Bently Nevada 3500/42M 135489-01 4-Channel Proximitor and Seismic Monitoring Module

• Weight: 2.5 kg
• Dimensions: 20 cm × 25 cm × 30 cm
• Configuration Software: Works with 1900 configuration software and 3500 rack configuration software
• Data Storage: Has a 200-entry event list and non-volatile memory for storing configuration and event data

Function Features

• Comprehensive Multi-parameter Monitoring: Beyond monitoring core parameters such as radial vibration, thrust position and eccentricity via sensor inputs, it also monitors temperature through dedicated temperature inputs. This all-in-one monitoring covers multiple critical health indicators of machinery, eliminating the need for additional independent temperature monitoring modules.
• Flexible Sensor Adaptability: Each sensor input can be flexibly configured via software to match different types of vibration and position sensors. The temperature inputs are compatible with various common thermocouples and RTDs, adapting to diverse industrial equipment monitoring requirements.
• Customizable Alarm and Output Settings: Users can program relay outputs to activate based on the normal, alarm or danger status of single or combined channels. Any variable data from any channel can be transmitted through recorder outputs, and the dedicated buffer output can provide signals for each sensor input, meeting diverse data transmission needs.
• Seamless System Integration: Equipped with a Modbus gateway option, it can directly transmit static variables, status and event data to various upper-level systems. This smooth data interaction enables centralized management and analysis of equipment data in large-scale industrial control architectures.
• Convenient Operation and Maintenance: Configuration files can be created on a computer and downloaded to the module via Ethernet. The optional display and keyboard allow on-site viewing of channel data and minor configuration adjustments. LED indicators clearly show working, communication and bypass statuses for quick fault identification.
• Stable Operation in Harsh Environments: It is built with high-quality components and has strong overload capacity. It can maintain stable performance in noisy industrial environments, ensuring the reliability and accuracy of monitoring data even under extreme operating conditions.

Application Scenarios

• Oil and Gas Industry: Applied to monitor centrifugal compressors, pipeline pumps and gas turbines in onshore oil fields and offshore platforms. It tracks vibration and temperature changes of key components, preventing equipment damage and oil-gas leakage caused by abnormal operation under high-pressure conditions.
• Power Generation Industry: Used for monitoring steam turbines, generators and water pumps in thermal and hydropower plants. It monitors parameters such as shaft vibration and bearing temperature in real time, ensuring stable operation of power generation equipment and avoiding large-scale power outages due to mechanical failures.
• General Manufacturing Industry: Suitable for monitoring motors, gearboxes and fans on production lines. It provides continuous status data for common rotating machinery, helping maintenance teams schedule maintenance in advance and improve overall production efficiency.
• Metallurgical Industry: Deployed in ironmaking and steelmaking workshops to monitor rolling mills and induced draft fans. It withstands high-temperature and dusty environments, monitoring vibration and temperature to prevent production interruptions caused by equipment breakdowns.
• Chemical Industry: Used to monitor reactors, mixers and conveying pumps in chemical plants. It detects abnormal vibration and temperature fluctuations of equipment in corrosive and volatile environments, ensuring safe operation and avoiding chemical leakage accidents.