The Bently Nevada 128229-01 – Proximitor Seismic Monitor I/O Module is a high-performance industrial monitoring component designed to interface with Bently Nevada’s advanced seismic and vibration monitoring systems within the 3300 series. This I/O (Input/Output) module plays a critical role in transmitting, processing, and relaying accurate vibration and seismic data from connected proximity probes or seismic sensors to the monitoring unit, ensuring precise condition monitoring of critical rotating and stationary machinery.
Engineered for use in demanding industrial environments such as oil & gas plants, petrochemical refineries, power generation facilities, and heavy manufacturing operations, the 128229-01 I/O module is built with robust components to withstand extreme temperatures, vibration, and electrical noise. It offers reliable data transmission with minimal interference, supporting the continuous protection of valuable equipment from unexpected breakdowns.
The module integrates seamlessly with Bently Nevada’s 3300 monitoring systems, ensuring compatibility and ease of installation. Its advanced design helps maintain optimal performance by enabling real-time monitoring and alarm functions for seismic or vibration events, making it an essential part of predictive maintenance and safety systems.
When purchased through Evaflux Private Limited, customers receive genuine Bently Nevada components, ensuring quality, reliability, and compliance with OEM specifications. This guarantees long service life and reduced downtime for your machinery assets.
Key Features
Genuine Bently Nevada 3300 series I/O module
Designed for seismic and vibration monitoring applications
Provides reliable data transmission from probes to monitor
Resistant to extreme industrial conditions and EMI interference
Easy integration with existing Bently Nevada systems
Ideal for oil & gas, power plants, and heavy industry
Contact Information
Evaflux Private Limited
📞 Phone: +91 7303573946
📧 Email: support@evaflux.com
Reviews
There are no reviews yet.