Description
Real-World Use & Application Scenarios
In critical machinery monitoring environments across industries such as oil and gas, power generation, and heavy manufacturing, the need for real-time, reliable data communication is paramount. The BENTLY 350092 133323-01 module plays an essential role in these settings by acting as a high-performance communication gateway within machinery protection systems. Used extensively in Bently Nevada’s renowned 3500 Series, this module bridges machine health monitors and plant automation systems, ensuring accurate data transfer that supports vibration, temperature, and process measurements.
Industries using the BENTLY 350092 133323-01 rely on continuous condition monitoring to enhance safety and prevent costly downtime. Its ability to translate rack-monitored values and statuses into standard communication protocols makes it indispensable in Distributed Control Systems (DCS), SCADA setups, and process control systems. In oil refineries or power plants, where machinery components operate under extreme conditions, this module sustains data integrity and responsiveness, enabling predictive maintenance and operational excellence.
Its rugged construction supports operation in harsh industrial environments with temperatures ranging from -30°C to +65°C, and its communication versatility addresses the diverse networking needs of modern industrial automation. Thus, this gateway supports real-world challenges by delivering seamless connectivity across complex automation ecosystems.
- 350092 133323-01
- 350092 133323-01
Product Introduction & Positioning
The BENTLY 350092 133323-01 is a specific Modbus RS485 I/O communication gateway module within the Bently Nevada 3500 System family. It functions primarily as an interface unit designed to facilitate efficient communication of machinery condition data from the 3500 monitoring rack to control and data acquisition systems.
It supports multiple communication protocols such as Modbus RTU over RS485, allowing integration into an extensive range of automation and control environments. This module fits into Bently Nevada’s standardized 3500 racks, translating the monitored rack data—such as vibration and temperature readings—into a format that can be accessed via industry-standard Modbus gateways.
Engineers and system integrators highly value the BENTLY 350092 133323-01 for its configurability and robust data handling, enabling adaptable deployments in various control architectures. As a core component of a widely trusted machinery protection system, it guarantees compatibility and ease of integration within existing plant infrastructure, minimizing operational disruption during upgrades or expansions.
Key Technical Features & Functional Benefits
The BENTLY 350092 133323-01 offers expansive communication capabilities for all rack-monitored values and statuses through serial RS485 interfaces using Modbus RTU protocol. It balances power consumption at around 7.7 watts under typical operation, ensuring efficient energy usage within demanding industrial control racks.
With a configurable Modbus register utility, this gateway provides flexibility in data handling to cater to specific application requirements and supports baud rates up to 230400. Its dimensions (approximately 230 mm x 89 mm x 32 mm) and weight (0.4 kg) make it compact and suitable for installation in standard 3500 Series instrument racks without requiring excessive space.
Communication capabilities include reliable Modbus RTU and TCP/IP support, enabling integration via network topologies spanning up to 1200 meters (4000 feet) on RS485 links. The module’s operating temperature range (-30°C to +65°C) and robust construction ensure sustained, interference-free operation even in harsh industrial environments.
Built-in diagnostics and status LEDs provide continuous operational feedback, allowing easy troubleshooting and system health monitoring. This combination of flexibility, high data throughput, and rugged design ensures long-term reliability and supports mission-critical condition monitoring applications.
Detailed Technical Specifications
Parameter | Value |
---|---|
Model | BENTLY 350092 133323-01 |
Brand | Bently Nevada |
Product Type | Modbus RS485 I/O Communication Gateway Module |
Power Supply | 24 V DC |
Power Consumption | 7.7 Watts (typical) |
Operating Temperature | -30°C to +65°C |
Dimensions | 230 mm x 89 mm x 32 mm |
Weight | 0.4 kg |
Communication Interface | RS485 |
Communication Protocols | Modbus RTU, Modbus TCP/IP |
Baud Rates Supported | 9600 to 230400 |
Communication Distance | Up to 1200 meters (4000 feet) |
Cooling | Natural Convection |
Related Modules or Compatible Units
3500/15 Power Supply – Provides regulated power to all 3500 rack modules.
3500/22M Transient Data Interface – Captures high-frequency transient vibration data for analysis.
3500/25 Keyphasor Module – Generates tachometer signals essential for vibration phase measurements.
3500/32M Relay Module – Adds relay output capabilities for alarms and shutdown controls.
3500/94M VGA Display Module – Local monitoring interface with visualization tools.
3500/40M Monitor Module – General-purpose vibration and process variable monitor.
3500/42M Monitor Module – 4-20 mA output monitoring module for control integration.
3500/60/61 Temperature Monitor – Dedicated temperature measurement and monitoring module.
Installation Notes & Maintenance Best Practices
Before installing the BENTLY 350092 133323-01, ensure the 3500 equipment rack is properly grounded and sized to provide sufficient airflow around all modules to maintain cooling by natural convection. Use shielded twisted pair wiring for the RS485 communication lines to minimize electromagnetic interference and signal degradation, especially over long cable runs.
Routine maintenance includes checking communication status LEDs regularly to diagnose connection integrity and monitor overall module health. It is advisable to periodically verify firmware versions and apply manufacturer-provided updates to enhance functionality and security. Cleaning dust and debris from the rack can prevent heat buildup and potential hardware failures.