• Product 33 of 130
200-0281

Microphone Cable SC-Carbokab 225; 2 x 0,25 mm²; S-PVC Ø 7,60 mm; black

  • Product 33 of 130
200-0281

Microphone Cable SC-Carbokab 225; 2 x 0,25 mm²; S-PVC Ø 7,60 mm; black

13,15 €*
Note: coiling charges will apply

Same procedure as every...

new cable designs are boiled up in the studio technology sector to impress the users. Solid wires are readily used as inner conductors, with enhanced conductivity of the surface layer and a stranding technique for improved audio transmission. This is only true in theory, because a solid wire has a lot of drawbacks. It is so hard that the insulation can be damaged even with little movements, and it is barely ductile which means that already with slight bendings the Cu surface can be bulged. Tensile forces acting upon the connector pins must not be underestimated either. To overcome those problems SOMMER CABLE has developed the new SC-Carbokab 225 with a conductor smoothing of highly compressed carbon that is directly applied to the concentrically stranded wires. It offers the same electrical benefits like a solid wire, yet stays flexible and guarantees consistent, excellent values. The good transmission properties of the SC-Carbokab 225 also provide an absolutely linear sound image over long distances of up to 200 metres. The shielding with 100 % optical coverage (AL fleece + copper mesh screen) is important, because you will hardly find more interference signals coming from peripheral units (effects devices, computers, synthesizers, etc.) than in the professional studio. For the insulation we use a special HD-PP to ensure lowest capacitance values. With this cable you are “state-of-the-art“ and can avoid tiresome “esoteric“ discussions in the future!

Advantages:

  • Linear audio transmission due to carbon conductor smoothing to emulate the
    benefits of a solid wire
  • Low capacitance due to the use of the HD-PP high-end insulating material
  • Excellent shielding with Cu mesh screen (+ drain wire) and AL fleece
  • High conductivity due to the use of OFC 6 (oxygen-free class 6) copper

Application:

  • Highly professional studio and installation technology
  • Demanding OB van technology for radio and broadcasting
  • First-class hifi connection (red and white conductors on pin 1, separate shielding)
Article number 200-0281
Name SC-Carbokab 225
EAN 4049371003599
Properties Analog
Properties Digital 110 Ω AES / EBU
Properties OFC oxygen free copper
Application area Installation
Application area Studio / Broadcast
Application area Mobile outdoor / indoor
Application Microphone Cable
Colour black
Colour detailed black
Signal transmission symmetrical
Construction (2LI2Y0,25mm²)(ST)CY
Jacket material S-PVC
Jacket Ø [mm] 7,60
Number of Channels (audio) 1
Inner conductor (audio) 2
Inner conductor (audio) [mm²] 0,25
Inner conductor Ø (audio) [mm] 0,56
AWG (audio) 23
Shielding Copper braiding tin-plated 95% + AL-fleece + filler strand
Shielding factor [%] 100
Copper strands (audio) 65
Copper strand Ø (audio) [mm] 0,07
Conductor insulation material HD-PP
Conductor insulation Ø [mm] 1,55
Weight per 1 m [g] 75
UV-resistant yes
Fire load per m [kWh] 0,22
Style variant round
Packing 100 m, bulk stock
Temperature min. [°C] -25
Temperature max. [°C] 70
Width [mm] 7,6
[mm] 7,6
Capac. cond./cond. per 1 m (audio) [pF] 46
Capacity wire/wire at 1 ft. (audio) [pF] 14,0208
Capac. cond./shield. per 1 m (audio) [pF] 90
Capacity wire/electic screen at 1 ft. (audio) [pF] 27,432
Impedance [Ω] 110
Insulation resist. per 1 km [GΩ] 0,2
Insulation resist. per 1000 feet [GΩ] 0,061
Insulation resist. per 1 km (audio) [GΩ] 0,2
Insulation resist. per 1000 feet (audio) [GΩ] 0,061
Conductor resistance per 1 km [Ω] 78
Conductor resistance per 1000 ft. [Ω] 23,7744
Shield. resistance per 1 km [Ω] 10
Shield. resistance per 1000 ft. [Ω] 3,048
BPVo-Euroclass Fca
SC-Carbokab 225
Microphone Cable

Advantages:
- Linear audio transmission due to carbon conductor smoothing to emulate the
benefits of a solid wire
- Low capacitance due to the use of the HD-PP high-end insulating material
- Excellent shielding with Cu mesh screen (+ drain wire) and AL fleece
- High conductivity due to the use of OFC 6 (oxygen-free class 6) copper

Application:
- Highly professional studio and installation technology
- Demanding OB van technology for radio and broadcasting
- First-class hifi connection (red and white conductors on pin 1, separate shielding)

