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Axial Leaded Slow Blow Glass Fuse 3.6x10mm

Axial Leaded Slow Blow Glass Fuse is often used to protect appliances and consumer electronics. As electronic equipment becomes smaller, the circuits and components become more delicate and easily damaged. Fuses are the preferred method of protection due to their accuracy, small size and reliability. Fuses are available in a wide variety of amp ratings to provide precise protection. Generally, two sizes of user-replaceable fuses are found: the 1/4” x 11/4” and 5 x 20mm. Each is available in a variety of volt and amp ratings.
型号: STP
类型: FUSE
规格: 3.6x10mm
品牌: AOLITTEL
产品详情
Product Description

3.6x10mm Axial Leaded Slow Blow Cartridge Micro Glass Fuse 2A 250VAC For LED Lighting


Features Of Axial Leaded Slow Blow Glass Fuse


Designed to UL/CSA 248 Standard.

Slow blow, glass body fuse in a compact package.

This space saving fuse is ideally suited for lighting, power supply,and adapter applications.


Main Parameters Of Axial Leaded Slow Blow Glass Fuse


IMG_4537.JPG图12.jpg


Body

Glass

Size

3.6x10mm

Harmonized Code

85361000207

ECCN

EAR99

Current Rating

100Ma-24A

Rated Voltage

125V/250V

Certificates

UL,CUL

Standard

UL 248 -1 / -14

End

Nickel Plated Brass

Fuse Element

Alloy

Lead wire

Tin Plated Copper

Load Capacity

When the fuse loads through 100% of rated current, should blow within 4 hours

Interrupting Rating

Breaking Capacity: 50A at 125V/250V AC




Recommended Soldering Parameters

A. Wave Parameters:

Solder Pot Temperature: 260℃Max

Solder Dwell Time: 2~5s

B.Hand-Solder Parameters:

Solder Iron Temperature: 350±5℃

Heating Time: 5s Max

Packing list

500pcs per bag, 5000pcs per box,20000pcs per carton box

11-12kg per carton , 36x36x27cm

Environmental Characteristic

Operating Temperature:-55℃~+125℃.

Stock Condition

Humidity:Relative humidity ≤ 75% store 3 years in average.

Agency Approvals

UL,CUL,PSE,KTL (250mA ~ 5A)




Dimensional Drawing Of Axial Leaded Slow Blow Glass Fuse (mm)






Part Numbering Of Axial Leaded Slow Blow Glass Fuse




Part

Number

Ampere

Rating

Voltage

Rating

Breaking

Capacity

I2TMelting

Integral(A2.S)



STP0100A/B

100mA

250V/125V

50A@125V/250VAC

0.0042


STP0125A/B

125mA

250V/125V

50A@125V/250VAC

0.010


STP0160A/B

160mA

250V/125V

50A@125V/250VAC

0.025


STP0200A/B

200mA

250V/125V

50A@125V/250VAC

0.035


STP0250A/B

250mA

250V/125V

50A@125V/250VAC

0.056


STP0300A/B

300mA

250V/125V

50A@125V/250VAC

0.10


STP0315A/B

315mA

250V/125V

50A@125V/250VAC

0.12


STP0350A/B

350mA

250V/125V

50A@125V/250VAC

0.15


STP0400A/B

400mA

250V/125V

50A@125V/250VAC

0.25


STP0500A/B

500mA

250V/125V

50A@125V/250VAC

0.35


STP0630A/B

630mA

250V/125V

50A@125V/250VAC

0.55


STP0750A/B

750mA

250V/125V

50A@125V/250VAC

0.70


STP0800A/B

800mA

250V/125V

50A@125V/250VAC

1.1


STP1100A/B

1A

250V/125V

50A@125V/250VAC

2


STP1125A/B

1.25A

250V/125V

50A@125V/250VAC

3.8


STP1150A/B

1.5A

250V/125V

50A@125V/250VAC

4.2


STP1160A/B

1.6A

250V/125V

50A@125V/250VAC

6.2


STP1200A/B

2A

250V/125V

50A@125V/250VAC

13


STP1250A/B

2.5A

250V/125V

50A@125V/250VAC

18


STP1300A/B

3A

250V/125V

50A@125V/250VAC

28


STP1315A/B

3.15A

250V/125V

50A@125V/250VAC

32


STP1350A/B

3.5A

250V/125V

50A@125V/250VAC

39


STP1400A/B

4A

250V/125V

50A@125V/250VAC

43


STP1500A/B

5A

250V/125V

50A@125V/250VAC

58


STP1600A/B

6A

250V/125V

50A@125V/250VAC

75


STP1630A/B

6.3A

250V/125V

50A@125V/250VAC

81


STP1700A/B

7A

250V/125V

50A@125V/250VAC

92


STP1800A/B

8A

250V/125V

50A@125V/250VAC

100


STP2100A/B

10A

250V/125V

50A@125V/250VAC

115


STP2120A/B

12A

250V/125V

50A@125V/250VAC

122


STP2150A/B

15A

250V/125V

50A@125V/250VAC

128





Operating Characteristics Of Axial Leaded Slow Blow Glass Fuse




% of Ampere Rating(In)

Blowing Time

100% * In

4 hours Min

200% * In

60 sec Max



Installation Recommendations Of Axial Leaded Slow Blow Glass Fuse


Propose installation way as following picture.


A.   Horizontal installation

B.   Vertical installation


C.   Vertical installation