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Heat Resistance Fusible Resistors Solvent Resistance Wire Wound Resistors Flameproof

Product Details

Place of Origin: China

Brand Name: TYOHM

Model Number: FKN

Document: FKN Fusible Wire Wound Resi...v2.pdf

Payment & Shipping Terms

Minimum Order Quantity: 2K

Price: Please contact us for details

Packaging Details: T/B

Delivery Time: 7-10 work days

Payment Terms: T/T

Supply Ability: Depending on the specific circumstances, it generally takes 5-7 work days to complete

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Product Details
Highlight:

Heat Resistance Fusible Resistors

,

Fusible Resistors Solvent Resistance

,

Wire Wound Resistors Flameproof

Resistance Range(Ω):
0.1~500 ; 0.1~800
Resistance Accuracy:
±5% ( J ) Or ±2% ( G )(Accuracy Up To 0.5%)
Resistance Temperature Coefficient:
±300 Ppm/°C
Power Rating Load:
Rated Voltage For 30 Minutes ( Surface Temp. 275°C Max )
Dielectric Withstanding Voltage:
Applying Suitable Voltage Listed On Dimensions For One Minute (No Evidence Of Mechanical Damage)
Fusing Characteristics:
16 Times Of Rated Wattage (Fusing Time Is Within 60 Seconds)
Temp. Cycle:
-55°C( 30 Min.)→ Room Temp.( 3 Min.)→+200°C( 30 Min.) →Room Temp.( 3 Min.) / ( 5 Cycles) ( ΔR/R≤±1% )
Dimensions:
Please Check The Attachment
Resistance Range(Ω):
0.1~500 ; 0.1~800
Resistance Accuracy:
±5% ( J ) Or ±2% ( G )(Accuracy Up To 0.5%)
Resistance Temperature Coefficient:
±300 Ppm/°C
Power Rating Load:
Rated Voltage For 30 Minutes ( Surface Temp. 275°C Max )
Dielectric Withstanding Voltage:
Applying Suitable Voltage Listed On Dimensions For One Minute (No Evidence Of Mechanical Damage)
Fusing Characteristics:
16 Times Of Rated Wattage (Fusing Time Is Within 60 Seconds)
Temp. Cycle:
-55°C( 30 Min.)→ Room Temp.( 3 Min.)→+200°C( 30 Min.) →Room Temp.( 3 Min.) / ( 5 Cycles) ( ΔR/R≤±1% )
Dimensions:
Please Check The Attachment
Product Description
Fusible Heat and Solvent Resistance Wire Wound Resistors, Flameproof

1.Ideal for protecting circuit boards from overload conditions

2.Features noncombustible insulating coating with solvent proof and high temperature resistance

3.Low temperature coefficient ensures stable performance

4.Uniform fusing time for reliable circuit protection

5.UL1412 approved: FKN 1W ~ 3W Series

Product Overview

Flameproof Wire-Wound Resistors are high-reliability resistors that integrate current limiting, fire safety, and overload protection.

The product uses a high-stability alloy wire precision-wound structure and is coated with a non-flammable insulating coating, possessing excellent high-temperature and solvent resistance, ensuring long-term safe operation even in harsh environments.

This series has passed UL1412 international safety certification (FKN 1W~3W series), making it an ideal choice for electronic protection circuits.

 Heat Resistance Fusible Resistors Solvent Resistance Wire Wound Resistors Flameproof 0

Technical Specifications
Item Parameter Description
Product Name Fusible Wire Wound Resistors (Flameproof)
Fusing Characteristics Uniform fusing time, stable response
Temperature Coefficient ≤ ±300ppm/°C
Insulating Coating Non-flammable epoxy coating, high temperature and solvent resistant
Operating Temperature Range -55℃ ~ +200℃
Certification Standard UL1412 (FKN series)
Application Type Circuit board overload protection and short circuit protection
Heat Resistance Fusible Resistors Solvent Resistance Wire Wound Resistors Flameproof 1
Outstanding Features

Reliable Fusing Protection Performance
This resistor features a stable and uniform melting time, rapidly interrupting the current path and preventing damage to the electrical system in the event of an overload or short circuit.

Fire-resistant design for enhanced safety

The outer layer uses a non-flammable insulating coating, possessing excellent fire-resistant properties. It will not burn or explode in high-temperature environments, comprehensively improving the circuit's safety level.

Excellent environmental resistance

It features a humidity-resistant, solvent-resistant, and heat-aging-resistant encapsulation structure, maintaining stable electrical characteristics even in environments with high humidity or drastic temperature differences.