| Content | 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 |
Conductor drains Ø mm: OFC 28 x 0,10
Conductor insulation: PE red+blue
Conductor insulation Ø in mm: 1,5
Filler material: paper + cotton yarn
1st shield: OFC twisted 83 x 0,12
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: 45 pF/m
Cap. Inner conduct. Shield/Inner conduct.: 112 pF/m
Working temperature: -20~60 °C (min. / max.)
Working Voltage overflash: 30V
Nom Impedance: 110 Ohm |
- Durable thin PVC jacket
- Reduced 3.6 mm outer diameter
- 0.22 mm² tinned copper conductors
- Extra flexible LLDPE insulation for high tensile strength and impact resistance
- 100% aluminium foil shield plus drain wire
Purpose-designed for audio installations and rack wiring, this balanced cable features a reduced diameter and a thin durable PVC jacket. The 0.22 mm² tinned copper conductors are insulated with LLDPE (linear low density polyethylene) for extra flexibility, high tensile strength and impact resistance. The cable is fully shielded with aluminium foil plus drain wire.
Product type
Bulk Cable
Type
Microphone cable
Colour
Black
Overall diameter
3,6 mm +/- 0,2 mm
Center conductor cross section
0.22 mm²
Center conductor material
Copper, tin-plated
Center conductor construction
20 x 0.12 mm
Number of internal conductors
2
Shield material
Aluminium foil
Line resistance
87 Ohm(s)
Capacitance
68 pF/m
Weight
0,042 kg
| 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 | Belden 1812A 24AWG , 2 C Belden Microphone Cable Specifications. Price per meter.
| AWG Size |
24 |
| No. of Cond. |
2 |
| Conductor Stranding |
42/40 |
| No. of Strands |
42 |
| Strand Size |
40 |
| Nom. Insul. Thick. (in) |
0.012 |
| Jacket Thick |
0.037 |
| Nom. O.D. of Cable (in) |
0.213 |
| Approx LBS/MFT |
31 |
| Cond. Material |
High-Conductivity Bare Copper |
| Insul. Material |
Polyvinylchloride (PVC) |
| Jacket Material |
Polyvinylchloride (PVC) |
| Jacket Color |
Red, Yellow, Green, Blue, Black |
| Max. Temp |
60°C |
| Min. Temp |
-30°C |
| Voltage |
100 |
| Shield |
Overall Double Spiral Shield |
| Shield Material |
Bare Copper |
| Shield Coverage |
95% |
| Color Code Chart |
Brown, White |
| Nom. Cap. (C-C) |
33 |
| Nom. Cap. (C-SC) |
54 |
|
- Microphone cable, 6,5 mm
- Noiseless
- Loose braid quality cable, Blue
- 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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