SICK MZK1-02VPS-AT0 Compact Cylinder Sensor PNP IP67

Why SICK MZK1-02VPS-AT0?

The SICK MZK1-02VPS-AT0 is chosen when machine builders need dependable cylinder feedback without sacrificing space or speed. Its compact metal housing fits neatly into dovetail groove cylinders, while high switching performance supports rapid, repeatable motion. Designed for long service life, it delivers stable signals even under vibration, temperature changes, and continuous operation, making it a smart, future-proof component for demanding industrial automation systems.

What problem does it solve?

In fast pneumatic systems, unreliable or delayed cylinder position signals can cause mistimed movements, reduced throughput, and unexpected stoppages. The SICK MZK1-02VPS-AT0 solves this by providing precise, real-time magnetic detection of piston position. It ensures accurate end-position feedback, improves motion synchronization, and helps machines operate smoothly and consistently, even in high-cycle, space-restricted, or harsh industrial environments.

 

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Key Features & Specifications – SICK MZK1-02VPS-AT0: Part Number 7900604

Download SICK MZK1-02VPS-AT0 (7900604) Datasheet

 

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Commercial Information – SICK MZK1-02VPS-AT0 (Part Number 7900604)

The Applications

1. Precision Position Feedback in High-Speed Packaging Lines

In modern packaging machines, pneumatic cylinders must operate at very high speeds while maintaining precise timing. The SICK MZK1-02VPS-AT0 supports these requirements by delivering fast and stable piston position signals that keep sealing, pushing, and sorting actions perfectly synchronized. Its compact housing fits neatly into small cylinders commonly used in packaging equipment, while consistent repeatability helps prevent misfeeds and sealing errors. The robust metal construction ensures reliable operation in environments exposed to dust, vibration, and long production hours, allowing packaging lines to maintain throughput and quality without frequent sensor adjustments.

2. Reliable Cylinder Monitoring in Automated Assembly Cells

Automated assembly systems depend on accurate cylinder feedback to ensure each process step is completed correctly before the next begins. The SICK MZK1-02VPS-AT0 provides dependable position confirmation for clamping, pressing, and positioning tasks in tightly packed assembly stations. Its slim design supports dense mechanical layouts, while the PNP output allows straightforward connection to standard control systems. Stable sensing performance under vibration and temperature variation helps maintain consistent assembly quality, reduces rejected parts, and minimizes unexpected machine stops in high-volume manufacturing environments.

3. Fast and Accurate Motion Control in Material Handling Systems

Material handling equipment often relies on pneumatic actuators for rapid movement of goods, diverters, and lifting mechanisms. In these applications, delayed or inconsistent position signals can cause jams or routing errors. The SICK MZK1-02VPS-AT0 delivers quick response and repeatable detection, supporting smooth coordination between cylinders and control logic. Its rugged housing withstands mechanical stress and continuous operation, making it suitable for demanding logistics and intralogistics systems where reliability, speed, and reduced downtime are essential to maintaining efficient material flow.

4. Robust Cylinder Detection in Industrial Machinery and Tooling

Industrial machinery such as presses, fixtures, and automated tooling requires reliable cylinder position sensing to support controlled sequences and safety-related functions. The SICK MZK1-02VPS-AT0 offers non-contact magnetic detection that eliminates mechanical wear and maintains accuracy over long service life. Its wide operating temperature range and protective features help ensure stable operation near heat-generating equipment or in electrically noisy environments. By delivering consistent position feedback, the sensor helps machines operate predictably, improves process stability, and reduces maintenance demands in general industrial automation.