Capacitive Detector IFM KB5004: Precision and Reliability in Detection

The IFM KB5004 capacitive detector, model KB-3020-BPKG/NI, is a high-performance proximity sensor designed for industrial applications requiring precise and reliable non-contact object detection. Its robust design and advanced technology ensure a fast and consistent response, even in challenging environments. This IFM sensor is ideal for process automation, quality control, and safety.

Technical Specifications

• Sensor Type: Capacitive Detector
• Model: KB5004
• Product Code: KB-3020-BPKG/NI
• Detection Range: 4 … 20 mm
• Actual Detection Range: 20 ± 10 % mm
• Operating Distance: 0 … 16.2 mm
• Operating Voltage: 10 … 36 V DC
• Voltage Drop: 2.5 V DC
• Switching Current: 250 mA DC
• Current Consumption: 13 mA DC
• Switching Frequency: 40 Hz DC
• Electrical Design: PN
• Output Function: Normally Open
• Connector Type and Length: Cable, available in two lengths: 2m and 30 cm
• Electrical Protection Class: II
• Degree of Protection: IP65
• Housing Material: PBTM
• Mounting: Cannot be flush mounted
• Accessories Supplied: Mounting Brackets
• Weight: 255.5 g

Advantages

• Non-Contact Detection: Avoids wear and contamination of the detected object.
• High Precision: Ensures reliable and consistent detection.
• Wide Detection Range: Allows detection at considerable distances.
• Robustness: Resistant design for demanding industrial environments.
• Easy Integration: Compatible with a wide range of automation systems.
• Versatility: Suitable for detecting various materials, including metals, plastics, and liquids.
• Water and Dust Resistance: IP65 protection rating guarantees durability in adverse environmental conditions.

Applications and Recommended Uses

The IFM KB5004 capacitive detector is ideal for a variety of industrial applications, including:

• Production Line Automation: Detection of parts, position control, and counting.
• Quality Control: Inspection of products to detect defects or deviations.
• Industrial Safety: Detection of the presence or absence of objects in hazardous areas.
• Robotics: Integration into robotic systems for manipulation tasks.