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6.35x30mm Quick Blow Fast Acting Car Glass Tube Fuse 6.3Amp 250VAC 125VAC For Inline PCB Mount Fuse Holder Clip

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6.35x30mm Quick Blow Fast Acting Car Glass Tube Fuse 6.3Amp 250VAC 125VAC For Inline PCB Mount Fuse Holder Clip

China 6.35x30mm Quick Blow Fast Acting Car Glass Tube Fuse 6.3Amp 250VAC 125VAC For Inline PCB Mount Fuse Holder Clip supplier
6.35x30mm Quick Blow Fast Acting Car Glass Tube Fuse 6.3Amp 250VAC 125VAC For Inline PCB Mount Fuse Holder Clip supplier 6.35x30mm Quick Blow Fast Acting Car Glass Tube Fuse 6.3Amp 250VAC 125VAC For Inline PCB Mount Fuse Holder Clip supplier 6.35x30mm Quick Blow Fast Acting Car Glass Tube Fuse 6.3Amp 250VAC 125VAC For Inline PCB Mount Fuse Holder Clip supplier 6.35x30mm Quick Blow Fast Acting Car Glass Tube Fuse 6.3Amp 250VAC 125VAC For Inline PCB Mount Fuse Holder Clip supplier

Large Image :  6.35x30mm Quick Blow Fast Acting Car Glass Tube Fuse 6.3Amp 250VAC 125VAC For Inline PCB Mount Fuse Holder Clip

Product Details:

Place of Origin: Dongguan,Guangdong,China
Brand Name: AOLITTEL
Certification: UL,cUL
Model Number: MFC1630A

Payment & Shipping Terms:

Minimum Order Quantity: 1000 Pieces
Price: Negotiable
Packaging Details: Bulk,250pcs per polybag
Delivery Time: 10 Workdays
Payment Terms: T/T
Supply Ability: 1,000,000 Pieces Per Month
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Detailed Product Description
Fuse Type: Glass Tube Fuse Dimension: 6.35x30mm
Rated Current: 6.3A Voltage Rating: 250VAC
Blown: Fast Blow Body: Glass Tube
Lead: Tinned Copper Wire Cap: Brass With Nickel Plated
Element: Alloy Work Temp: -55℃ To +125℃

 

6.35x30mm Quick Blow Fast Acting Car Glass Tube Fuse 6.3Amp 250VAC 125VAC For Inline PCB Mount Fuse Holder Clip

 

 

Product Features

 

Materials

Body :glass tube  

Lead :tinned copper wire

Cap :brass with nickel plated

Element :alloy

Operating Temperature -55℃ to +125℃ (consider de-rating )
Solderability

260℃, ≤ 3s. (wave )

350±10℃, ≤ 3s. (soldering iron )

Resistance to Soldering Heat 260℃, 10s. (wave )
350℃, 5s. (soldering iron )
Recommended Soldering Parameters

Wave soldering parameter 
Soldering pot temperature :260℃ Max
Solder dwell time :2∼5s

Hand welding parameter

 Soldering iron temperature :350±5℃

Solder dwell time :5s Max.

Storage Conditions

Can be stored for 3 years under tight seal condition at temperature of +10℃~60℃, relative humidity ≤ 75%.  

At most can be kept 30 days at temperature +10℃~60℃, relative humidity ≤ 95% under covered conditions.

Standards In accordance with UL 248 -1 / -14.

 

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Certification

 

Voltage Rating

Agency

Ampere Range

Agency File Number

125V/250V UL 100mA ~ 30A E340427
C-UL 100mA ~ 30A E340427

 

 

Performances

 

Part

No.

Ampere

Rating

Voltage

Rating

Breaking

Capacity

I2TMelting

Integral(A2.S)

Agency Approvals

UL cUL
MFC0100A/B 100mA 250V/125V

10000A@125 V AC (100mA~10A);

 

35A@250V AC (100mA~1A);

 

100A@250V AC (1.25A~3.5A);

 

200A@250V AC (4A~10A).

