Description

Shinkawa MDB-8E Displacement/Vibration Monitor Interface

The Shinkawa MDB-8E is a specialized interface module designed for the VM-5 series of machinery protection systems. This module serves as a critical junction for displacement and vibration monitoring, often utilized in conjunction with eddy current sensors to track the health of rotating machinery such as turbines, compressors, and large pumps. By integrating the MDB-8E, plant engineers can ensure accurate signal conditioning and distribution of sensor data to the main monitoring rack or DCS, facilitating real-time machine protection and predictive maintenance.

The product images presented are not actual photos. For further information, please get in touch with us. Email: sales@fyplc.cn | Tel: +86 15359458915

Technical Specifications

• Brand: Shinkawa Electric

• Model: MDB-8E

• Availability: In Stock / Ready to Ship

• Delivery Time: 3 days after payment

• Guarantee: 12 Months Warranty

• Condition: New / Used (Tested OK)

• Application: Displacement and Vibration Monitoring Interface

• Compatibility: Shinkawa VM-5 series monitoring systems

• Input: Analog signals from displacement/vibration transducers

• Output: Buffered signals for analysis and standardized monitoring outputs

• Operating Temperature: -10°C to +60°C

• Mounting: Standard rack-mount or base-plate configuration

Industry Applications

• Turbomachinery: Monitoring shaft vibration and axial displacement in high-speed steam and gas turbines.

• Oil & Gas Midstream: Protecting centrifugal compressors and pumps in pipeline stations and LNG facilities.

• Power Generation: Serving as a signal interface for hydro-generator bearing vibration and shaft runout monitoring.

• Heavy Manufacturing: Monitoring large fan drives and motor bearings in steel and cement production plants.

The product images presented are not actual photos. For further information, please get in touch with us.

The MDB-8E is recognized for its high signal fidelity and low noise interference, ensuring that critical machinery protection logic receives precise data to prevent costly mechanical failures.