Technical Data:
- Article number: 200-0281
- Name: SC-Carbokab 225
- EAN: 4049371003599
- Properties: Analog
- Properties: Digital 110 Ω AES / EBU
- Properties: OFC oxygen free copper
- Application area: Mobile outdoor / indoor
- Application area: Studio / Broadcast
- Application area: Installation
- Application: Microphone Cable
- Colour: black
- Signal transmission: symmetrical
- Construction: (2LI2Y0,25mm²)(ST)CY
- Jacket material: S-PVC
- Jacket Ø: 7,60 mm
- Jacket Ø: 0.2992 "
- Number of Channels (audio): 1
- Inner conductor (audio): 2
- Inner conductor (audio): 0,25 mm²
- Inner conductor (audio): 0.0004 sqin
- Inner conductor Ø (audio): 0,56 mm
- Inner conductor Ø (audio): 0.022 "
- AWG (audio): 23
- Shielding: Copper braiding tin-plated 95% + AL-fleece + filler strand
- Shielding factor: 100 %
- Copper strands (audio): 65
- Copper strand Ø (audio): 0,07 mm
- Copper strand Ø (audio): 0.0028 "
- Conductor insulation material: HD-PP
- Conductor insulation Ø: 1,55 mm
- Conductor insulation Ø: 0.061 "
- Weight per 1 m: 75 g
- Weight at 1000 ft.: 50.4687 lbs
- UV-resistant: yes
- Fire load per m: 0,22 kWh
- Style variant: round
- Packing: 100 m, bulk stock
- Temperature min.: -25 °C
- Temperature max.: 70 °C
- Width: 7,6 mm
- Width: 0.2992 "
- Height: 7,6 mm
- Height: 0.2992 "
- Capac. cond./cond. per 1 m (audio): 46 pF
- Capacity wire/wire at 1 ft. (audio): 14.0208 pF
- Capac. cond./shield. per 1 m (audio): 90 pF
- Capacity wire/electic screen at 1 ft. (audio): 27.432 pF
- Impedance: 110 Ω
- Insulation resist. per 1 km: 0,2 GΩ
- Insulation resist. per 1000 feet: 0.061 GΩ
- Insulation resist. per 1 km (audio): 0,2 GΩ
- Insulation resist. per 1000 feet (audio): 0.061 GΩ
- Conductor resistance per 1 km: 78 Ω
- Conductor resistance per 1000 ft.: 23.7744 Ω
- Shield. resistance per 1 km: 10 Ω
- Shield. resistance per 1000 ft.: 3.048 Ω
- BPVo-Euroclass: Fca

Details

Same procedure as every...

new cable designs are boiled up in the studio technology sector to impress the users. Solid wires are readily used as inner conductors, with enhanced conductivity of the surface layer and a stranding technique for improved audio transmission. This is only true in theory, because a solid wire has a lot of drawbacks. It is so hard that the insulation can be damaged even with little movements, and it is barely ductile which means that already with slight bendings the Cu surface can be bulged. Tensile forces acting upon the connector pins must not be underestimated either. To overcome those problems SOMMER CABLE has developed the new SC-Carbokab 225 with a conductor smoothing of highly compressed carbon that is directly applied to the concentrically stranded wires. It offers the same electrical benefits like a solid wire, yet stays flexible and guarantees consistent, excellent values. The good transmission properties of the SC-Carbokab 225 also provide an absolutely linear sound image over long distances of up to 200 metres. The shielding with 100 % optical coverage (AL fleece + copper mesh screen) is important, because you will hardly find more interference signals coming from peripheral units (effects devices, computers, synthesizers, etc.) than in the professional studio. For the insulation we use a special HD-PP to ensure lowest capacitance values. With this cable you are “state-of-the-art“ and can avoid tiresome “esoteric“ discussions in the future!

Advantages:

  • Linear audio transmission due to carbon conductor smoothing to emulate the
    benefits of a solid wire
  • Low capacitance due to the use of the HD-PP high-end insulating material
  • Excellent shielding with Cu mesh screen (+ drain wire) and AL fleece
  • High conductivity due to the use of OFC 6 (oxygen-free class 6) copper

Application:

  • Highly professional studio and installation technology
  • Demanding OB van technology for radio and broadcasting
  • First-class hifi connection (red and white conductors on pin 1, separate shielding)

