EMAS L51K23REF121 Limit Switch – L51 Metal Body 3 mm Fiber Rod Lever Slow Action 1NO+1NC
The EMAS L51K23REF121 is a durable industrial limit switch from the EMAS L51 Metal Body series, designed for reliable position detection, machine control, and industrial automation applications. Featuring a rugged metal body and cover, 3 mm fiber rod lever actuator, slow action switching mechanism, and 1NO + 1NC contact configuration, this limit switch delivers accurate and dependable operation in demanding industrial environments.
Built for long-lasting industrial performance, the EMAS L51K23REF121 offers a mechanical life of up to 10 million operations and an electrical life of up to 1 million operations. With IP65 protection, AgNi contact material, AC15 utilization category, and compliance with TS EN 60947-5-1, UL 508, and VDE 0660 standards, it is suitable for machinery, automation systems, and precision limit detection applications.
EMAS L51K23REF121 Product Features
- Manufacturer: EMAS
- Series: L51 Metal Body Limit Switch
- Product Type: Industrial Limit Switch
- Actuator Type: 3 mm Fiber Rod Lever
- Actuator Material: Fiber
- Contact Configuration: 1NO + 1NC
- Contact Action: Slow Action
- Rated Current: 3A at 240V AC
- Usage Category: AC15
- Mechanical Life: Minimum 10,000,000 operations
- Electrical Life: Minimum 1,000,000 operations
- Protection Rating: IP65
- Operating Temperature: -25°C to +80°C
- Standards: TS EN 60947-5-1, UL 508, VDE 0660
Applications
The EMAS L51K23REF121 limit switch is commonly used for:
- Industrial automation systems
- Machine position monitoring
- Conveyor equipment
- Production line control
- Mechanical switching applications
- Industrial control panels
Why Choose EMAS L51K23REF121?
The EMAS L51K23REF121 combines a strong metal enclosure with a sensitive fiber rod lever actuator to provide accurate and repeatable switching performance. Its slow action contacts, IP65 protection, and extended mechanical durability make it a reliable solution for industrial position sensing and automation applications.