Lovato KBM2L12 Wobble Stick Omnidirectional Limit Switch
Lovato KBM2L12 Wobble Stick Omnidirectional Limit Switch
The Lovato Electric KBM2L12 is a K series wobble stick omnidirectional limit switch designed for dependable mechanical position sensing in industrial automation and control applications. Featuring a semirigid rod actuator, durable polymer thermoplastic housing, and 1NO+2NC slow action contacts, this limit switch provides reliable switching performance for machinery monitoring, automation systems, and industrial equipment.
Product Overview
The Lovato KBM2L12 combines a robust industrial housing with an omnidirectional wobble stick actuator that allows mechanical activation from multiple directions. The semirigid rod design provides reliable detection where flexible mechanical positioning is required, making it suitable for industrial machinery, conveyor systems, automation equipment, and control installations. The switch includes an M20 bottom cable entry, IP65 body protection, and dimensions compliant with EN 50047 standards.
Key Features
- Manufacturer: Lovato Electric
- Model: KBM2L12
- K series omnidirectional wobble stick limit switch
- Semirigid rod actuator
- 1NO + 2NC slow action contacts
- Polymer thermoplastic housing
- IP65 protection rating
- M20 bottom cable entry
- EN 50047 compliant dimensions
- Suitable for industrial automation and machinery applications
Applications
- Industrial automation systems
- Machine position monitoring
- Material handling equipment
- Conveyor systems
- Manufacturing machinery
- Industrial control panels
- Equipment monitoring circuits
Why Choose the Lovato KBM2L12?
The Lovato KBM2L12 provides a versatile and dependable solution for industrial position detection. Its semirigid omnidirectional actuator allows reliable switching from different angles, while the 1NO+2NC slow action contact arrangement offers flexible control options. With a durable thermoplastic enclosure and IP65 protection, the KBM2L12 is designed for reliable operation in demanding industrial environments.