• 32V 10A Low Profile Micro Fuse , 2 Pin Mini Blade Fuses For Cars
  • 32V 10A Low Profile Micro Fuse , 2 Pin Mini Blade Fuses For Cars
  • 32V 10A Low Profile Micro Fuse , 2 Pin Mini Blade Fuses For Cars
  • 32V 10A Low Profile Micro Fuse , 2 Pin Mini Blade Fuses For Cars
32V 10A Low Profile Micro Fuse , 2 Pin Mini Blade Fuses For Cars

32V 10A Low Profile Micro Fuse , 2 Pin Mini Blade Fuses For Cars

Product Details:

Place of Origin: CHINA
Model Number: BFSL 10A

Payment & Shipping Terms:

Minimum Order Quantity: 1000PCS
Price: Contact us please
Packaging Details: Bulk
Delivery Time: 1-2 Weeks
Payment Terms: T/T
Supply Ability: 1,000,000 PCS Monthly
Get Best Price Contact Now

Detail Information

Fuse Type: Automotive Blade Fuse Pin: 2 Pin
Terminal: Radial Voltage: 32VDC
Rated Current: 10A Breaking Capacity: 1KA
Color: Red Blade Size: Mini
High Light:

32VDC low profile micro fuse

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2 Pin low profile micro fuse

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32V mini blade fuses for cars

Product Description

32V 10A Low Profile Micro Fuse , 2 Pin Mini Blade Fuses For Cars

 

Narrow Foot Insert Insurance Ultra-small Automotive Blade Fuses 32V 10A Red For Ford Tap Adapter Mini Blade Fuse Holder

 

 

Description

 

This state-of-the-art blade fuse was realized by reducing the width of the BFMN Blade Fuse to offer space reduction

 

♦ Equivalent to ATO and ATC fuses
♦ Voltage rating of 32Vdc
♦ Used for low voltage applications

♦ Rated Voltage: DC32V and less
♦ Breaking Capacity: 1000A
♦ Operation Temperature: -40℃ - 80℃

 

 

32V 10A Low Profile Micro Fuse , 2 Pin Mini Blade Fuses For Cars 0

 

 

Time-Current Characteristics

 

 

% of Ampere Rating(A) Operating Time
MIN MAX
110% 100 hrs. -
135% 0.75 sec. 120 sec.
160% 0.25 sec. 50 sec.
200% 0.15 sec. 5 sec.
350% 0.04 sec. 0.5 sec.
600% 0.02 sec. 0.1 sec.

 

 

Electrical Performances

 

Ampere Rating(A) Part Number Housing Colors Resistance Value Voltage Drop
5A 1173 Tan 17.3 mΩ 117 mV
7.5A 1174 Brown 10.7 mΩ 109 mV
10A 1175 Red 7.85 mΩ 104 mV
15A 1176 Blue 5.05 mΩ 100 mV
20A 1177 Yellow 3.65 mΩ 95 mV
25A 1178 White(natural) 2.75 mΩ 88 mV
30A 1179 Green 2.18 mΩ 82 mV

 

 

Dimension (mm)

 

32V 10A Low Profile Micro Fuse , 2 Pin Mini Blade Fuses For Cars 1

 

 

Time-Current Characteristics Curve

 

32V 10A Low Profile Micro Fuse , 2 Pin Mini Blade Fuses For Cars 2 

 

 

How Wires, Fuses, and Connectors Work

 

The main job of the fuse is to protect the wiring. Fuses should be sized and located to protect the wire they are connected to. If a device like your car radiosuddenly draws enough current to blow the fuse, the radio is probably already toast. The fuse is there to protect the wire, which would be much harder to replace than the radio.
Most cars have two fuse panels. The one in the engine compartment holds the fuses for devices like the cooling fans, the anti-lock brake pump and the engine control unit -- all of which are located in the engine compartment. Another fuse panel, usually located in the dashboard near the driver's knees, holds fuses for the devices and switches located in the passenger compartment.

 

32V 10A Low Profile Micro Fuse , 2 Pin Mini Blade Fuses For Cars 3

Interior fuse panel

We saw in the last section how the heat build-up in the wire depends on the resistance and the amount of current flowing through the wire. Fuses are really just a special type of wire in a self-contained connector. Most automotive fuses today have two blade connectors and a plastic housing that contains the conductor. There are also some fuses that are in the wiring of the car, called fusible links.

 

The conductor inside the fuse is made of a metal similar to solder. It has a lower melting point than the wire itself. The size of the conductor is calibrated very carefully so that when the rated current is reached, enough heat is generated to melt the conductor and so break the circuit.

When a fuse is blown, it must be replaced before the circuit will work. A blown fuse must be replaced with a fuse of the same amperage.

 

 

Checking Fuses


The most foolproof way to check a fuse is to pull it out of its receptacle and hook up a continuity tester to both blades of the fuse. But if you do this while the fuse is plugged in, you could get continuity through a path other than the fuse (for instance, both sides of the wire may be grounded when you check the fuse). You can usually tell if a fuse is blown by a visual inspection:

 

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