SICK MPS-032TSNU0 Analog Cylinder Position Sensor

SICK MPS-032TSNU0 Analog Cylinder Position Sensor – Precise Linear Measurement for Pneumatic Cylinders

The SICK MPS-032TSNU0 analog cylinder position sensor is engineered for accurate, continuous position detection in pneumatic cylinders with T-slot designs. It addresses the need for precise piston position feedback without mechanical contact, enabling stable and repeatable motion monitoring. Featuring a compact housing and a defined 32 mm measuring range, this sensor integrates easily into space-constrained machinery. Its robust construction and industrial-grade protection make it suitable for demanding automation environments where reliability, accuracy, and long-term stability are critical for maintaining process consistency and machine performance.

The SICK MPS-032TSNU0 provides smooth, real-time position signals that improve control quality in automated systems. Its high resolution and fast response support precise speed and positioning control, even in dynamic applications. By offering common industrial analog outputs, it simplifies integration with standard controllers and PLC platforms. The non-contact magnetic sensing principle minimizes wear, helping reduce maintenance effort and unplanned downtime. Designed to withstand vibration, temperature variations, and harsh operating conditions, it delivers dependable performance across packaging, material handling, and automated assembly applications.

Why SICK MPS-032TSNU0?

The SICK MPS-032TSNU0 stands out because it transforms cylinder motion into precise, continuous position data rather than simple on/off signals. Its compact design fits neatly into modern machines, while high resolution and fast response enable smoother control and better repeatability. Built for industrial environments, it delivers dependable performance over long operating cycles, helping automation systems achieve higher accuracy, stability, and overall process confidence.

What problem does it solve?

The SICK MPS-032TSNU0 solves the challenge of accurately tracking piston position inside pneumatic cylinders where mechanical sensors are impractical or unreliable. It eliminates guesswork caused by binary sensors, enabling real-time position feedback for speed control, positioning accuracy, and process optimization. By providing continuous analog output, it reduces tuning effort, prevents positioning errors, and helps minimize downtime caused by inconsistent or imprecise motion detection.

Key Features & Specifications – SICK MPS-032TSNU0: Part Number 1050918

Download SICK MPS-032TSNU0 (1050918) Datasheet

Commercial Information – SICK MPS-032TSNU0

The Applications

1. High-Speed Packaging Machine Stroke Monitoring

In high-speed packaging machinery, accurate pneumatic cylinder movement is essential for consistent sealing, cutting, and forming. Continuous position sensing allows the control system to monitor each stroke in real time rather than relying on simple end-position signals. Fast response enables early detection of incomplete strokes or speed variations, allowing corrective action within the same cycle. This results in smoother motion profiles, reduced mechanical stress, and fewer defective packages. Over long production runs, precise stroke feedback supports higher throughput while maintaining consistent quality, even under demanding operating conditions.

2. Automated Assembly Line Position Feedback

Automated assembly lines depend on exact actuator positioning to ensure correct component placement. Continuous position monitoring confirms that each cylinder reaches the intended position before the next process step begins. This prevents misalignment, partial insertions, and damage to sensitive components. The compact design fits into space-limited fixtures, while non-contact sensing ensures stable performance despite repetitive motion. By enabling precise motion verification, assembly processes achieve higher repeatability, improved yield, and reduced downtime caused by hidden positioning errors.

3. Material Handling and Sorting Systems

In conveyor-based material handling systems, pneumatic cylinders are commonly used for diverting, lifting, or positioning products. Continuous position feedback allows motion profiles to be adjusted according to load weight and conveyor speed. This reduces impact forces and vibration, protecting both products and mechanical components. Reliable operation in dusty and vibration-prone environments ensures consistent performance across logistics facilities. Position data can also reveal abnormal movement patterns, helping operators identify wear or misalignment early and maintain stable, uninterrupted material flow.

4. Precision Control in Industrial Machinery

Industrial machines such as presses, clamps, and test rigs require controlled cylinder motion to maintain process accuracy. Continuous position data enables fine adjustment of stroke depth, dwell time, and applied force based on real-time feedback. This is particularly useful when material characteristics vary between production batches. Analog position signals integrate easily into standard control systems, supporting advanced motion control strategies. Non-contact measurement improves long-term reliability while enabling tighter tolerances and more adaptable machine designs.