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Bimetallic Parallel Groove Clamp CAPG 16-300mm² AL-Cu

Bimetallic Parallel Groove Clamp
Bimetallic Parallel Groove Clamp CAPG 16-300mm² AL-Cu - Image 2
Bimetallic Parallel Groove Clamp CAPG 16-300mm² AL-Cu - Image 3
Bimetallic Parallel Groove Clamp CAPG 16-300mm² AL-Cu - Image 4

Bimetallic Parallel Groove Clamp CAPG 16-300mm² AL-Cu

Eliminate the risk of galvanic corrosion in your electrical networks instantly with the bimetallic parallel groove clamp. Expertly engineered for non-tension connections, this highly reliable Copper aluminum parallel groove clamp perfectly splices aluminum strand conductors to copper lines. Utility contractors and substation engineers mandate this heavy-duty CAPG clamp to manage conductor applications seamlessly from Al 16-300mm² to Cu 6-240mm², ensuring absolutely zero reduction in the electrical capacity of the primary network.

Producing capacity: 400000 pcs/month

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Bimetallic parallel groove clamp Overview:

Connecting dissimilar metals like aluminum and copper without proper bimetallic transition inevitably leads to severe oxidation, elevated contact resistance, and dangerous joint overheating.

Deploy our standardized bimetallic pg clamp to ensure long-term thermal stability and electrical safety:

  • Features a precision-forged aluminum upper and lower jaw with a specialized welded copper plate to manage dissimilar metal transitions safely.
  • Pre-coated with a high-grade oxide-inhibiting compound to actively reduce metal oxidation and keep the joint surface temperature well below the reference conductor limit.

Key Features & Benefits:

Optimize your engineering specifications instantly with these highly reliable, rigorously tested advantages:

  • Constructed from hot-forged aluminum to confirm maximum volume density.
  • Features a firmly welded copper plate specifically for the tap groove.
  • Supplied with an oxide-inhibiting compound to prevent bimetallic oxidation.
  • Equipped with robust Grade 8.8 hot dip galvanized or stainless steel fasteners.
  • Guarantees a slip strength reaching 10% of the calculative tensile strength.

Applications & Use Cases for bimetallic parallel groove clamp:

Integrate this dynamic connecting hardware to establish completely fail-proof power distribution systems.

This heavy-duty unit is the definitive engineering choice for the following critical utility tasks:

  • Establishing secure parallel contacts safely using a standardized bimetallic parallel groove clamp.
  • Splicing steel-reinforced aluminum conductors to copper safely with a trusted bimetallic pg clamp.
  • Securing jumper conductors on non-linear poles flawlessly using a heavy-duty CAPG clamp.

Technical Specifications:

Review the comprehensive mechanical capacities, IEC standard compliances, and dimensional data below to ensure perfect alignment with your engineering tenders.

Technical Parameters & Standards
Upper Jaw Material Aluminium Alloy
Lower Jaw Material Aluminium Alloy and welded copper plate
Fasteners Grade 8.8 Hot dip galvanized or stainless steel
Mechanical Failure Load 10% of the reference conductor
Design & Testing Standards IEC 61284, DIN 48072
Producing Capacity 400,000 pcs / month

Conductor Application Data

Part No. Conductor Application (mm²) No. of Bolts Size of Bolt
Aluminium Copper
CAPG-A1 16-70 6-50 1 M8x40
CAPG-A1 25-150 10-95 1 M8x45
CAPG-B1 16-70 6-50 2 M8x45
CAPG-B2 25-150 10-95 2 M8x50
CAPG-B3 25-240 25-200 2 M10x60
CAPG-B4 35-300 35-240 2 M10x70
CAPG-C1 16-70 6-50 3 M8x45
CAPG-C2 25-150 10-95 3 M8x50
CAPG-C3 25-240 25-200 3 M10x60
CAPG-C4 35-300 35-240 3 M10x70

Dimensional Data:

Bimetallic Parallel groove clamp2

Part No. Fig. W (mm) L (mm) No. of Bolts Size of Bolt
CAPG-A1 1 41.5 25 1 M8x40
CAPG-A1 1 45 30.5 1 M8x45
CAPG-B2 2 41.5 40 2 M8x45
CAPG-B3 2 45 49.5 2 M8x50
CAPG-B4 2 58 63 2 M10x60
CAPG-C1 3 41 46 3 M8x45
CAPG-C2 3 45 69 3 M8x50
CAPG-C3 3 58 90 3 M10x60
CAPG-C4 3 64 104 3 M10x70

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