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P-MMM MMM P (MMMD P (MMMD P (MMMD P (IV) PTC PTC-MMM P (IV) PTC PTC-LIBELLUS STRACCUS PTC-LIBELLUS LIBELLUS FE LIBELLUS RESISTITUS STRADS
  • In variis calefaciente P-MMD P-MMM P (MMMDCCC P-(IV) P (IV) D-MCC PTC Thermistor Alloy Resistance Stranded filum ad calefactio
  • In variis calefaciente P-MMD P-MMM P (MMMDCCC P-(IV) P (IV) D-MCC PTC Thermistor Alloy Resistance Stranded filum ad calefactio
  • In variis calefaciente P-MMD P-MMM P (MMMDCCC P-(IV) P (IV) D-MCC PTC Thermistor Alloy Resistance Stranded filum ad calefactio
  • In variis calefaciente P-MMD P-MMM P (MMMDCCC P-(IV) P (IV) D-MCC PTC Thermistor Alloy Resistance Stranded filum ad calefactio
  • In variis calefaciente P-MMD P-MMM P (MMMDCCC P-(IV) P (IV) D-MCC PTC Thermistor Alloy Resistance Stranded filum ad calefactio
  • In variis calefaciente P-MMD P-MMM P (MMMDCCC P-(IV) P (IV) D-MCC PTC Thermistor Alloy Resistance Stranded filum ad calefactio

In variis calefaciente P-MMD P-MMM P (MMMDCCC P-(IV) P (IV) D-MCC PTC Thermistor Alloy Resistance Stranded filum ad calefactio

Short description:


  • Model non.:PTC Thermistor Alloy Wire
  • Material:Nickel ferrum Alloy Wire
  • Superficies:Clara
  • Diameter:0.025-5.0mm
  • Sample:Suspendisse sample ordo
  • Resistentia:0.13-0.60
  • Onerariis sarcina:Fame + lobortis + ligno casus
  • Trademark:Tankii
  • HS Code:75052200

    • Product Detail

    Faq

    Product Tags

     

    PTC Thermistor Alloy Wire Finds Application in variis agri ex suum unicum characteres. Hic sunt communia PTC Thermistors

    Overcurrent praesidium: PTC Thermistors sunt late in electrica circuits pro overcurrent praesidium. Cum a magno current fluit per PTC Thermistor, eius temperatus crescit, causando resistentia resurgere cursim. Hoc crescat in resistentia fines current fluxus, protegens in circuitu a damnum debitum ad nimia current.

    Temperatus Sensu et Imperium: PTC Thermistors sunt sicut temperatus sensoriis in applications ut Thermostats, HVAC systems, et temperatus magna cogitationes. Et resistentia PTC Thermistor mutat cum temperatus, permittens eam ad verius sensus et mensura temperatus varietates.

    Sui-regulating heaters: PTC Thermistors sunt usus in auto-regulating calefactio elementa. Cum in calentium, in PTC Thermistor scriptor resistentia crescit temperatus. Sicut temperatus resistit in PTC Thermistor etiam crescit, ducens ad decrementum in potestate output et ne overheating.

    Motor Satus et tutela: PTC Thermistors sunt usus in motore incipiens circuits ad terminum in excelsum ingens current in motricium startup. In PTC Thermistor acts ut current limiter, paulatim ad resistentiam sicut current fluit, ita protegens motricium ex nimio vena et ne damnum.

    Pugna Pack Praesidium: PTC Thermistors sunt usus in altilium sarcinas ad defendat contra overcharging et overcurrent conditionibus. Et agere ut tutissimus per terminos current fluxus et ne nimium calorem generatio, quae potest laedas in altilium cellulis.

    Inusus current limitationem: PTC Thermistors serve ut ingenti current limites in potentia commeatibus et electronic cogitationes. Et auxilio redigendum initial initium current, quod fit cum potentia copia est in, protegens components et improving ratio reliability.

    Hi sunt sicut pauci exempla ex applications ubi PTC Thermistor Alloy Wire adhibetur. In specifica applicationem et consilio considerationes erit determinare exactam ally compositionem, forma factor, et operating parametri PTC Thermistor.
    Eget compositionem:

    Nomen Codex Componitio
    Fe S Ni C P Vexillum
    Temperatus sensitivo resistentia Alloy filum Ptc Bal. ≤0.01 LXXVII ~ LXXXII ≤ 0.05 ≤0.01 Q / 320421ptc4500-2008

    Specifications et tolerances

    Diameter 0,05 0,10 0.15 0.16 0.17 0.18 0,19 0,20 0,21 0,22 0,23 0,24 0,25
    Tolerantia ± 0.003 ± 0.005 ± 0.008

    Temp.coeff.of resistentia (20ºC)

    Genus P (IV) D P (IV) P-MMMDCCC P-MMMD P-MMM P-MMD
    0 ~ 150ºCAVAVAVA X %% Z (IV) ≥4000 ≥3800 ≥3500 ≥3000 ≥2500

    Resisto (20ºC) (μω.m)

    Genus P (IV) D P (IV) P-MMMDCCC P-MMMD P-MMM P-MMD
    AT2DE20HESSISTANTIA ± V% μω.M 0,19 0,25 0,27 0,36 0,40 0.43

    Mensa resistentia

    Productio ± 0,5% Ω / m Dia. (Mm) et crucem-sectional area (mm²)
    0,05 0,10 0.15 0.16 0.17 0.18 0,19 0,20 0,21 0,22 0,23 0,24 0,25
    0.00196 0.00785 0.00176 0,0201 0.0227 0,0255 0.0284 0.0314 0.0346 0.0380 0.0415 0,0452 0,0491
    P (IV) D 96.93 24.20 10,79 9.45 8,37 7.45 6.69 6.05 5.49 5.00 4.58 4.20 3.87
    P (IV) 127,55 31.84 14.20 12.43 11.014 9.80 8,80 7.69 7.22 6.58 6.02 5.53 5.09
    P-MMMDCCC 137,75 34.39 15.34 13.43 11.89 10.59 9.51 8,60 7.80 7.11 6.51 5.97 5.50
    P-MMMD 183,67 45.85 20.45 17.91 15.86 14.12 12.68 11.46 10.40 9.47 8.67 7.96 7.33
    P-MMM 204.08 50.95 22.72 19.90 17.62 15.68 14.08 12.73 11.56 10.52 9.63 8,84 8,14
    P-MMD 219.38 54.77 24.43 21.39 18.94 16.86 15.14 13.69 12.42 11.31 10.36 9.51 8,75

    Pondus per FUSUS

    specificationem (mm) ≤0.05 > 0.05 ~ 0,10 > 0.15 0.15 > 0.15 ~ 0,25
    PRAEFICIO Vexillum pondus 20 30 C CCC
    Pondus luminare 10 20 50 C

    Elongatio (%)

    Vexillum ≤0.05 > 0.05 ~ 0,10 > 0.15 0.15 > 0.15 ~ 0,25
    Minix filum (mollis) elongatio X% XII% XVI% XX%
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