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Cigar Lighter Cartridge Fuse Ferrule 6.35x32mm Time Delay Time Lag Slow Blow Glass Tube Fuse 10Amp 250VAC 6x30mm

Categories Glass Tube Fuse
Brand Name: AOLITTEL
Model Number: MTC2100A
MOQ: 1000 Pieces
Price: Contact us
Payment Terms: T/T
Supply Ability: 5,000,000 Pieces Per Month
Delivery Time: 10 Days
Packaging Details: Bulk,250pcs per polybag
Product Category: Glass Tube Fuse
Current Rating: 10A
Fuse Type: Time Delay / Slow Blow
Voltage Rating AC: 250V
Mounting Style: Board Mount
Termination Style: Axial
Dimension: 6.35x32mm
Body Style: Cylindrical Leaded
Indicator Style: Without Indicator
Packaging: Bulk
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Cigar Lighter Cartridge Fuse Ferrule 6.35x32mm Time Delay Time Lag Slow Blow Glass Tube Fuse 10Amp 250VAC 6x30mm


Cigar Lighter Cartridge Fuse Ferrule 6.35x32mm Time Delay Time Lag Slow Blow Glass Tube Fuse 10Amp 250VAC 6x30mm


Overview


The Aolittel MTC Slo-Blow fuse solves a broad range of application requirements while offering reliable performance and costeffective circuit protection.
Guesswork and time consuming circuit testing are eliminated. This unique design offers the same quality performance characteristics as the standard MTCSlo-Blow Fuse design.
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Features


• In accordance with UL Standard 248-14
• Available in cartridge and axial lead format and with various forming dimensions
• RoHS compliant and Lead-free


Application


Used as supplementary protection in appliance or utilization equipment to provide individual protection for
components or internal circuits.


Specification


A=250V,B=125V


Part

No.

Ampere

Rating

Voltage

Rating

Breaking

Capacity

I2TMelting

Integral(A2.S)

MTC0100A/B100mA250V/125V

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


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


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


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


0.028
MTC0160A/B160mA250V/125V0.075
MTC0200A/B200mA250V/125V0.12
MTC0250A/B250mA250V/125V0.15
MTC0300A/B300mA250V/125V0.19
MTC0315A/B315mA250V/125V0.22
MTC0350A/B350mA250V/125V0.29
MTC0400A/B400mA250V/125V0.28
MTC0500A/B500mA250V/125V0.52
MTC0630A/B630mA250V/125V0.87
MTC0750A/B750mA250V/125V1.1
MTC0800A/B800mA250V/125V1.4
MTC1100A/B1A250V/125V3.5
MTC1125A/B1.25A250V/125V7.6
MTC1150A/B1.5A250V/125V9.1
MTC1160A/B1.6A250V/125V13
MTC1200A/B2A250V/125V20
MTC1250A/B2.5A250V/125V39
MTC1300A/B3A250V/125V61
MTC1315A/B3.15A250V/125V56
MTC1350A/B3.5A250V/125V70
MTC1400A/B4A250V/125V104
MTC1500A/B5A250V/125V148
MTC1600A/B6A250V/125V173
MTC1630A/B6.3A250V/125V192
MTC1800A/B8A250V/125V380
MTC2100A/B10A250V/125V580
MTC2120A/B12A250V/125V723
MTC2150A/B15A250V/125V934
MTC2200A/B20A250V/125V1280
MTC2250A/B25A250V/125V1678
MTC2300A/B30A250V/125V2036
Electrical Characteristics by Series

% of Ampere Rating(In)

Blowing Time

100%* In4 hours Min
135%* In1 hour Max
200%* In120 sec Max

Dimension (mm)



Product Characteristics


Material

Body: Glass

Cap: Nickel–plated brass

Leads: Tin–plated Copper

Terminal StrengthMIL-STD-202, Method 211, Test Condition A
SolderabilityMIL-STD-202 method 208
Product Marking

Cap1: Brand logo, current and voltage ratings

Cap2: Series and agency approval marks

Operating Temperature–55ºC to +125ºC
Thermal ShockMIL-STD-202, Method 107, Test Condition B: (5 cycles -65°C to +125°C)
VibrationMIL-STD-202, Method 201
HumidityMIL-STD-202, Method 103, Test Condition A: High RH (95%) and Elevated temperature (40°C) for 240 hours
Salt SprayMIL- STD-202, Method 101, Test Condition B

Difference Between Ceramic & Glass Fuses


A fuse protects electrical appliances and equipment by breaking the electrical circuit in the event of an overload of current or a short circuit. There are a number of different types of fuses available, and these differ in size, shape and material. Ceramic and glass are two common materials used to make fuses.


