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Master Cylinder ADAPTER LARGE CAST IRON - Car Certified Tools

Part #: BA12

The Car Certified Tools BA12 Master Cylinder Adapter is a robust plate adapter engineered for efficient pressure bleeding of automotive brake systems. Specifically designed for compatibility with large, rectangular cast iron master cylinders, this professional-grade tool ensures a secure, leak-free connection, streamlining brake service procedures for technicians.

Key Features

  • Durable Construction: Features a sturdy plate adapter design with an anodized aluminum body for enhanced corrosion resistance and longevity.
  • Secure Chain Hold-Down: Equipped with two hold-down chains and a tension mechanism to firmly secure the adapter to rectangular cast iron master cylinders, preventing displacement during bleeding.
  • Brake Fluid Compatibility: Utilizes EPDM rubber components and a rim seal gasket, ensuring chemical compatibility with brake fluids and preventing leaks for system integrity.
  • User-Friendly Design: Designed with easy-grip caps for quick attachment and removal, improving workflow efficiency.
  • System Integration: Interfaces seamlessly with standard automotive-type quick couplers, allowing for integration with existing shop equipment.

Applications

This adapter is primarily used in conjunction with pressure brake bleeders to service classic-style brake master cylinders, particularly those constructed from cast iron with a rectangular form factor. It provides a reliable connection for effective and thorough brake fluid flushes and bleeds in professional automotive settings.

Specifications

  • Width: 4.48 Inches
  • Length: 6.825 Inches
  • Body Material: Anodized Aluminum
  • Seal Material: Brake Fluid Compatible Rubber (EPDM)
  • Attachment Method: Two hold-down chains with chain tension
  • Compatibility: Rectangular Cast Iron Master Cylinders, Classic-style brake master cylinders, Pressure Brake Bleeders, Automotive type quick couplers

Recommended Alternatives

This product was added to our catalog on Tuesday 06 January, 2015.