Article number 200-0281
Name SC-Carbokab 225
EAN 4049371003599
Properties Analog
Properties Digital 110 Ω AES / EBU
Properties OFC oxygen free copper
Application area Installation
Application area Studio / Broadcast
Application area Mobile outdoor / indoor
Application Microphone Cable
Colour black
Colour detailed black
Signal transmission symmetrical
Construction (2LI2Y0,25mm²)(ST)CY
Jacket material S-PVC
Jacket Ø [mm] 7,60
Number of Channels (audio) 1
Inner conductor (audio) 2
Inner conductor (audio) [mm²] 0,25
Inner conductor Ø (audio) [mm] 0,56
AWG (audio) 23
Shielding Copper braiding tin-plated 95% + AL-fleece + filler strand
Shielding factor [%] 100
Copper strands (audio) 65
Copper strand Ø (audio) [mm] 0,07
Conductor insulation material HD-PP
Conductor insulation Ø [mm] 1,55
Weight per 1 m [g] 75
UV-resistant yes
Fire load per m [kWh] 0,22
Style variant round
Packing 100 m, bulk stock
Temperature min. [°C] -25
Temperature max. [°C] 70
Width [mm] 7,6
[mm] 7,6
Capac. cond./cond. per 1 m (audio) [pF] 46
Capacity wire/wire at 1 ft. (audio) [pF] 14,0208
Capac. cond./shield. per 1 m (audio) [pF] 90
Capacity wire/electic screen at 1 ft. (audio) [pF] 27,432
Impedance [Ω] 110
Insulation resist. per 1 km [GΩ] 0,2
Insulation resist. per 1000 feet [GΩ] 0,061
Insulation resist. per 1 km (audio) [GΩ] 0,2
Insulation resist. per 1000 feet (audio) [GΩ] 0,061
Conductor resistance per 1 km [Ω] 78
Conductor resistance per 1000 ft. [Ω] 23,7744
Shield. resistance per 1 km [Ω] 10
Shield. resistance per 1000 ft. [Ω] 3,048
BPVo-Euroclass Fca

SC-Carbokab 225
Microphone Cable

Advantages:
- Linear audio transmission due to carbon conductor smoothing to emulate the
benefits of a solid wire
- Low capacitance due to the use of the HD-PP high-end insulating material
- Excellent shielding with Cu mesh screen (+ drain wire) and AL fleece
- High conductivity due to the use of OFC 6 (oxygen-free class 6) copper

Application:
- Highly professional studio and installation technology
- Demanding OB van technology for radio and broadcasting
- First-class hifi connection (red and white conductors on pin 1, separate shielding)

Technical Data:
- Article number: 200-0281
- Name: SC-Carbokab 225
- EAN: 4049371003599
- Properties: Analog
- Properties: Digital 110 Ω AES / EBU
- Properties: OFC oxygen free copper
- Application area: Mobile outdoor / indoor
- Application area: Studio / Broadcast
- Application area: Installation
- Application: Microphone Cable
- Colour: black
- Signal transmission: symmetrical
- Construction: (2LI2Y0,25mm²)(ST)CY
- Jacket material: S-PVC
- Jacket Ø: 7,60 mm
- Jacket Ø: 0.2992 "
- Number of Channels (audio): 1
- Inner conductor (audio): 2
- Inner conductor (audio): 0,25 mm²
- Inner conductor (audio): 0.0004 sqin
- Inner conductor Ø (audio): 0,56 mm
- Inner conductor Ø (audio): 0.022 "
- AWG (audio): 23
- Shielding: Copper braiding tin-plated 95% + AL-fleece + filler strand
- Shielding factor: 100 %
- Copper strands (audio): 65
- Copper strand Ø (audio): 0,07 mm
- Copper strand Ø (audio): 0.0028 "
- Conductor insulation material: HD-PP
- Conductor insulation Ø: 1,55 mm
- Conductor insulation Ø: 0.061 "
- Weight per 1 m: 75 g
- Weight at 1000 ft.: 50.4687 lbs
- UV-resistant: yes
- Fire load per m: 0,22 kWh
- Style variant: round
- Packing: 100 m, bulk stock
- Temperature min.: -25 °C
- Temperature max.: 70 °C
- Width: 7,6 mm
- Width: 0.2992 "
- Height: 7,6 mm
- Height: 0.2992 "
- Capac. cond./cond. per 1 m (audio): 46 pF
- Capacity wire/wire at 1 ft. (audio): 14.0208 pF
- Capac. cond./shield. per 1 m (audio): 90 pF
- Capacity wire/electic screen at 1 ft. (audio): 27.432 pF
- Impedance: 110 Ω
- Insulation resist. per 1 km: 0,2 GΩ
- Insulation resist. per 1000 feet: 0.061 GΩ
- Insulation resist. per 1 km (audio): 0,2 GΩ
- Insulation resist. per 1000 feet (audio): 0.061 GΩ
- Conductor resistance per 1 km: 78 Ω
- Conductor resistance per 1000 ft.: 23.7744 Ω
- Shield. resistance per 1 km: 10 Ω
- Shield. resistance per 1000 ft.: 3.048 Ω
- BPVo-Euroclass: Fca

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