| Content |
- Order no. KMK 222 r
- Colours: red
The large cross-section and low capacitance ensure excellent transmission quality even over long runs. 95 % shielding and a robust rubber-like matt outer jacket guarantee maximum flexibility even at very low temperatures.
Features
- The use of OFC strands and a large conductor cross-section of 2 x 0.34 mm2 ensure high-quality signal transmission
- Very low capacitance due to PE insulation
- Good shielding provided by dense copper spiral shielding
- Highly flexible, well-suited for use with cable drums
- Attractively priced
Applications
- Stage
- Studio
- ELA techniques
|
MC-216
Black mic/line cable, 100m. on spool
Technical Info
• Conductor drains Ø mm: OFC 28 x0,10
• Conductor insulation: PE red+blue
• Conductor insulation Ø in mm: 1,5
• Filler material: paper + cotton yarn
• 1st shield: OFC twisted 83x0,12
• 2nd shield: -
• Outer isolation: PVC black,blue,red,yellow+green
• Outer isolation Ø in mm: 6
Conductor resistance: 80 Ohm/Km
Shield resistance: 25 Ohm/Km
Capacity Inner conductor: 60 pF/m
Capacity Inner cond Shield / Inner cond: 78 pF/m
Working temperature min / max: -20~60 °C
Working Voltage overflash: 30V
Nom Impedance: 110 Ohm | 7138 High Quality Microphone Cable Analog and Digital AES/EBU
Meeting the 110 ohm AES/EBU standard, this high quality balanced microphone cable is suitable for both analog and digital transmission. It features a pair of finely stranded oxygen-free copper conductors with a cross-sectional area of 0.22 mm² and a dual spiral shield of bare copper on a semiconductor layer. A thick, yet flexible PVC jacket and the PVC filler provide strength and excellent resistance to abrasion and impact.
Overall diameter
6.2 +/- 0.2 mm
Center conductor cross section
0.22 mm²
Center conductor material
Copper OFC
Center conductor construction
28 x 0.10 mm
Number of internal conductors
2
Shield material
Double Copper Spiral Shielding with 2x 88 x 0,1mm and semiconductor
Line resistance
50 Ohm(s)
| Technical characteristics:
- Cond Number Nominal Section mm²2 x 0,50
- Formation16 x 0,20
- External Dimension (mm)7,0
- External core (mm)2,1
- Conductor Resistance Ohm/Km ±5%45
- Operative Temperature (°C)-15°/+70°
- Capacity (pF/mt) core/core56
- Capacity (pF/mt) core/shield95
- Max operative Voltage VAC 49V
- Spool or Reel (mt)100
- Spool kindB
- Weight Kg6,7
Description:
Braided shielded balanced microphone O.F.C. cable
95% shielded - tinned copper
Conductors: 1 red copper and 1 tinned copper
Conductor insulation in compact PE
Inner sheath between cores and shield in PVC
Outer sheath in PVC colour: transparent
Professional cable for broadcast, suitable for installation on long distances. |
Our top microphone cable! 100 % shielding, with braided shielding plus AL/PT foil around the conductor pair. Excellent electrical properties and flexible handling speak for themselves. Ideal for applications where electrical interference could affect data transfer.
Product type
Bulk Cable
Type
Microphone cable
Colour
red
Overall diameter
6.5 mm
Center conductor cross section
0.22 mm²
Center conductor material
copper
Center conductor construction
32 x 0.1 mm
Number of internal conductors
2
Shield material
Copper / aluminium foil
Shield
Braided / wound shielding
Line resistance | MICROPHONE CABLE 24AWG/0.22mm² 0.22mm² PVC / Price per meter
Product Details
BE46349 Rugged Low Impedance Braided Screen Cable
This Belden® low impedance, balanced, flexible microphone cable is used for connecting low level microphones.
Features and Benefits
· Flexible
· Low impedance
· 92% Bare copper spiral serve braid
Applications
· Microphone
· Musical instruments
Standards
RoHS
| Attribute |
Value |
| Number of Pairs |
1 |
| Shield Type |
Tinned Copper Braid |
| Outer Diameter |
6.1mm |
| Outer Sheath Material |
PVC |
| Core Strands |
32/0.1 mm |
| American Wire Gauge |
24 AWG |
| Cross Sectional Area |
0.22 mm² |
| Sheath Colour |
Black |
| Cable Shape |
Twisted Pair |
| Number of Strands |
32 |
| Size of Strands |
0.1 mm |
| Standards Met |
73/23/EEC, 93/68/EEC |
| Series |
BE46349 |
Weight 42Kg/Km |
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