu ze-capacitance eziphantsi ezibalulekileyo ekusebenzeni kwe-servo drive. I-tape binder engalukwanga igcina i-core geometry, ngelixa i-copper wire braiding iyonke ene-≥80% coverage inika ukhuseleko olupheleleyo lwe-EMI. I-orenji PVC sheath inika ukumelana neoyile kunye nokuchongwa okuphezulu kokusetyenziswa kwe-servo. Ilinganiswe kwi-1000V kunye ne-80°C, le ntambo idlula kwi-2kV/min test voltage kunye ne-3kv/0.15min spark test verification, eyenza ukuba ifaneleke kakhulu kwii-servo motor connections kunye neenkqubo ze-drive kwi-industrial automation.
Iimpawu eziphambili kunye neenzuzo zobugcisa
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Ukufakwa kwe-PP okuphantsi kwe-capacitance ukuze kudluliselwe isignali ye-servo efanelekileyo
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Umqhubi wobhedu onemicu emincinci eyi-140/0.15 onokumelana okuphezulu kwe-7.98Ω/km
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Uqwalaselo lwe-4G2.5 olunesiseko somhlaba esimthubi-luhlaza ukuze kuthotyelwe ukhuseleko
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Isigqubuthelo se-TCWB braid iyonke ≥80% sokukhusela i-EMI/RFI
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Isingxobo sePVC esiorenji esingamelaniyo neoyile ukuze sichongwe njengeshishini
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Uvavanyo lwe-1000V olune-voltage yovavanyo ye-2kV/min kunye novavanyo lwe-spark lwe-3kv
Iinkcukacha kunye nolwakhiwo
| Ipharamitha | Iinkcukacha |
|---|---|
| Uqwalaselo | 4G2.5 (ii-cores ezi-4 x 2.5mm² kunye ne-1 etyheli-luhlaza) |
| Umqhubi | Ubhedu 140/0.15 |
| Ukumelana nomqhubi | Ubuninzi. 7.98Ω/km kwi-20°C |
| Ukuvala ubushushu | I-PP compound, ilinganiswe ngo-105°C |
| Isibopheleli | Iteyiphu engalukwanga |
| Isihlangu Esipheleleyo | I-TCWB ebotshelelwe ngekotoni yobhedu ≥80% |
| Isingxobo | I-PVC edityanisiweyo yeorenji, ayitshisi ioyile |
| Uvavanyo lweVoltage | 1000V |
| Uvavanyo lobushushu | 80°C |
| Uvavanyo lweVoltage | 2kV/ngomzuzu |
| Uvavanyo lweSpark | 3kv/0.15min |
Kutheni Ukhetha Intambo Yethu Ye-Servo Ene-Capacitance Ephantsi?
Siziingcali kwiintambo ze-servo ezisebenza kakuhle kakhulu ukulawula intshukumo ngokuchanekileyo. Uyilo lwethu lwe-4G2.5 ludibanisa i-PP insulation ene-capacitance ephantsi kunye ne-fine-strand 140/0.15 copper ukuze kubekho ukuthembeka okuphezulu kwesignali kunye nokuguquguquka. I-≥80% TCWB braid iqinisekisa ukhuseleko oluthembekileyo lwe-EMI kwiindawo zoshishino ezinengxolo yombane. I-PVC e-orenji engamelani neoyile inika ukuqina kunye nokuchongwa okulula. Intambo nganye ihlangabezana nemigangatho yovavanyo ye-2kV kunye ne-3kv eqinileyo. Njengomvelisi okhethekileyo, silawula zonke izigaba zemveliso, sinikezela ngobude obukhethekileyo kunye nenkxaso yobugcisa kwizicelo zakho ze-servo ezithile.
Izicelo Eziqhelekileyo – Ukusombulula Imingeni Ebalulekileyo Yezoshishino
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Uqhagamshelo lweeMoto zeServo:Isusa ukuphazamiseka kwesignali kwiinkqubo ze-servo drive kunye ne-insulation ephantsi ye-capacitance egcina ukuthembeka kwesignali ngexesha elide lokuqhuba iintambo
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Amaziko oMatshini e-CNC:Inika amandla athembekileyo kunye nempendulo kwii-axes ze-CNC ezichanekileyo apho ingxolo ye-electromagnetic ibiya kubangela iimpazamo zokubeka indawo
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Amandla engalo yeRobhothi:Ihambisa amandla acocekileyo kunye nokudluliselwa kwesiginali kwiindawo zerobhothi eziqhutywa yi-servo kwizicelo zokuhamba okuqhubekayo
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Oomatshini bokuPakisha:Iqinisekisa ulawulo oluchanekileyo lwe-servo kwizixhobo zokupakisha ezikhawulezayo apho ukulibaziseka kwesignali okanye ukuphazamiseka kuya kuphazamisa imveliso
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Imigca yokuhlanganisa ezenzekelayo:Igcina ukusebenza kwe-servo okuthembekileyo kwiindawo zokwenza izinto ngokuzenzekelayo zefektri kunye nokuphazamiseka okuphezulu kwe-electromagnetic
- Cela Idatha Yesampulu Nokuthobela Imithetho - Vavanya intambo kwisicelo sakho
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Khuphela Iinkcukacha Zobuchwephesha - Fumana idatha epheleleyo yokusebenza kombane
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Nxibelelana neQela lethu lobuNjineli - Xoxa ngeemfuno zakho zocingo lwe-elektroniki
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Fumana iKoteshini yoKhuphiswano - Izisombululo ze-OEM/ODM ziyafumaneka
FAQ
Q1: Yintoni i-capacitance ephantsi kwaye kutheni ibalulekile kwiintambo ze-servo?
A: Umthamo ophantsi we-capacitance unciphisa ukuphazamiseka kwesignali kunye nokuncipha kokusetyenziswa kweentambo ezinde, ukuqinisekisa impendulo echanekileyo ye-encoder kunye nemiqondiso yokuqhuba ukuze kulawulwe ngokuchanekileyo i-servo motor.
Umbuzo 2: Ibonisa ntoni i-"G" kwi-4G2.5?
A: U-"G" ubonisa ukuba isiseko esinye sinomthubi-luhlaza ukuze kuqhagamshelwe umhlaba/umhlaba okhuselekileyo, nto leyo eyimfuneko ukuze kuthotyelwe ukhuseleko kwiindawo zokufakelwa kwe-servo drive.
Umbuzo 3: Ibaluleke ngantoni i-7.98Ω/km yokumelana okuphezulu komqhubi?
A: Eli xabiso liphantsi lokumelana linciphisa ukwehla kwe-voltage kunye nokulahleka kwamandla, ukuqinisekisa ukuhanjiswa kwamandla ngokufanelekileyo kwiimoto ze-servo ngakumbi kumgama omde weentambo.
Umbuzo 4: Ngaba le ntambo ifanelekile ukuguquguquka rhoqo kwiindlela zentambo?
A: Le ntambo yenzelwe ukuguqa okungaguqukiyo nokuguqa ngamanye amaxesha. Kwizicelo zokuguqa okuqhubekayo, nceda uqhagamshelane neqela lethu lobunjineli ukuze ufumane iinketho ezikhethekileyo zekhebula le-servo eliguqukayo.
Q5: Le ntambo ye-servo ixhasa umlinganiselo we-voltage ongakanani?
A: Le ntambo ilinganiswe nge-1000V, ifanelekile kwiinkqubo ezininzi ze-servo drive zoshishino, kunye ne-voltage yovavanyo ye-2kV/min kunye novavanyo lwe-spark lwe-3kv ukuze kuqinisekiswe ukuthembeka kwe-insulation.