 

0.003
MFC0160A/B 160mA 250V/125V 0.008
MFC0200A/B 200mA 250V/125V 0.02
MFC0250A/B 250mA 250V/125V 0.026
MFC0300A/B 300mA 250V/125V 0.047
MFC0315A/B 315mA 250V/125V 0.055
MFC0350A/B 350mA 250V/125V 0.072
MFC0400A/B 400mA 250V/125V 0.10
MFC0500A/B 500mA 250V/125V 0.16
MFC0600A/B 600mA 250V/125V 0.25
MFC0630A/B 630mA 250V/125V 0.28
MFC0750A/B 750mA 250V/125V 0.49
MFC0800A/B 800mA 250V/125V 0.60
MFC1100A/B 1A 250V/125V 0.8
MFC1125A/B 1.25A 250V/125V 1.6
MFC1150A/B 1.5A 250V/125V 2.5
MFC1160A/B 1.6A 250V/125V 3.2
MFC1200A/B 2A 250V/125V 5.6
MFC1250A/B 2.5A 250V/125V 7.6
MFC1300A/B 3A 250V/125V 14
MFC1315A/B 3.15A 250V/125V 19
MFC1350A/B 3.5A 250V/125V 20
MFC1400A/B 4A 250V/125V 25
MFC1500A/B 5A 250V/125V 42
MFC1600A/B 6A 250V/125V 80
MFC1630A/B 6.3A 250V/125V 96
MFC1800A/B 8A 250V/125V 200
MFC2100A/B 10A 250V/125V 320
MFC2120A/B 12A 250V/125V 470
MFC2150A/B 15A 250V/125V 650
MFC2200A/B 20A 250V/125V 870
MFC2250A/B 25A 250V/125V 1320
MFC2300A/B 30A 250V/125V 1820

 

 

Dimension (mm)

 

Axial leaded
6.35x30mm Quick Blow Fast Acting Car Glass Tube Fuse 6.3Amp 250VAC 125VAC For Inline PCB Mount Fuse Holder Clip
With lead
6.35x30mm Quick Blow Fast Acting Car Glass Tube Fuse 6.3Amp 250VAC 125VAC For Inline PCB Mount Fuse Holder Clip

 

 

Operating Characteristics

 

% of Ampere Rating(In)

Blowing Time

100%* In 4 hours Min
135%* In 1 hour Max
200%* In 60 sec Max

 

 

Actual Product Photos

 

6.35x30mm Quick Blow Fast Acting Car Glass Tube Fuse 6.3Amp 250VAC 125VAC For Inline PCB Mount Fuse Holder Clip

6.35x30mm Quick Blow Fast Acting Car Glass Tube Fuse 6.3Amp 250VAC 125VAC For Inline PCB Mount Fuse Holder Clip

6.35x30mm Quick Blow Fast Acting Car Glass Tube Fuse 6.3Amp 250VAC 125VAC For Inline PCB Mount Fuse Holder Clip

6.35x30mm Quick Blow Fast Acting Car Glass Tube Fuse 6.3Amp 250VAC 125VAC For Inline PCB Mount Fuse Holder Clip6.35x30mm Quick Blow Fast Acting Car Glass Tube Fuse 6.3Amp 250VAC 125VAC For Inline PCB Mount Fuse Holder Clip

6.35x30mm Quick Blow Fast Acting Car Glass Tube Fuse 6.3Amp 250VAC 125VAC For Inline PCB Mount Fuse Holder Clip

 

 

How select fuse ?

 

Fuses are overcurrent protection devices that used for three primary purposes: - To prevent damage to electronic and electrical equipment. - To provide safety for equipment users and personnel. - To isolate subsystems from the main system after an over current occurs. Fuses are designed to allow electric currents to safely flow during normal operation but will quickly open when an over-current situation develops.

 

 

Overcurrents

 

There are typically two types of overcurrents; short circuits and overloads. Overcurrents exist when the normal load for a circuit is exceeded.

An overload is any current flowing within the normal circuit path that is higher than the circuit normal full load current.

