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Tinned PVC Politef Nulla enameled thermocouple cable / filum

Short description:


  • Material:Aeris, PVC vel Politef, Pu
  • color:Rubrum, nigrum, album, hyacintho, viridi etc.
  • Valerium:PVC et politef aut Pu
  • Sweath:PVC, Politef vel Alkali libero speculum filum
  • clypeus:stamine filum, galvanized aeris filum aut aluminium plastic compositum tape
  • Working Temperature:-25 ~ + CCLX ℃
  • Product Detail

    Faq

    Product Tags

    Maximum temperatus extensio filumPVCPolitef alkali liberum speculum filum stagnum galvanized aeris filum torta

     

    Thermocouple extensio funem

     

    Thermocouple extensio filum et filum, quae sunt in temperatus mensuræ modum per Thermocouple, quod ex duabus dissimilis metalla, quae coniunguntur ad sensu finis. Tractus filum utitur eadem materiae cum thermocouple extend a thermocouple mensuræ apparatu.

    Features: Optimum Thermelectric stabilitatem, mechanica et electrica proprietatibus, diu operantes vitam;

    Simple structuram, optimum flexibilitate, facile conventus;

    High chemical stabilitatem, æstus, resistendo, et gelu, resistendo ex.

    Parte nulla. SINGLING Grades Conductor Testimoniales Vexillum System
    Ooltiw Class-B CXXX ℃

    0.16

    · -1.00

    unum filum Ul E466302
    VDE 40040893
    Ul2353
    Iec60950 iec60601
    Iec61558 iec60065
    E497858
    Ouuo-CXXX

     

    Conductor Nomine Genus Lorem Thermocouple type
    Cu-Constantan 0.6 SC vel RC S aut r
    Ferrum Constantan 22Copper, Constantan40

    Chromel X-NISI3

    Kcakcb

    KX

    K
    Ferrum, Constantan 18nicr14SI, Nisi4MG Ncnx N
    Nicr10, Constantan45 EX E
    Ferrum XLV Constantan JX J
    Aeris-Constantan XLV TX T

     

    Features / Application:
    Compensation wires for thermocouples are a pair of insulated wires with the same nominal value of thermoelectromotive force of matched thermocouples in a certain temperature range (including normal temperature), which are used to connect thermocouples and measuring devices to compensate errors caused by temperature changes at their connection with thermocouples. Potest dividitur in extensio genus et ultricies genus.
    Delivery Requisita:
    Secundum ad contractus consensu utriusque partibus, brevi partus non minus quam 10m licet. Quantitas non excedat X% de totalis longitudinem partus.

    Specification:

    Cable core type Cable Core section (MM2) Core Strands Number Single filum diameter (mm)
    Single Strand Wire Core 0,2
    0,5
    1.0
    1.5
    2.5
    I
    1
    1
    1
    1
    0,52
    0,80
    1.13
    1.37
    1.76
    Multi-strand Wire Core (mollis Wire) 0,2
    0,5
    1.0
    1.5
    2.5
    VII
    7
    7
    7
    19
    0,20
    0,30
    0.43
    0,52
    0.41

    Dimensionem:

    Applicatio Sectione core
    (Mm2)
    SINTULATIO
    (M)
    vagina crassitudine
    (M)
    Carolus diameter (mm)
    Una Strand Core Multi-Strand mollis Core
    Universae usus 0,2
    0,5
    1.0
    1.5
    2.5
    0,4
    0,3
    0,7
    0,7
    0,7
    0,7
    0,8
    1.0
    1.0
    1.0
    3.0 × 4.6
    3,7 × 6.4
    5.0 × 7.7
    5.2 × 8,3
    5.7 × 9,3
    3,1 × 4.8
    3,9 × 6.6
    5,1 × 8,0
    5.5 × 8,7
    5.9 × 9,8
    Temperature Resistance Use 0,2
    0,5
    1.0
    1.5
    2.5
    0,4
    0,4
    0,4
    0,4
    0,4
    0,3
    0,3
    0,3
    0,3
    0,3
    2.3 × 4.0
    2.6 × 4.6
    3.0 × 5.3
    3,2 × 5.8
    3,6 × 6.7
    2.4 × 4.2
    2.8 × 4.8
    3,1 × 5.6
    3,4 × 6.2
    4.0 × 7.3

    Reciprocing resistentia valorem ad XX ℃:

    Model Number Cable Core section (MM2)
    0,2 0,5 1.0 1.5 2.5
    SC vel RC
    Kca
    Kcb
    KX
    EX
    JX
    TX
    NC
    NX
    0,25
    3.50
    2.60
    5.50
    6,25
    3,25
    2.60
    3.75
    7.15
    0,10
    1.40
    1.04
    2.20
    2.50
    1.30
    1.04
    1.50
    2.86
    0,05
    0,70
    0,52
    1.10
    1,25
    0,65
    0,52
    0,75
    1.43
    0.03
    0.47
    0,35
    0,73
    0,73
    0.43
    0,35
    0,50
    0,95
    0,02
    0,28
    0,21
    0.44
    0,50
    0,26
    0,21
    0,30
    0,57

    XI2018-2-11 LV VIII VII VI


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