Lovato KND1S11 Limit Switch - K Series Roller Side Push Lever Switch
The Lovato KND1S11 is a reliable industrial limit switch from the Lovato Electric K Series,
designed for accurate position detection and dependable machine control applications. Featuring an
aluminium-zinc alloy metal housing, roller side push lever actuator with plastic roller, and
1NO + 1NC snap-action contacts, the KND1S11 provides consistent switching performance for industrial
automation, machinery, conveyors, and control systems.
Lovato KND1S11 Product Overview
The Lovato KND1S11 combines rugged industrial construction with precision snap-action switching technology.
Its roller side push lever actuator enables smooth mechanical operation and accurate detection of machine
movement, travel limits, and operating positions.
Designed with dimensions compatible with EN 50047 standards, the KND1S11 features a metal body,
M20 side cable entries, IP65 protection, and snap-action contacts for dependable operation in industrial
environments.
Key Features
- Lovato Electric K Series industrial limit switch
- Roller side push lever actuator
- Aluminium-zinc alloy metal housing
- Plastic roller actuator
- 1NO + 1NC snap-action contacts
- 10A maximum contact current
- M20 side cable entries
- IP65 protection rating
- EN 50047 compatible dimensions
- Suitable for industrial automation applications
Applications
- Industrial automation systems
- Machine position monitoring
- Conveyor systems
- Production machinery
- Material handling equipment
- Mechanical travel limit detection
- Industrial control circuits
Why Choose Lovato KND1S11?
The Lovato KND1S11 delivers dependable switching performance through its durable metal construction and
precision snap-action mechanism. Its compact design, plastic roller actuator, and IP65 protection make it
suitable for a wide range of industrial control and automation installations.
With EN 50047 compatible dimensions, M20 side cable entries, and reliable 1NO + 1NC contacts, the KND1S11
provides a practical solution for machinery requiring accurate and repeatable position sensing.