A short circuit is an overcurrent which greatly exceeds the normal full load current of the circuit. Also, as the name infers, a short circuit leaves the normal current carrying path of the circuit and takes a "short-cut" around the load and back to the power source.

Components and equipment can be severely damaged by both types of overcurrents. Fuses are used not to prevent overcurrents but rather to protect components, equipment and people when overcurrents do occur.

 

 

Fuse Characteristics

 

Fuses are classified by the different fuse characteristics. These defining characteristics include:

- Physical size

- Interrupting Ratings

- Construction

- Opening Speed

- Electrical Ratings

- Safety Agency Approvals

 

 

Physical Size

 

Electronic fuses are available in a variety of sizes and shapes as predetermined by the user’s applications. The more popular fuse sizes include 1/4" x 1 1/4" (6.3 x 32.1 mm), 5 x 20 mm, 5 x 15 mm, 13/32" x 1 1/2" (10.3 x 38 mm) as well as special use fuses such as surface mount, telecom indicating, and automotive type fuses.

 

 

Construction

 

Electronic fuses are constructed with many different material types. The most cost effective of the materials is a glass tube, however, when higher voltages or interrupting rating are desired, then stronger materials such as ceramic or glass melamine tubes must be used. Plastic housings are typically used in low voltage automotive fuse construction.

 

 

Electrical Ratings

 

Typically each fuse has two different electrical ratings:

Voltage and Current.

 

 

Voltage Rating

 

The voltage rating of a fuse refers to the maximum voltage that a fuse may be subjected to for safe operation. Fuses are typically marked for A/C Voltage but may also carry a D/C Voltage rating as well.

 

 

Current Rating

 

The current rating of a fuse must be selected as to adequately protect a circuit without causing "nuisance" openings. Generally, fuses should be selected at 125% of the steady state RMS or DC current of the circuit at 25° C. Higher ambient temperatures may cause the fuse to open prematurely; therefore fuse de-rating may be necessary in those applications. Please consult the Optifuse factory for de-rating specifications.

Additional consideration must be given to circuits with potential "inrush currents". Inrush currents are created by switching, capacitive loads or in motor or transformer applications. This in-rush may be many times the circuit’s normal full load amperes. Time delay fuses should be selected for these applications.

 

 

Interrupting Ratings (Breaking Current)

 

The interrupting rating of the fuse is the maximum current that the fuse can safely open at the rated voltage without rupturing or breaking the fuse casing. Stronger materials such as ceramic or glass melamine offer the greatest amount of interrupting capabilities.

 

 

Opening Speed

 

When specifying fuses, careful consideration must be made for the protection of the other circuit elements. Typically, the more sensitive the circuit, the more protection will be necessary for adequate component protection. Fast acting fuses offer higher protection but may not be suitable for circuit with in-rush currents. Circuits with in- rush currents should be protected with time-delay fuses to prevent nuisance openings.

 

 

Agency Approvals

 

Worldwide safety agencies, such as Underwriter’s Labs (U.L.), provide test specifications and test fuses and fuse-accessories under these specifications. Each worldwide safety agency will have its own specifications (such as the test specifications used for testing 5 x 20 mm fuses).

At U.L., if a test specification is available and the fuse passes these tests, then the fuse will be listed under this standard. If a test specification is not available, then the fuse may still be tested (using the manufacturers specifications) by U.L. but will receive U.L. recognition rather than U.L. listing.

International Electrotechnical Commission (IEC) writes the standards followed by many European and Asian countries. Because the electrical characteristics of these fuses are so different, UL/CSA and IEC rated fuses are not characteristically interchangeable.

 

 

Fuse Mounting

 

All fuses must be mounted into a circuit either by directly soldering them on a printed circuit board (PCB), or by using a fuseholder or fuseclips. Directly soldering fuses to a PCB allows for some cost reduction while using holders or clips allows for field replacements. Please consult the OptiFuse factory for direct soldering specifications.

Contact Details
Aolittel Technology Co.,Ltd

Contact Person: eric.lye

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