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    Ficha Tecnica MOGAMI 2534 e 2893

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    Rubens Silva
    This document provides specifications for two types of microphone cables: Part No. 2534 and Part No. 2893. Both cables have 4 conductors and flexible PVC jackets. The 2534 cable has thicker conductors and shielding and can withstand more flex cycles than the 2893 cable. The document lists various electrical, mechanical, and performance characteristics for each cable type.

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    © All Rights Reserved
    Download as PDF, TXT or read online from Scribd

    Ficha Tecnica MOGAMI 2534 e 2893

    Uploaded by

    Rubens Silva
    197 views1 page
    This document provides specifications for two types of microphone cables: Part No. 2534 and Part No. 2893. Both cables have 4 conductors and flexible PVC jackets. The 2534 cable has thicker conductors and shielding and can withstand more flex cycles than the 2893 cable. The document lists various electrical, mechanical, and performance characteristics for each cable type.

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    This document provides specifications for two types of microphone cables: Part No. 2534 and Part No. 2893. Both cables have 4 conductors and flexible PVC jackets. The 2534 cable has thicker conductors and shielding and can withstand more flex cycles than the 2893 cable. The document lists various electrical, mechanical, and performance characteristics for each cable type.

    Copyright:

    © All Rights Reserved
    Download as PDF, TXT or read online from Scribd
    Download as pdf or txt
    197 views1 page

    Ficha Tecnica MOGAMI 2534 e 2893

    Uploaded by

    Rubens Silva
    This document provides specifications for two types of microphone cables: Part No. 2534 and Part No. 2893. Both cables have 4 conductors and flexible PVC jackets. The 2534 cable has thicker conductors and shielding and can withstand more flex cycles than the 2893 cable. The document lists various electrical, mechanical, and performance characteristics for each cable type.

    Copyright:

    © All Rights Reserved
    Download as PDF, TXT or read online from Scribd
    Download as pdf or txt
    of 1

    MICROPHONE CABLES

    NEGLEX QUAD MIC. CABLES


    SPECIFICATIONS
    Configuration

    Part No.

    2534

    2893

    No. of Conductor

    Details

    Conductor

    Size(mm2 )
    Ov. Dia.(mm)
    Insulation

    Material

    1.6(0.063")

    1.0(0.039")

    Blue/Clear(Quad)

    Approx. 62/0.18A

    Ov. Dia.(mm)
    Jacket

    30/0.08 OFC
    0.15mm2(#26AWG)

    XLPE( Cross-Linked Polyethylene )

    Colors
    Served Shield

    20/0.12 OFC
    0.226mm2(#24AWG)

    Material

    6.0(0.236")

    Black/Red/Blue/Clear
    Approx. 72/0.12A
    4.8(0.189")

    Flexible PVC

    Flexible PVC

    10 colours available

    5 colours available

    Roll Sizes

    50 m (164Ft)
    100m (328Ft)
    200m (656Ft)

    50 m (164Ft)
    100m (328Ft)
    200m (656Ft)

    Weight per 200m Roll

    11 kg

    Colors

    7.5kg

    ELECTRICAL & MECHANICAL CHARACTERISTICS


    Part No.
    DC Resistance
    DW

    Inner Cond.
    Shield

    Capacitance at 1kHz,
    ( Partial C. Value )
    See below figure (1)
    Balanced Quad
    Connection

    P )W

    P )W

    P )W

    P )W

    65pF/m(20 pF/Ft)

    74pF/m(23 pF/Ft)

    K1

    13pF/m(4 pF/Ft)

    11pF/m(3.4 pF/Ft)

    K2

    4pF/m(1.2 pF/Ft)

    3pF/m(0.9 pF/Ft)

    Cond.-Cond.

    97pF/m(29.6 pF/Ft)

    131pF/m(40 pF/Ft)

    Cond.-Shield.

    110pF/m(33.6 pF/Ft)

    178pF/m(54 pF/Ft)

    0.4H/m (0.12H/Ft)

    0.5H/m(0.15H/Ft)

    (2)
    (2)

    Electromagnetic Noise
    Microphonics at 50k/RDG

    2893

    K0

    Inductance betweenn conductors


    DWN+]
    Electrostatic Noise

    2534

    (2)

    50 mV Max.

    50 mV Max.

    0.15 mV Max.

    0.15 mV Max.

    30 mV Max.

    30 mV Max.

    Voltage Breakdown

    Must withstand at DC 500V/15 sec.

    Insulation Resistance

    1050P0LQDW'&9

    (2)

    Flex Life

    Tensile Strength
    Emigration
    Applicable Temperature

    11,000 cycles

    26,000 cycles

    686 N

    500 N
    Non-Emigrant to ABS

    a 
    )a8
    F)

    (2) Using standard testing methods of Mogami Wire & Cable Corp.

    (1) Partial Capacitance


    K0
    K1
    K0

    K2
    K1

    K2

    K1

    K0

    K1

    K0

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