Lincoln Industrial Mityvac MVA811 Universal Master Cylinder Bleeder Adapter, 3-1/2" x 6" Rectangular, for Brake and Clutch Systems
Lincoln Industrial Mityvac MVA811 Universal Master Cylinder Bleeder Adapter, 3-1/2" x 6" Rectangular, for Brake and Clutch Systems
- The Lincoln Industrial Mityvac MVA811 is a universal master cylinder bleeder adapter designed to fit rectangular-shaped master cylinders up to 3-1/2" by 6". It facilitates efficient brake and clutch bleeding through both pressure and vacuum methods, making it an essential tool for automotive service professionals.
- Features:
- Universal design compatible with rectangular master cylinders up to 3-1/2" x 6"
- Enables both pressure and vacuum bleeding for versatility
- Durable construction ensures long-lasting performance
- Easy to install and use, enhancing workshop efficiency
- Ideal for both brake and clutch system maintenance
- Specifications:
- Manufacturer: Lincoln Industrial
- Part Number: MVA811
- Product Type: Master Cylinder Bleeder Adapter
- Dimensions: Fits up to 3-1/2" x 6" rectangular master cylinders
- Application: Brake and clutch bleeding, pressure and vacuum
- The Universal Master Cylinder Bleeder Adapter can also be referred to as master cylinder bleeder adapter, brake bleeder adapter, clutch bleeder adapter, universal brake bleeding tool, and pressure bleed adapter.
Lincoln Industrial is a renowned manufacturer of high-quality automotive tools and equipment, committed to providing innovative solutions for professional mechanics and service technicians worldwide.
Q: Is the MVA811 adapter compatible with all vehicle models?
A: The adapter is designed to fit rectangular master cylinders up to 3-1/2" x 6". It's recommended to verify your vehicle's master cylinder dimensions for compatibility.
Q: Can this adapter be used for both pressure and vacuum bleeding?
A: Yes, the MVA811 is suitable for both pressure and vacuum bleeding applications.
Q: What materials is the adapter made from?
A: The adapter is constructed from durable materials designed to withstand regular use in automotive service environments.
