The Messotron MDG-P 36 Absolute Rotary Encoder series and its specialized sub-variant MDG-P 36 J (Drehwinkelgeber), engineered and produced by Messotron Hennig GmbH in Germany, represents a state-of-the-art mechatronic measurement solution designed specifically to meet the most stringent position and angular control criteria in modern factory automation architectures and digitized plant infrastructures. Featuring an ultra-compact 36mm outer chassis diameter, this high-performance instrument is structurally optimized for installation within severely restricted envelope spaces, such as articulate collaborative robotic joints (Cobots), long-range pan-tilt monitoring cameras, laser scanners, Automated Guided Vehicles (AGVs), or advanced new-generation compact industrial servo motor frames. As an absolute encoder device, the Messotron MDG-P 36 series completely eliminates any risk of position data loss or misalignment during sudden electrical grid failures. The sensor immediately delivers accurate absolute angular coordinate data right upon power restoration without requiring any initial rotation cycle or homing sequence, thus perfectly safeguarding high-value workpieces and adjacent mechanical infrastructure while severely cutting down system boot times.

The baseline distinction within this product lineup lies in the two flexible hardware configurations: the standard MDG-P 36 model is optimized for versatile industrial assignments requiring sustained linearity and standard thermal integrity; meanwhile, the advanced MDG-P 36 J model integrates customized structural modifications regarding shaft geometries or augmented embedded electronics, reinforcing its structural resilience against heavy electromagnetic surges and intensive radial force thresholds. Both versions support comprehensive communication protocols (such as SSI, CANopen, or differential serial standards), enabling seamless real-time interfacing with central PLC blocks or embedded industrial PCs without data lag or angular bit dropouts.

The mechanical foundation of the Messotron MDG-P 36 & MDG-P 36 J is fabricated utilizing high-strength, wear-resistant alloy matrices, utilizing an advanced high-resolution scanning disk matrix coupled with a heavy-duty dual ball bearing layout engineered to sustain significant radial and axial shaft force thresholds originating from belt pulleys or gear meshes. The enclosure is certified to stringent industrial ingress protection ratings (IP65/IP67), preventing any entry of fine abrasive particulates, cooling lubricants, cutting fluids, or high humidity levels. The underlying internal sensors are fortified against high-magnitude mechanical shock waves and harmonic vibrations, ensuring incredible continuous run-time reliability and decade-spanning operating lifespans across extreme temperature fields. Integrating the MDG-P 36 & MDG-P 36 J architecture into your production framework stands as a critical asset to elevate total control accuracy, drastically diminish sudden system downtime, and achieve immaculate machining precision standards.

• Manufacturer: Messotron (Messotron Hennig GmbH)
• Country of Origin: Germany (Formatted in standard English text for system input compliance)
• Product Category: P-Series Miniature Absolute Rotary Encoder
• Model Designations Included: MDG-P 36 (Standard industrial variant) and MDG-P 36 J (Advanced mechanical/electrical sub-variant)
• Sensing Methodology: High-resolution magnetic or optical absolute digital encoding technology
• Outer Body Diameter: 36 mm (Ultra-slim format for confined envelopes)
• Supported Output Protocols: Premium industrial networks (SSI, CANopen, or differential noise-immune RS485/RS422 selection depending on ordering code)
• Shaft Configurations: Solid Shaft or Hollow Shaft variations optimized under P/J series blueprints
• Ingress Protection Rating: IP65 / IP67 dust-tight, splash-resistant, and industrial oil-proof casing
• Standard Operating Thermal Range: Extreme industrial endurance from -40°C up to +85°C
• Shock / Vibration Tolerance: Fully compliant with heavy industrial international DIN EN regulatory test methods
• Electrical Interfacing: Integrated heavy-duty molded strain-relief cable output or premium standard M12 / M23 connector systems
• Primary Input Voltage Supply: DC 10V - 30V or DC 5V (Equipped with reverse polarity circuit protection)