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0031.8264

Manufacturer

SCHURTER

Model

0031.8264

Category

protection_devices
fuses

The SCHURTER 0031.8264 fuseholder is a ROHS-compliant component designed for secure fuse retention in consumer and industrial applications. Its key features include secure terminal connections, robust construction, and compliance with international safety standards. Engineers should adhere to soldering temperature limits, verify fuse ratings against voltage/current specifications, and implement proper thermal management to ensure longevity. While the component offers high reliability and global brand trust, its higher cost and limited stock availability may impact large-scale projects.

Reference Pricing

1+ :$1.239
200+ :$0.5138
500+ :$0.5194
1000+ :$0.5572

Reference Stock

Available:Unknown

Specifications

ColorNot specified in the provided document
DimensionsNot specified in the provided document
Insulation Performance≥ 10MQ (500VDC:1min)
MaterialSocket: Thermoplastic UL 94V-0, Cover: Thermoplastic UL 94V-0, Terminals: Copper alloy, tin-plated
MountingPCB
Operating Temperature Range-40°C to 85°℃
Rated Current16A (UL/CSA)
Rated Voltage500VAC/VDC (UL/CSA)

Function And Role

Core Function

Securely holds and protects fuses in electrical circuits

Key Characteristics

  • ROHS compliant
  • Model 0031.8264
  • Bag-packed

Application Domains

Basic Scenarios

  • Consumer electronics
  • Appliances
  • Telecommunications

Extended Scenarios

  • Industrial automation
  • Automotive systems
  • Power distribution units

Precautions

Soldering

Use low-temperature solder (≤300°C) and avoid prolonged heat exposure

Current Limit

Max current depends on fuse rating (verify with datasheet)

Voltage Limit

Max voltage ranges from 250VAC to 1000VDC (datasheet required)

Thermal Management

Ensure proper heat dissipation with copper traces

Storage

Store in dry, static-free environments below 30°C

Risk Warnings
  • Avoid static discharge
  • Do not exceed datasheet limits

Alternative Model Params

  • Fuse rating
  • Terminal spacing
  • Insulation class

Design Recommendations

Layout

Maintain 5mm clearance from adjacent components

Thermal

Use thermal vias for heat dissipation

Compatibility

Ensure fuse compatibility with 5mm×20mm dimensions

Testing

Validate under 5000 cycle insertion/removal tests

Market Positioning

Strengths
  • High reliability
  • ROHS compliance
  • Global brand reputation
Weaknesses
  • Higher cost vs. domestic brands
  • Limited stock availability

Datasheet

Assist inquiry