3500/22M 146031-01 digital input module

3500/22M 146031-01 is a digital input module manufactured by Bently Nevada for industrial automation and process control systems. Here are some key details about the product:

Vibration Monitoring: This module is specifically designed for vibration monitoring and can measure and analyze the vibration of mechanical equipment to detect abnormal vibrations and predict possible failures.

Multichannel: The 146031-01 module typically has multiple vibration sensor input channels that can simultaneously monitor vibrations from multiple devices or different locations.

Data acquisition: It collects the data generated by the vibration sensor, including the amplitude, frequency, phase and other information of the vibration to help analyze the health of the device.

Alarm and alarm: The module can be configured with alarms and alarms, which can be triggered when abnormal vibration is detected to notify operations personnel to take necessary maintenance measures.

Programmable parameters: Users can configure vibration monitoring parameters according to the requirements of specific applications to adapt to different types of equipment and applications.

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Description

Overview

Essential details：3500/22M 146031-01 digital input module

Product Description

3500/22M 146031-01 is a digital input module manufactured by Bently Nevada for industrial automation and process control systems. Here are some key details about the product:

Vibration Monitoring: This module is specifically designed for vibration monitoring and can measure and analyze the vibration of mechanical equipment to detect abnormal vibrations and predict possible failures.

Multichannel: The 146031-01 module typically has multiple vibration sensor input channels that can simultaneously monitor vibrations from multiple devices or different locations.

Data acquisition: It collects the data generated by the vibration sensor, including the amplitude, frequency, phase and other information of the vibration to help analyze the health of the device.

Alarm and alarm: The module can be configured with alarms and alarms, which can be triggered when abnormal vibration is detected to notify operations personnel to take necessary maintenance measures.

Programmable parameters: Users can configure vibration monitoring parameters according to the requirements of specific applications to adapt to different types of equipment and applications.

Communication interface: The module usually has various communication interfaces in order to transmit vibration data to the monitoring system or other equipment for remote monitoring and data analysis.

High-speed data acquisition: The module can acquire and record transient data at high speed, which is suitable for capturing and recording short transient events, such as the impact of mechanical vibration, instantaneous current or voltage changes in power systems.

High sensitivity: can detect weak vibration signals to provide early fault warning.

Wide band response: covers a wide frequency range and is suitable for a variety of rotating machinery.

Good stability: Through strict quality control and environmental testing, to ensure long-term stable performance.

Transient Data Interface Module: This module is the 10Base-T/100Base-TX I/O module component of the 3500/22M system, which is connected to the 3500 monitoring system and related software (such as System 1 condition monitoring and diagnosis software, 3500 system configuration software) through the transient data interface (TDI).

Built-in static data capture: The TDI has a built-in static data capture function to record the static running data of the device, providing an important basis for fault analysis.

Recording dynamic and high-resolution transient data: The Channel Enable disk is an optional device that enables the TDI to also record dynamic and high-resolution transient data, providing more comprehensive information on the operating status of the device.

3500/22M-01-01-01

Product parameter

The parameters of the 3500/22M 146031-01 module are as follows:

Type of module: Transient Data Interface Module (TDI) for connecting the 3500 monitoring System to the Bentley Nevada System 1TM machine management software.

Data acquisition capability: Continuous acquisition of steady-state and transient waveform data.

Communication interface:

10Base-T/100Base-TX I/O: Supports 10Base-T or 100Base-TX Ethernet for automatic sensing.
100Base-FX I/O: Supports 100Base-FX fiber Ethernet.
Output:

Front panel LED indicators, including:
OK LED: indicates that the module is working properly.
TX/RX LED: Indicates the communication status of the module with other modules in the rack.
TM LED: Indicates whether the rack is in Trip Multiply mode.
CONFIG OK LED: Indicates whether the rack configuration is valid.
I/O module OK relay: indicates that the rack is operating properly or that a fault has been detected within the rack. The user can select “on” or “off” contact to indicate an abnormal state. This relay always operates as “normally closed”.
Controls:

The front panel includes:
Rack reset button: Clear alarms locked within the rack and Timed OK Channel Defeat. Performs the same function as the “rack reset” contact on the I/O module.
Address switch: Used to set the rack address. There are 127 possible addresses.
Configuration keylock: Used to place the 3500 rack in Run mode or Program mode. Run mode allows the rack to run properly and locks in configuration changes. Program mode allows the rack to run properly and allows local or remote rack configuration.
Communication protocol:

BN Host Protocol: communicates with 3500 configuration software, 3500 data acquisition software, and 3500 display software.
BN TDI Protocol: Communicates with System 1 condition monitoring and diagnostic software.
Environmental limits: Specific environmental limits are not listed, but usually include operating temperature range, humidity, vibration and shock.

Power requirements: Specific power requirements are not listed, but usually include voltage and power requirements.

Dimensions and weight: Specific dimensions and weight are not listed, but usually include the physical dimensions and weight of the module.

Compatibility: Compatible with 3500 monitoring systems and compatible software such as System 1 condition monitoring and diagnostic software and 3500 System configuration software.

APPLICATION

Rotating machinery monitoring: used to monitor the health of rotating machinery (such as pumps, compressors, motors, etc.), and find hidden trouble in time. By collecting and analyzing vibration data of mechanical equipment, it is possible to predict and prevent potential failures, ensuring the reliability and safety of equipment operation.

Process control: In the continuous production process of petrochemical, electric power, manufacturing, etc., various parameters need to be monitored and controlled, such as temperature, pressure, flow, etc. The module can be used to monitor these parameters to ensure process safety and stability.

Predictive maintenance: Use data analysis to predict equipment failures, develop preventive maintenance plans, and reduce maintenance costs. The module can continuously collect steady-state and transient waveform data, and transmit the data to the main computer software through Ethernet to provide data support for predictive maintenance.

Power industry: Used to monitor the operation of power generation equipment such as motors, generators, etc.

Petrochemical industry: In continuous production processes such as petrochemicals, various parameters need to be monitored and controlled.

Manufacturing: In manufacturing, continuous production processes require monitoring and control of various parameters, such as chemical, pharmaceutical, food processing, etc.

Road, railway, track, municipal, water conservancy and hydropower fields: the product can be applied to the monitoring and control system in these fields to provide more comprehensive status information of mechanical equipment.

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