Description
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A6120 9199-00002 Other names:
Vibration card A6120 9199-00002
A6120 9199-00002 power module
Axis relative vibration monitoring instrument A6120 9199-00002
A6120 9199-00002 axis relative vibration monitoring card
The Emerson A6120 9199-00002 detection module is part of Emerson’s complete industrial control solution designed specifically for critical rotating machinery. This module is specifically designed to detect and monitor vibrations in industrial environments, providing important data for mechanical health monitoring, protection, and performance optimization. It is part of a wider range of modules provided by EMERSON, including power modules, CPU modules, communication modules, and input-output modules. These modules are designed to be integrated into various industrial control systems, providing functions such as vibration monitoring and thrust differential expansion monitoring.
Regarding the EMERSON Detection Module A6120 9199-00002, the following is a detailed introduction:
Product Overview
Product Name: EMERSON Detection Module A6120 9199-00002
Product Type: Monitoring Module/Vibration Monitor
Application field: This module is designed specifically for the high reliability of the most critical rotating machinery in factories, and is widely used for the protection and monitoring of equipment such as steam, gas, compressors, and water turbines.
Manufacturer: Emerson
Main features
Vibration monitoring:
Accurately monitor the vibration of rotating machinery, including shell seismic vibration and bearing seat seismic vibration.
By comparing vibration parameters with alarm setpoints, alarms and relays can be driven to reliably protect machinery.
Configuration flexibility:
Provide configurable relay bypass and trip multiples, allowing users to configure according to specific application requirements.
Support for use in conjunction with external power supply AMS 6500 mechanical health monitor to continuously monitor the health status of rotating machinery, including key parameters such as vibration, temperature, pressure, etc.
Compliant with standards:
Fully compliant with API 670 and API 618 standards, ensuring its reliability and performance.
Unique technology:
Equipped with award-winning PeakVue technology for early warning and handling of rolling element bearing and gear failures.
Support the use of DeltaV ™ And PlantWeb ® Advanced features such as process automation systems and transient analysis turbomachinery.
Chassis configuration and redundancy design:
Multiple chassis configuration options are available, including a 19 inch wide protection only chassis (including 6U and the industry’s only 3U high version), as well as a 19 inch wide prediction only chassis (6U high) with either front or rear sensor terminals.
Adopting redundant design, including hot swappable module replacement, internal clock synchronization with factory time, and redundant Modbus, TCP, or serial communication, to ensure high availability and ease of maintenance of the system.
Configurable relay bypass and trip multiplier: allows users to configure relays and trip multipliers according to specific application requirements, thereby achieving precise control and protection of rotating machinery.
External Power AMS 6500 Mechanical Health Monitor: This monitor is used to continuously monitor the health status of rotating machinery, including key parameters such as vibration, temperature, pressure, etc., to ensure the normal operation of the machinery and extend its service life.
Compliant with international standards: This monitoring module complies with API 670 and API 618 standards, which means its performance and reliability have been internationally recognized.
Unique features: including simple three-step integration for protecting information, using DeltaV ™ And Ovation ® Process automation systems and transient analysis turbomachinery. In addition, it also features award-winning PeakVue technology for early warning and handling of rolling element bearing and gear failures.
Multiple chassis configurations: Provides multiple chassis configuration options, including a 19 inch wide protection only chassis (including 6U and the industry’s only 3U high version), as well as a 19 inch wide predictive chassis (6U high) with either front or rear sensor terminals.
Redundant design: including hot swappable module replacement, internal clock synchronization with factory time, and redundant Modbus, TCP, or serial communication for integrating protection monitors with third-party control systems.
Purpose: Designed specifically for vibration monitoring, especially for detecting shaft relative vibration and box/seismic vibration.
Compatibility: It seamlessly integrates with Emerson’s AMS 6500 Mechanical Health Monitor, providing a complete solution for protecting and monitoring critical rotating machinery. This integration supports compliance with API 670 and API 618 standards.
Integration Capability: Provides integration with DeltaV ™ And Ovation ™ The simple three-step integration of process automation systems facilitates the transmission of protective information between these systems.
Monitoring function: equipped with turbo mechanical transient analysis and other functions, including real-time, recording, pause, and replay functions. It also utilizes PeakVue processing technology for early fault detection of rolling bearings and gears.
Design and reliability: The design of this module ensures that a single circuit failure will not affect two or more channels, and supports hot swappable module replacement. It includes an internal clock synchronized with factory time and provides redundant Modbus, TCP, or serial options for integration with third-party control systems.
