Unité de roulement - W2 G2 VO 300 (KUME 12 C) INA

Description détaillée du produit

The INA KUME12-C-W2-G2-V1 is a miniature linear recirculating ball bearing and guideway assembly that provides precise and reliable linear motion. It is designed to meet the demands of applications requiring high speeds and uniform running behavior.

Key Features:

• Design: Two-row configuration comprising a carriage and guideway, ensuring high rigidity and load-carrying capacity.

• Accuracy Class: G2, offering standard precision suitable for most applications.

• Preload Class: V1, providing a slight preload to enhance rigidity and performance.

• Corrosion Resistance: Constructed with high-alloy premium steel for the carriage and guideway, offering corrosion resistance under normal conditions. For applications requiring higher levels of corrosion resistance, the suitability of the units should be investigated.

• Lubrication: Equipped with a lubricant reservoir filled with oil, ensuring long-term and uniform distribution of lubricant for extended operational life.

• Sealing: Standard version includes gap seals on the end faces of the carriage. For enhanced protection against contamination, optional end wipers made of highly abrasion-resistant material are available.

Technical Specifications:

• Size: 12

• Dimensions:

  • Bore Diameter (d): 12.00 mm
  • Outer Diameter (D): 27.00 mm
  • Width (B): 35.80 mm

• Load Carrying Capacity: Designed to support moderate to high loads with high rigidity requirements.

• Operating Temperature Range: Suitable for temperatures ranging from -10°C to +100°C.

• Speed and Acceleration: Capable of handling accelerations up to 140 m/s² and speeds up to 5 m/s.

• Mounting: Guideways are fixed from above and have fixing holes with counterbores for screw heads.

Applications:

The INA KUME12-C-W2-G2-V1 assembly is ideal for applications in:

• Microelectronics industry
• Optical equipment
• Medical equipment
• Textile machinery
• High-speed linear motion systems

Its compact design and high performance make it suitable for systems requiring precise and reliable linear guidance in a minimal design envelope.