BK Mikro 5-RL

The BK Mikro 5-RL is a sophisticated tool monitoring system designed to ensure the safety and efficiency of industrial production processes. This system comprises a control unit and a tactile sensor, or probe, tailored to specific process requirements.

Key Features

• Dual-Direction Scanning: The BK Mikro 5-RL offers right-left scanning capabilities, allowing for precise monitoring of two distinct scanning positions through both clockwise and counter-clockwise probe rotations.
• Automatic Rest Position Detection: The system automatically identifies the probe’s rest position, enhancing monitoring accuracy.
• Multiple Scanning Frequencies: Users can select from eight different scanning frequencies to suit various operational needs.
• Cable Breakage Detection: The system includes a feature to detect cable breakages, ensuring continuous monitoring without unexpected interruptions.
• Uninterrupted Machine Operation: The BK Mikro 5-RL operates without affecting the main machine’s runtime, maintaining production efficiency.
• Adjustable Tolerance Range: Users can set specific tolerance ranges to meet precise monitoring requirements.
• Corrosion-Resistant Design: For environments with aggressive cooling media, the system offers optional inner lining connectors to enhance durability.

Technical Specifications

• Housing Material: Anodized aluminum for durability.
• Protection Class: IP67, ensuring resistance to dust and water ingress.
• Probe Length: Standard length of 165 mm with a diameter of 1.2 mm; the probe is interchangeable for flexibility.
• Scanning Angle: Up to 360° rotation, providing comprehensive monitoring coverage.
• Operating Temperature Range: 0°C to +80°C, suitable for various industrial environments.
• Scanning Cycles: Capable of over 5 million cycles at minimum scanning frequency, ensuring long-term reliability.

The BK Mikro 5-RL is engineered to detect tool breakage, clamping errors, and misfeeds by identifying the presence, correct positioning, and integrity of tools. Any deviations from defined norms are promptly detected, allowing for immediate machine stoppage to prevent further damage or production of defective products. This system is an integral component of condition monitoring, supporting predictive maintenance and ensuring production reliability and traceability.