How Fuses Work


When a fault occurs, such as an overload or short circuit, the high current that is flowing through the fuse melts the fuse element, thus interrupting the flow of current and breaking the circuit. This prevents the appliance from damage due to excess current.


History


The earliest fuses were no more than simple open wires introduced in an electrical circuit to break the flow of current when necessary. The first enclosed fuse was created by Edison in 1890. Since then, the fuse has developed and diversified into many different types.


Types


Though the purpose of all fuses, whether ceramic or glass, is the same, each has a unique manner of functioning and a unique response to an overload of current. The fuses available are very fast acting fuses (FF), fast-acting or quick-blow fuses (F), medium-acting or semi-delay fuses (M), slow-blow, time-lag or time-delay fuses (T) and very-slow-acting, long-time-lag or super-time-lag fuses (TT).

Each fuse responds differently to current flow and surges, and takes a different amount of time to react; it is therefore important to choose the correct fuse for the circuit it is to be introduced in. An incorrect fuse could either mean no protection because it has not melted in time, or oversensitivity when it blows repeatedly for no real reason. For example, if an FF fuse is fitted in a circuit with an appliance that creates a current surge when it is first switched on, the fuse would blow even though there is no threat. Typically, for a 500 percent overload, an FF fuse would take one-tenth the time of a normal F fuse to blow, while a T fuse would take up to 200 times longer.


Construction


A fuse body is made of glass, ceramic, plastic or fiberglass. The body is called the barrel, and it has a terminal made of plated copper or brass at each end. These terminals are connected by the fuse element, which is made of copper, aluminium, zinc, or silver. The element could either be a single wire, or consist of more than one wire. The multiple wires could be arranged in different ways to make the fuse behave differently. Sometimes, sand or quartz powder is filled in the body to alter the behavior of the fuse. This is usually the case in a ceramic fuse.


Differences


In a glass fuse, the element is visible, and this makes inspection easy, while a ceramic fuse is opaque. A glass fuse has a low breaking or rupturing capacity. What this means is that the fuse element melts when there is a high current or voltage. It is therefore not suitable for appliances and equipments that draw a lot of current. Ceramic fuses, on the other hand, have a high breaking or rupturing capacity and are suitable for high current and voltage circuits. Some ceramic HRC (high rupturing capacity) fuses can safely interrupt upto 300,000 amperes of current, while normal glass fuses have a much lower capacity, sometimes as low as only 15 amperes.

Glass fuses have a low thermal stability and shatter in high-heat conditions. Ceramic fuses, on the other hand, can withstand high temperatures and are more thermally stable. Ceramic fuses, unlike glass fuses, are also often filled with a filler like sand to prevent the formation of a conductive film. When there is a short circuit, the fuse element melts and vaporizes. It deposits on the inside of the barrel or body as a film. In a glass fuse, the body continues to get heated and the film begins to conduct electricity, thus rendering the fuse inefficient. The sand in a ceramic fuse, however, absorbs the heat energy and prevents the fuse from heating and therefore conducting.


Considerations


It is important to consider these factors before installing a fuse: the maximum continuous current rating, which indicates the maximum current that can pass through a fuse; the rupturing or breaking capacity, which indicates the maximum current that can be interrupted without causing damage; the voltage rating--the fuse must be used at less than the rated voltage.


Warning


Ensure you choose the right fuse for your appliances and equipment to protect them and to reduce the risk of overheating and fire. If you are unsure, speak to an electrician.

Product Tags:

small glass fuses

  

mini glass fuse

  
Quality Cigar Lighter Cartridge Fuse Ferrule 6.35x32mm Time Delay Time Lag Slow Blow Glass Tube Fuse 10Amp 250VAC 6x30mm for sale
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