OEM Cavs sensorem Wiring

Conductor: Cu-Etp1 (aeris Electrolytic Lenta Pice) ad Jis C (XXX) CII
Valerius: PVC
Operating temperatus: -40 ° C ad LXXX
Latin obsequium: Jaso d 611-94

Mitte inscriptio nobis

Product Detail

Product Tags

OEMCavs Sensorem Wiring

Elevate vestri automotive electrica systems cum nostris sensorem wiring, exemplar Cavs, specie disposito pro praecisione et reliability in eget wiring applications. Hoc PVC-insulated, una-core low-tensio cable est machinatum ad occursum postulantes requisitis modern vehicles, ensuring optimal perficientur et salus.

Application:

Sensorem Wiring, exemplar Cavs, est idealiter idonea ad usum in eget wiring systems, providing depingens connectivity ad variis sensoriis et electronic components in vehiculo. Utrum usus in engine procuratio systems, abs vel alium discrimine automotive electronics, hoc cable ensures quod significationibus sunt traducitur verius et efficiently, etiam in dura conditionibus.

Construction:

Conductor: Fabriced cum summus qualitas cu-etp1 (aeris electrolytic lenta picem) ad normam jis c MMMCII signa, et conductor praebet optimum electrica conductivity et diuturnitatem.
Valerius: PVC velit providet robust praesidium contra environmental factores, inter abrasione, chemicals et temperatus fluctuations, cursus diu perpetua perficientur.

Technical parametri:

Operating Temperature: disposito ad operari in late temperatus range of -40 ° C ° C ° C, Sensor Wiring Model Cavs est fideliora in utraque frigore et calidum ferendum.
Latin obsequium, cum Jaso D 611-94, hoc cable occurrit industria signa, spondet consistent qualitas et perficientur in automotive applications.

Conductor			Initium	Funiculus
Nominal Cross- sectionem	No. et dia. de fila.	Diametrum Max.	Electrical resistentia ad XX ℃ max.	crassitudine murum nom.	Altiore diametri min.	Altiore diametri max.	Pondus proxime.
mm2	No./mm	mm	Mω / M	mm	mm	mm	Kg / km
I x0.30	VII / 0,26	0,7	50.2	0,35	1.4	1.5	3
I x0.50	VII / 0,32	0,9	32.7	0,35	1.6	1.7	5
I x0.85	XI / 0,32	1.1	20.8	0,35	1.8	1.9	7
I X1.25	XVI / 0,32	1.4	14.3	0,35	2.1	2.2	10