More Views

polyvinyl chloride (PVC) - Thermoplastic material with properties that are widely variable by the use of additives. All-purpose jacket material for applications with no special demands.

MC5000 high end microphone cable - double spiral shield - PVC

  • 1 x 2 x 0.50 mm² (AWG 20)
  • inner jacket for stabilising pair twisting
  • very low capacitance 55 pF/m (17 pF/ft)
  • double, counter rotating bare copper spiral shield
MC5000

SKU: MC5000.030

length30 m
weight2,646 kg
colourblack
stock:
on request
€90.05 / roll
Incl. 19% Tax, excl. Shipping Cost
incl. German VAT plus postage
MC5000

SKU: MC5000.050

length50 m
weight4,146 kg
colourblack
stock:
on request
€144.93 / roll
Incl. 19% Tax, excl. Shipping Cost
incl. German VAT plus postage
MC5000

SKU: MC5000.100

length100 m
weight7,896 kg
colourblack
stock:
on request
€282.05 / roll
Incl. 19% Tax, excl. Shipping Cost
incl. German VAT plus postage
MC5000

SKU: MC5000.200

length200 m
weight16.27 kg
colourblack
stock:
on request
€563.82 / roll
Incl. 19% Tax, excl. Shipping Cost
incl. German VAT plus postage
MC5000

SKU: MC5000.300

length300 m
weight23.77 kg
colourblack
stock:
on request
€846.15 / roll
Incl. 19% Tax, excl. Shipping Cost
incl. German VAT plus postage
MC5000

SKU: MC5000.500

length500 m
weight40,9 kg
colourblack
stock:
on request
€1,325.40 / roll
Incl. 19% Tax, excl. Shipping Cost
incl. German VAT plus postage

construction

cond. constructionstranded bare copper, 28 x 0.15 mm
cond. cross section0.50 mm2
insulationpolyethylene (PE)
core arrangement2 cores twisted to a pair
inner jacketextruded inner covering from PVC
shieldingdouble, counter-rotating, bare copper spiral shield
outer jacketPVC
overall diameter7.0 mm

mechanics

min. bending radius35 mm
working temperature-20°C / +70°C

electric

conductor resistance< 40 Ω/km
capacitance 
cond./cond.55 pF/m
cond./shield95 pF/m
insulation resistance> 0.1 GΩ x km

Details

Our highest-end microphone cable transmits signals over long distances with minimum loss and low attenuation, thanks to a range of characteristics including its cross-section of 0.50 mm². Designed with studio use in mind, the cable is packed with every possible feature to eliminate interference. The high longitudinal conversion loss (LCL) necessary for microphone cables is achieved by incorporating a range of solutions such as cores with ultra-low production tolerances, moulded PVC inner jacket around the cores to maintain their ex-factory high-precision stranding, and a stabilizing element that significantly improves pressure resistance. A double counter-rotating spiral shield provides 100% cover for the inner jacket and reliably screens the cable from electromagnetic interference.

Technical Data

construction

cond. constructionstranded bare copper, 28 x 0.15 mm
cond. cross section0.50 mm2
insulationpolyethylene (PE)
core arrangement2 cores twisted to a pair
inner jacketextruded inner covering from PVC
shieldingdouble, counter-rotating, bare copper spiral shield
outer jacketPVC
overall diameter7.0 mm

mechanics

min. bending radius35 mm
working temperature-20°C / +70°C

electric

conductor resistance< 40 Ω/km
capacitance 
cond./cond.55 pF/m
cond./shield95 pF/m
insulation resistance> 0.1 GΩ x km

Product Detail

Details

Our highest-end microphone cable transmits signals over long distances with minimum loss and low attenuation, thanks to a range of characteristics including its cross-section of 0.50 mm². Designed with studio use in mind, the cable is packed with every possible feature to eliminate interference. The high longitudinal conversion loss (LCL) necessary for microphone cables is achieved by incorporating a range of solutions such as cores with ultra-low production tolerances, moulded PVC inner jacket around the cores to maintain their ex-factory high-precision stranding, and a stabilizing element that significantly improves pressure resistance. A double counter-rotating spiral shield provides 100% cover for the inner jacket and reliably screens the cable from electromagnetic interference.

Downloads