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Our proven standard cable for almost every application. Stage is mechanically robust, and features low capacitance, long flex life and 90 % bare copper shielding, at an attractive price.
Features
- Fine stranded wire for high-quality signal transmission
- Very robust, with thick soft PVC jacket
- Good shielding provided by dense copper spiral shielding
- Highly flexible, well-suited for use with cable drums
- Attractively priced
Applications
| 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)
| Klorz cable Dualmic- Dual Balanced patch 2x2x0
A tin-plated inner conductor, PE insulation and an extremely dense spirally wound screen form the basis for the excellent handling and electrical characteristics which are the trademark of this balanced stereo microphone cable.
The compact external dimensions of the twin-pair zip cord allow connection to common plug types and use in a wide range of applications: stereo patching, stereo microphone cables, Y cables, insert cables.
cable design: fine tinned copper conductors, PE isolation, pair jackets parallel, separable, spiral shield, outer jacket PVC
Design
cond. construction stranded tinned copper, 18 x 0.10 mm
cond. cross section 0.14 mm²
core arrangement 2 cores twisted to a pair
pair shielding tinned copper shield
pair arrangement parallel, separable
outer jacket PVC, matt
mechanics
min. bending radius 15 mm
working temperature -20°C / +70°C
electric
conductor resistance < 125 Ω/km
capacitance
cond./cond. 80 pF/m
cond./shield 150 pF/m
insulation resistance > 1 GΩ x km
bestell nr. TP414
cable color black
weight 0.04 kg/m
| PRICE PER METER
A P P L I C A T I O N
Analogue balanced audio links
For fixed and mobile applications
For inside wiring of racks and audio equipment
Studio cabling
P R O D U C T A D V A N T A G E S
100 % shielded
For easy connection
T E C H N I C A L D A T A
NO. OF CONDUCTORS: 1 x 2 x 0,22 mm2 Copper tin plated
CONDUCTOR INSULATION: PE
SHIELDING: Aluminium foil + drain wire
JACKET: Grey PVC
DIAMETER: 2,90 mm
WEIGHT PER 1 KM: 15 Kg / km
PACKAGING: 100, 200, 1000 m roll
SUITABLE PLUG: XLR, jacks, cinchs | 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. |
- Microphone cable, 6,5 mm
- Noiseless
- Loose braid quality cable, Green
- Minimum quantity: 100 m
Construction
| Area: | 0.31 mm² | | Strands per conductor: | 27 x 0.12 mm ø bare copper OFC | | Insulation: | LDPE | | Core arrangement: | 2 cores twisted to a pair | | Shielding: | tinned copper braided | | Jacket: | PVC, matt | | Overall diameter: | 6.0 mm |
Mechanical
| Working temperature: | -10 °C / 60 °C | | Min. bending radius: | 30 mm |
Electrical
| Conductor resistance: | | | Capacitance cond./cond: | 72 pF / m | | Capacitance screen/screen: | 110 pF / m | | Insulation resistance: | > 1000 M Ω / km |
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