LCSC Electronics logoLCSC Electronics svg logo
Zaloguj
USD
Koszyk
Walter Elec TE-11310A250T001BG product image
  • TE-11310A250T001BG thumbnail 1
  • TE-11310A250T001BG thumbnail 2
  • TE-11310A250T001BG thumbnail 3
  • Rozmieszczenie wyprowadzeń
  • Footprint
Zdjęcia poglądowe

Walter Elec TE-11310A250T001BG

Producent
Walter ElecAsian Brands
Nr części prod.
TE-11310A250T001BG
Nr LCSC
C435430
Opak.
-
Numer Klienta
Klucz. cechy
113℃ 250V 10A 81℃ 108℃ Thermal Cutoffs (Thermal Fuses)
Karta KatalogowaWalter Elec TE-11310A250T001BG
Gwarancja na każde zamówienie
100% Oryginalne · Zwrot lub Wymiana w ciągu 30 Dni
Brak w magazynie
Powiadom mnie
Minimum: 5Wielokrotność: 5Jednostka sprzedaży: Piece
Dodaj do Listy BOM
Szt.Cena jedn.(Tylko do wglądu)Suma całkowita
5+$ 0.2758$ 1.38
50+$ 0.2175$ 10.88
150+$ 0.1876$ 28.14
500+$ 0.1564$ 78.20
2,500+$ 0.1425$ 356.25
5,000+$ 0.1342$ 671.00
Standardowa Obudowa100/Full Bag
Lepsza cena za większą ilość?
$

Specyfikacje Produktu

Wszystko
TypOpis
KategoriaCircuit Protection/Thermal Cutoffs (Thermal Fuses)
ProducentWalter Elec
Opak.-
Rated Functioning Temperature113℃
Voltage Rating250V
Current Rating10A
Maximum Temperature Limit200℃
Holding Temperature81℃
Operating Temperature108℃
Pomoc i opiniePokaż podobne produkty (0) >

Funkcje

Tłumaczenie AI
  • Tensile force: The thermal fuse sample is supported in any convenient manner without causing damage; a tensile force of 15.7N is applied to each lead for 1 minute — no lead shall crack or break
  • Push force: The thermal fuse sample is supported in any convenient manner without causing damage; a push force of 3.9N is applied to each lead for 1 minute — no lead shall crack or break
  • Torsional force: The thermal fuse sample is supported in any convenient manner without causing damage; each lead is bent 90° at a point 10mm from the thermal fuse body, then twisted 180° — no lead shall crack or break
  • Vertical pressure: The pressure applied vertically to the thermal fuse body housing shall be ≤10kgf (98N)
  • Rated operating temperature: The temperature at which the thermal fuse changes its conductive state under a test current load of no more than 10mA; temperature tolerance within +0, -10°C
  • Actual operating temperature: The temperature at which the thermal fuse operates in an oven at a heating rate of 0.5~1°C/min with a detection current not exceeding 10mA
  • Holding temperature: The maximum temperature a thermal fuse can withstand without changing its electrical conductive state while carrying rated current continuously for 168 hours
  • Maximum limiting temperature: The maximum temperature at which the thermal fuse may be exposed after it has changed its electrical conductivity; the thermal fuse sustains this elevated temperature for 10 minutes without degradation of mechanical or electrical characteristics
  • Storage conditions: Temperature -10°C~40°C, relative humidity ≤75% (annual average); maximum relative humidity 95% for up to 30 days, condensation-free
  • Insulation resistance: Using a DC voltage equal to twice the rated voltage as the test voltage, the insulation resistance across the open contacts shall be at least 0.2MΩ, and the insulation resistance between current-carrying contacts and the housing shall be at least 2MΩ
  • High voltage withstand test: Between current-carrying contacts, the thermal fuse shall withstand twice the rated voltage for more than 1 minute; between live parts and the housing, the thermal fuse shall withstand twice the rated voltage + 1000V for more than 1 minute

Zastosowania

Tłumaczenie AI
  • General electro-chemical products
  • Electric heating products
  • Kitchen appliances
  • Motors and coil-type products