Glass Tube Fuse Fast-acting Axial Lead PSE Certificate
Brand : Songshan
Product origin : Shanghai
Delivery time : 7-15 days
Supply capacity : 15000000
Glass Tube Fuse Fast-acting Axial Lead PSE Certificate
Payment Type: | T/T,Paypal,Western Union |
Incoterm: | FOB,CFR,CIF |
Min. Order: | 1000 Piece/Pieces |
Basic Info
Model No.: FNR
Breaking Capacity: Low
Type: Current Fuse
Usaga: Low Voltage
Shape: Insert
Fusing Speed: F
Fusing Device: Pop-up Solid
Standard: JIS
Additional Info
Packaging: Carton
Brand: Songshan
Transportation: Ocean,Land,Air
Place of Origin: Shanghai, China
Product Description
Type FNR is a fast-acting cartridge fuse with lead, and already acquired the Japanese PSE certificate. The dimension of the fast cartridge tube is 6.3 x 31.8 mm. The breaking capacity of the fuses can reach 500A. This series of fuses are composed of a tube body, a melt, two leads and both ends of the cap, the material of main body of the caps is brass, and the material of the lead is metal wire. The fuses can be installed on the circuit board, without occupying a lot of space. The threading and welding of the fuses are completed by integrated automated machines at one time. The fast cartridge fuses have the features such as good performance, beautiful appearance, easy to use; it is the product you can trust.
Application
White goods, Power supply,Industrial control, etc.
Packaging Unit
100 pcs.
PSE FNR series(Glass tube)
Unit:mm
FNR JIS B series Current characteristics
Rated | Blowing time |
135% | 1.5hour Min |
160% | 1hour Max |
200% | 2 min Max |
Rated breaking capacity
500 amperes at 125Vac(1A~15A)PSE Type B
100 amperes at 125Vac(1A~15A)PSE Type B
Certification
Model | Certification | Certification number | Current range |
FNR | PSE | JET6121-31003-1001 | 1A-30A |
JET6121-31003-1002 | |||
JET6121-31003-1003 | |||
JET6121-31003-1004 | |||
JET6121-31003-1005 | |||
JET6121-31003-1006 | |||
JET6121-31003-1007 | |||
JET6121-31003-1008 | |||
JET6121-31003-1009 | |||
JET6121-31003-1010 | |||
JET6121-31003-1011 |
FNR Current-time curve