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  • TUV Certified Multi Pins Fast Connect High Current Connector 300A 250A IP67 Energy Storage Connector
  • TUV Certified Multi Pins Fast Connect High Current Connector 300A 250A IP67 Energy Storage Connector
  • TUV Certified Multi Pins Fast Connect High Current Connector 300A 250A IP67 Energy Storage Connector
  • TUV Certified Multi Pins Fast Connect High Current Connector 300A 250A IP67 Energy Storage Connector
  • TUV Certified Multi Pins Fast Connect High Current Connector 300A 250A IP67 Energy Storage Connector
  • TUV Certified Multi Pins Fast Connect High Current Connector 300A 250A IP67 Energy Storage Connector
TUV Certified Multi Pins Fast Connect High Current Connector 300A 250A IP67 Energy Storage Connector

TUV Certified Multi Pins Fast Connect High Current Connector 300A 250A IP67 Energy Storage Connector

$6.58-$12.58/ Piece|100 Piece/Pieces(Min. Order)

Customization:

OEM/ODM（Min.Order: 10000 pieces）
View product details

TUV Certified Multi Pins Fast Connect High Current Connector 300A 250A IP67 Energy Storage Connector

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High Current Transmission: Designed to handle currents up to 300A/250A, enabling efficient power distribution in energy storage systems, industrial machinery, and high-demand applications.
  • Robust Industrial Design: Features brass contacts with gold plating for superior conductivity and corrosion resistance, paired with an IP67 rating for dust/water protection, ensuring reliability in harsh environments.

Key features

  • 1. Corrosion-Resistant Brass Contacts & IP67 Protection

    • With corrosion-resistant brass contacts and IP67 protection, you can ensure reliable performance in harsh environments, outperforming plastic-based connectors*. The brass material resists oxidation and ensures stable conductivity, while the IP67 rating guards against dust and water ingress.

  • 2. Locking Mechanism & Multi-Pin Design

    • The locking mechanism and multi-pin design allow for secure, one-touch connections, reducing downtime compared to traditional screw-type connectors*. This eliminates manual adjustments and ensures robust connectivity in high-vibration or dynamic settings.

  • 3. High-Current Capacity & Mechanical Stability

    • Rated for 300A/250A currents with high mechanical stability, you can handle high-power applications without voltage drops, surpassing standard connectors by ~40% in load capacity*. The robust brass construction withstands mechanical stress and thermal fluctuations.

  • 4. Industrial-Grade Energy Storage Compatibility

    • Optimized for energy storage systems, the IP67 rating enables reliable operation in outdoor or industrial settings, unlike home-use connectors limited to indoor environments*. Ideal for demanding applications like renewable energy grids or heavy machinery.

  • 5. TUV Certification for Commercial Compliance

    • With TUV certification, you can meet safety standards for commercial use, ensuring compliance compared to uncertified alternatives*. This certification guarantees rigorous testing for electrical safety and durability.

Product details

TUV Certified Multi Pins Fast Connect High Current Connector 300A 250A IP67 Energy Storage Connector

The TUV Certified Multi Pins Fast Connect High Current Connector is engineered for heavy-duty applications in energy storage systems, offering robust connectivity up to 300A. Designed with brass contacts and an IP67 rating, it ensures reliable performance in harsh environments while meeting TUV safety standards.

Technical specifications

FeatureSpecificationBenefit
MaterialBrass contacts with gold platingHigh conductivity, corrosion resistance
Current Capacity250A (Base), 300A (Pro)Supports high-power energy storage systems
IP RatingIP67Dust/waterproof for outdoor/industrial use
Mechanical StabilityHigh-strength composite housingWithstands vibrations and mechanical stress
Locking MechanismPin-and-recess designSecure connection to prevent accidental disengagement
CertificationTUV CertifiedCompliance with safety and performance norms

Customization guide

Adjustable parameters include:

  • Contact Count: Customize pin arrangement (e.g., 10–20 pins) to match specific power requirements.
  • Mounting Options: Choose from standard or reinforced brackets for diverse surface integration.
  • Material Finish: Opt for enhanced coatings (e.g., gold plating) for extreme corrosion resistance.

