MOLOSroto DF11A1C5G2A-S1 - Rotational Level Sensor for Automation Applications
MOLOSroto DF11A1C5G2A-S1 - Rotational Level Sensor for Automation Applications
MOLOSroto DF11A1C5G2A-S1 - Rotational Level Sensor for Automation Applications
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MOLOSroto DF11A1C5G2A-S1 - Rotational Level Sensor for Automation Applications
MOLOSroto DF11A1C5G2A-S1 - Rotational Level Sensor for Automation Applications
MOLOSroto DF11A1C5G2A-S1 - Rotational Level Sensor for Automation Applications

MOLOSroto - rotacinis lygio daviklis DF11A1C5G2A-S1

000000001596
€349.99
Delivery time varies for all products, we will confirm the delivery time after ordering.
MOLOSroto DF11A1C5G2A-S1 is a precision rotational level sensor designed for various automation applications.
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Description

Product Introduction

Product Code: 000000001596

Name: MOLOSroto - rotacinis lygio daviklis DF11A1C5G2A-S1

The MOLOSroto is a reliable rotational level sensor designed to provide accurate measurements in various industrial applications. Its main purpose is to detect and monitor the rotational position of objects, ensuring effective automation operations.

Features

  • Type: Rotational Level Sensor
  • Measurement Range: Customizable based on application
  • Output Signal: Analog/Digital options available
  • Operating Temperature: -20°C to +60°C
  • Mounting Type: Panel or surface mount
  • Power Supply: Compatible with standard industrial voltages
  • Connection Type: Female connector
  • Protection Class: IP65 for dust and water resistance
  • Material: Durable industrial-grade materials

Conclusion

The MOLOSroto DF11A1C5G2A-S1 delivers reliable sensor performance suitable for diverse applications in automation and process control. Its robust design and varied features make it ideal for use in environments where precise measurement and monitoring are crucial.

This text was generated using AI-based tools and is intended for informational purposes only. While efforts have been made to ensure accuracy, it may contain errors. We recommend contacting our experts for critical information. Your feedback is welcome to help improve the content.