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Brand:DUOLINK
Description:? Model: HSYV-3、HSYV-5e(CAT5E)、 HSYV-6(CAT6)、 HSYVP-6A(CAT6A)、 HSYPV-7(CAT7)、 HSYPV-7A(CAT7A) ? Section and specification range: 1-37 pairs, 0.4-0. 7mm2 ? Implementation standard: YD/T1019-2013 ? Conductor: Oxygen-free copper, single conductor or multiple conductors, tinned or untinned ? Insulation: polyolefin insulation ? Insulation colors: brown/white, blue/white, green/white, orange/white, logarithmic digital identification ? Shielding mode: copper wire braided + aluminum/plastic composite tape shielding ? Sheath materials: ordinary PVC, flame retardant PVC, polyhydrocarbon ? Color: Black, gray ? Maximum operating temperature of 9 conductor: 70℃ ? Length of 10 rolls: 100 meters in rolls and >100 meters in disk ? Scope of application: Category 3-7A cables for digital communication in integrated wiring system. ? It is suitable for the wiring between the communication lead-out end of the working area and the distribution frame between the handover or the wiring between the communication lead-out end of the user and the distribution frame in the indoor and building integrated wiring system.
Origin:China Zhejiang
Model:CAT5E,CAT6,CAT7
Product detail:
♦ Model: HSYV-3、HSYV-5e(CAT5E)、 HSYV-6(CAT6)、 HSYVP-6A(CAT6A)、 HSYPV-7(CAT7)、 HSYPV-7A(CAT7A)
♦ Section and specification range: 1-37 pairs, 0.4-0. 7mm²
♦ Implementation standard: YD/T1019-2013
♦ Conductor: Oxygen-free copper, single conductor or multiple conductors, tinned or untinned
♦ Insulation: polyolefin insulation
♦ Insulation colors: brown/white, blue/white, green/white, orange/white, logarithmic digital identification
♦ Shielding mode: copper wire braided + aluminum/plastic composite tape shielding
♦ Sheath materials: ordinary PVC, flame retardant PVC, polyhydrocarbon
♦ Color: Black, gray
♦ Maximum operating temperature of 9 conductor: 70℃
♦ Length of 10 rolls: 100 meters in rolls and >100 meters in disk
♦ Scope of application: Category 3-7A cables for digital communication in integrated wiring system.
♦ It is suitable for the wiring between the communication lead-out end of the working area and the distribution