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D type fuse

I have found results from100000+products and70000+suppliers aboutD type fuse

Commonly Used:
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Customization Available
Sample Available
Manufacturer First
Product Attributes:
Type: Low-voltage
Type: Current Fuse
Type: High-voltage
Type: Blade Fuse
A Type Insulator
Lead Wire Fuse Holder
Panel Installed Fuse Holder
Phase: Single
Core: Core-type Transformer
Oil-immersed Type Transformer
Winding Type: Multi-winding Transformer
Certification: ISO9001
Usage: Single-phase Transformer
Frequency Characteristics: Power Frequency
Shape of Core: EE
Operation: Manual
Series: Three
Breaking Capacity: Low
Shape: Insert
Fusing Speed: FF
Fusing Device: Pop-up Solid
Number of Poles: Three Pole
Standard: UL
Trumpet Fuse Holder
Circuit Board Fuse Holder
Plastic Fuse Holder
Glass Tube Fuse Type: 6.35×30mm
Structure: Three-column Disconnector
Installation: Outdoor High-voltage
Grounding Mode: Not Grounding
Grounding: Un Grounded
Turn the Horizontal
Switching Mode: Single Throw-in
Common Model: YR
Structure of Operating: Manual
Fuse Holder Size: S
Insert Type Fuse Size: S
Application: High-voltage
Material: Porcelain
Size of Bearing Capacity: 160KN
Insurance Piece Holder
Non-Environmental Protection Fuse Holder
Execution Standard: National Standard
Certification: CE
Certification: ISO
Certification: GS
Certification: IS9001
Usage: Distribution Transformer
Usage: Low Voltage
Usage: High Voltage
Usage: Automotive
Usage: Electronic
High Voltage Power Transmission
Usage: Insulation
Usage: Electrical Installation
Usage: Transport System
Usage: Instrument
Usage: Machine Tool
Usage: Computer System
Breaking Capacity: High
Shape: Circle
Shape: Spiral
Shape: SMD
Shape: Tablet
Fusing Speed: F
Fusing Speed: M
Fusing Speed: T
Fusing Device: Luminous
Fusing Device: Discoloration
Standard: JIS
In-line Fuse Holder
Structure: Post Insulator
Lead Wire Type
Plastic and Rubber
Environmental Protection Fuse Holder

Sourcing guidance for D Type Fuse

How to choose the correct D Type Fuse for industrial applications?

Selecting the right D Type fuse requires matching the rated voltage (typically 500V AC) and the rated current (ranging from 2A to 100A) to your circuit requirements. You must identify the specific size code, such as DII (E27 thread) for up to 25A or DIII (E33 thread) for up to 63A, to ensure physical compatibility with existing fuse bases. Additionally, prioritize fuses with a high breaking capacity (kA rating) to safely interrupt short-circuit currents without exploding.

What are the key compliance standards and safety certifications for D Type Fuses?

For international trade, ensure the products comply with IEC 60269-3, which is the global standard for fuses used by unskilled persons. For the European market, CE marking is mandatory, and VDE certification is highly regarded as a benchmark for electrical safety and quality. If exporting to North America, check for UL or CSA equivalence, although D-type fuses are predominantly a European standard (DIN).

What technical features indicate a high-quality D Type Fuse?

A premium fuse should feature a high-grade ceramic body for superior thermal shock resistance and a silver-plated copper element for optimal conductivity and aging resistance. Look for a clear color-coded indicator (eyelet) at the top, which pops out when the fuse blows, allowing for quick visual troubleshooting. The internal filling should be high-purity quartz sand, which effectively extinguishes the arc during a fault.

How do different operating characteristics (gG/gL vs. aM) affect procurement?

You must specify the operating class based on the load: gG/gL fuses are full-range breaking capacity fuses for general applications (cable and line protection), while aM fuses are partial-range fuses designed specifically for motor protection to handle high start-up inrush currents. Choosing the wrong class can lead to frequent nuisance tripping or failure to protect sensitive equipment.

Cross-Border Procurement Considerations for D Type Fuses

What are the primary risks when sourcing electrical components like fuses from overseas?

The biggest risk is counterfeit or sub-standard materials that fail to blow at the rated current, leading to fire hazards. To mitigate this, always request third-party test reports and verify the supplier's ISO 9001 certification on Made-in-China.com. Conduct a sample test using a calibrated current source before committing to bulk orders to ensure the time-current curves match the datasheet.

How should I negotiate with suppliers regarding MOQ and customization?

D Type fuses are high-volume, low-margin items, so MOQs typically start at 1,000 units. To get better pricing, negotiate based on annual volume rather than a single order. If you require OEM branding (private labeling) on the ceramic body, ensure the supplier uses permanent laser marking or high-temperature ink that won't fade under heat.

What are the best practices for shipping and logistics for fragile electrical components?

Although ceramic is hard, it is brittle. Ensure the supplier uses inner box packaging with shock-absorbing dividers and heavy-duty double-corrugated outer cartons. For sea freight, request palletization with shrink wrap to prevent moisture ingress, which can degrade the electrical properties of the quartz sand filler. For urgent small batches, air express is viable but ensure the volumetric weight is optimized.

How can I ensure transaction security and quality alignment in international trade?

Utilize the Secured Trading services provided by Made-in-China.com to protect your payments until the goods are shipped. It is highly recommended to hire a pre-shipment inspection (PSI) service to verify the quantity, marking, and basic electrical continuity of the fuses at the factory before the final balance is paid.

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