Dom ProduktyThermal Overload Protector

Self-Hold 17AM-D Manual Reset Motor Thermal Protection For Garden Tooling

Orzecznictwo
Chiny Shenzhen City Breaker Co., Ltd. Certyfikaty
Chiny Shenzhen City Breaker Co., Ltd. Certyfikaty
Excellent quality and fast delivery.

—— Victor

I want to say that your products very good. Thank you for all your suggestion, also good after sales service.

—— Mr Abílio Cipriano

Easy to talk with, very professional and fast service, the flag quality is super good. Even better than we ordered from Germany!!

—— Germany Fabian Scherb

Im Online Czat teraz

Self-Hold 17AM-D Manual Reset Motor Thermal Protection For Garden Tooling

Self-Hold 17AM-D Manual Reset Motor Thermal Protection For Garden Tooling
Self-Hold 17AM-D Manual Reset Motor Thermal Protection For Garden Tooling Self-Hold 17AM-D Manual Reset Motor Thermal Protection For Garden Tooling

Duży Obraz :  Self-Hold 17AM-D Manual Reset Motor Thermal Protection For Garden Tooling

Szczegóły Produktu:

Place of Origin: China
Nazwa handlowa: DESHENG
Orzecznictwo: UL VDE CE
Model Number: 17AM

Zapłata:

Minimum Order Quantity: 1000pcs
Packaging Details: 5000pcs per package
Delivery Time: 3-10 days on order
Payment Terms: T/T L/C D/P
Supply Ability: 5,000,000pcs/month
Szczegółowy opis produktu
Product Name: Motor Thermal Protector Contact capacity: 125Vac/16A, 250Vac/8A 600Vac/4A 24Vdc/20A
Cycles life: 6,000-10,000cycles Temperature Tolerance: ±5°C
Certifications: UL,VDE,CE CQC Model: 17AM-D

Self-Hold 17AM Manual Reset Motor Thermal Protection For Garden Tooling Description: Self-Hold 17AM-D+PTC thermal protector combines the protection of a 17AM-D with a self-holding feature. Designed to prevent overheating in motors, the Self-Hold 17AM offers the best attributes of one shot protectors and auto reset protectors in a single package. The Self-Hold 17AM-D, once activated in a fault condition, maintains its open state until power is removed. No reset button remove

Szczegóły kontaktu
Shenzhen City Breaker Co., Ltd.
Wyślij zapytanie bezpośrednio do nas (0 / 3000)