Physical characteristics: Provides various chassis configurations, including a 19 inch wide protective only chassis, a 19 inch wide predictive only chassis, and a compact 7.5-inch wide version for combined protection monitoring and predictive monitoring. This module fully complies with API 670 and API 618 standards, ensuring powerful mechanical health monitoring capabilities.
Power requirement: The voltage is usually 24V
Sensor input:
Number of input terminals: Two independent channels
Input type: electric (electromechanical), differential
Sensor model: Can be used in conjunction with electric (electromechanical) sensors 9266, 9267, or 9268
Input resistance:>100 k Ω
Input voltage range: -5-+15 VDC
Measurement range:
Vrms (metric): 5-100mm/s (± 25 to ± 500 μ m)
Vrms (Imperial): 0.197 inches/second to 3.937 inches/second (± 0.984 mil to ± 19.685 mil)
Frequency range:
Cut off frequency: 1 or 5 Hz
Upper cut-off frequency: adjustable from 50-2000 Hz
Optional frequency range: 5-50 Hz, 10-50 Hz, 50-1000 Hz, or 50-1600 Hz
Output: Front and rear buffering and proportional output, 0/4-20 mA output, 0-10 V output
Application precautions:
Space efficiency: For applications with limited space or requiring only a small number of monitoring modules, the 3U height chassis option provides flexibility and efficiency.
Environmental conditions: The operating temperature range of this module is 0 to 150 ° F (-17 ° to 65 ° C), with a humidity level of 0-95% RH non condensing, suitable for various industrial environments.
Power requirements: This module requires an external power supply and does not occupy any chassis slots, simplifying the installation and maintenance process.
Application scenarios
This module is suitable for rotating machinery scenarios that require high reliability and precise monitoring, such as key equipment in industries such as petroleum, chemical, and power.
Application Cases
The EMERSON Detection Module A6120 9199-00002 is widely used in various scenarios that require high reliability protection for rotating machinery, such as nuclear power plants, large industrial factories, etc. By continuously monitoring the health status of rotating machinery, this monitoring module can promptly detect potential faults and take corresponding protective measures to ensure the normal operation and extended service life of the machinery.
Summary
The EMERSON Detection Module A6120 9199-00002 is a powerful and reliable monitoring module that effectively protects the safe operation of critical rotating machinery in factories through precise monitoring and timely warning. Its design that complies with international standards and redundant communication functions further enhance the reliability and stability of the system. The EMERSON A6120 9199-00002 vibration monitoring module is a specialized component in a series of industrial control modules. Its main function is to monitor mechanical vibration, support advanced operation functions, and ensure system reliability through functions such as automatic restart and data direct access. When integrating such modules into industrial control networks, it is crucial to consider a broader system architecture and compatibility with existing infrastructure.
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admin –
EMERSON 9199-00002 A6120 monitoring card is a card used to monitor industrial process parameters such as temperature, pressure, and flow. This card is mainly used in the fields of industrial automation and process control. By receiving sensor signals and converting them into a format that the control system can understand, it can monitor and control various devices and systems.
The characteristics of the A6120 monitoring card include:
Multiple input and output channels: This card has multiple input and output channels, which can simultaneously monitor multiple sensors or actuators, improving the reliability and efficiency of monitoring.
Multiple signal processing capabilities: This card supports multiple signal processing methods, such as analog, digital, frequency, etc. It can be flexibly configured and adjusted according to actual needs.
High precision and stability: The card adopts a high-precision and stable circuit design, which can ensure the accuracy and stability of monitoring data and improve the reliability of monitoring.
Easy to expand and maintain: This card has the characteristic of being easy to expand and maintain, and can be flexibly configured and adjusted according to actual needs, making it convenient for users to integrate and maintain the system.
In summary, the EMERSON 9199-00002 A6120 monitoring card is a powerful and reliable monitoring card that is suitable for monitoring parameters such as temperature, pressure, and flow in various industrial automation and process control fields.
admin –
Multiple chassis configuration options are available, including a 19 inch wide protection only chassis (including 6U and the industry’s only 3U high version), as well as a 19 inch wide prediction only chassis (6U high) with either front or rear sensor terminals.
Adopting redundant design, including hot swappable module replacement, internal clock synchronization with factory time, and redundant Modbus, TCP, or serial communication, to ensure high availability and ease of maintenance of the system.