Get inspired

With TUV certification, you can ensure compliance in regulated industries. The IP67 rating allows deployment in dusty or wet environments, while brass contacts with gold plating guarantee stable high-current transmission. For example, the 300A Pro model enables fast charging in energy storage systems, reducing downtime in industrial settings.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Current Capacity250A280A (+12%)300A (+20%*)
Contact Count10 pins15 pins20 pins
Material FinishBrassBrass + corrosion-resistant coatingGold-plated brass
Locking StrengthStandardReinforcedDual-lock mechanism
Weight250g280g320g

Supplier's note

  1. Technical Breakthroughs:

    • TUV Certification: Ensures safety compliance for global energy storage applications.
    • IP67 Design: Enables deployment in harsh environments like offshore wind farms.
    • Gold-Plated Brass Contacts: Reduces contact resistance by 30% compared to uncoated brass, extending lifespan in high-current scenarios.

  2. Version Selection Guidance:

    • Base Model: Ideal for standard energy storage systems (e.g., residential solar setups) requiring 250A.
    • Advanced Model: Suitable for automotive or industrial machinery needing 280A and corrosion resistance in marine environments.
    • Pro Model: Best for aerospace or heavy-duty grid systems where 300A capacity and dual-lock mechanisms ensure zero failure under extreme vibrations.

*Pro Model’s 20% higher current capacity vs. Base Model delivers 25% faster energy transfer in high-demand applications.

Frequently asked questions

  • Which TUV Certified High Current Connector (300A vs 250A) is best for heavy-duty industrial applications?

  • How do I maintain the brass contacts of the IP67 High Current Connector to ensure conductivity?

  • Brass vs Aluminum Contacts: Why is brass better for high-current energy storage connectors?

  • Can the TUV Certified Multi-Pins Connector be customized for specific contact types or mounting needs?

  • Is the High Current Connector’s IP67 rating validated for outdoor or wet environments?

  • How does the locking mechanism of the 300A Connector prevent accidental disconnections in heavy machinery?

  • Are these connectors suitable for energy storage systems requiring high current (300A) and TUV compliance?

  • What makes the Multi-Pins Fast Connectors superior for battery adapter setups in energy systems?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
High Current CapacityEnergy Storage Systems, EV Charging300A (Advanced) ▲▲ / 250A (Base) ▲ vs 200A (Industry Standard)
(IEC 60853 compliance)		Handles extreme power demands (e.g., industrial batteries)
Reduced heat buildup		Larger form factor; may require specialized installation
IP67 ProtectionOutdoor/Wet Environments, Marine UseIP67 (Dust/water ingress up to 1m for 30min) vs IP54 (Industry Standard)Operates in harsh conditions (e.g., rain, dust)
Longer lifespan in corrosive environments		Heavier design; limited flexibility for frequent disassembly
TUV CertificationIndustrial/Commercial ApplicationsTUV Certified (Safety compliance per EN 60947-5-1) vs Basic CE CertificationEnsures rigorous safety standards for high-voltage systems
Trustworthy for global markets		Higher certification costs passed to consumers
Brass Contact MaterialHigh-Conductivity ApplicationsOxygen-Free Copper-Plated Brass vs Aluminum (Industry Standard)Superior conductivity (28% lower resistance)
Corrosion-resistant for longevity		Higher material cost compared to alternatives
Mechanical StabilityHeavy-Duty Machinery, Aerospace5000+ Mating Cycles (IEC 60512-5) vs 2000 Cycles (Industry Standard)Reliable in vibration-prone environments
Reduces downtime for industrial use		Bulky connectors may limit space-constrained applications
Versatile Connection TypesMixed-System IntegrationMulti-Standard Compatibility (Banana/Adapter/Battery) vs Single-Use DesignAdapts to diverse systems (e.g., battery banks + inverters)
Reduces inventory needs		Requires user training for proper configuration

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