Part Number: 5437-523
Product type: Field Terminal Module
Excitation: 2 mA
Module interface: VMEbus
Isolation: 1500 Vac continuous
Input Impedance: 2.2 Mega ohm
CMRR: -90 db
Dimension: 6.25 x 3.50 x 2.75
Weight: 0.55 lbs
Availability: In stock
Country of Manufacture: United States (USA)
5437-523 is an Analog Field Terminal Module developed by Woodward. It supports multiple analog input and output channels, allowing for flexible connectivity with sensors, transducers, actuators, and other analog devices commonly used in industrial applications. Integration of Analog FTM into the control system is made seamless through its compatibility with Woodward's MicroNet control platform. It supports communication protocols that enable smooth data exchange with other system components, such as PLCs (Programmable Logic Controllers), SCADA (Supervisory Control and Data Acquisition) systems, and DCS (Distributed Control Systems).
- The TMR (Triple Modular Redundant) Field Termination Module (FTM) plays a crucial role in the control system by combining the analog output signals from all three kernels into a single signal at the FTM's terminal blocks. This consolidation of signals simplifies the wiring and connectivity process, allowing for a more streamlined and efficient installation.
- To ensure compatibility and adaptability to different interfaced circuits, the FTM incorporates field selectable jumpers. These jumpers are located on the system FTMs and provide the flexibility to configure the latent fault detection logic for each output. The latent fault detection logic is responsible for detecting any faults or abnormalities in the output signals. By selecting the appropriate jumper settings, the control system can adapt the latent fault detection logic to match the specific circuitry being interfaced with the FTM.
- The field selectable jumpers offer customization options to align the control system with the characteristics and requirements of the external circuits. By configuring the latent fault detection logic accordingly, the system can optimize fault detection and ensure compatibility with various devices or systems connected to the FTM.
- The inclusion of field selectable jumpers enhances the versatility and adaptability of the FTM, enabling seamless integration with a wide range of external circuits. It allows for precise and tailored configuration, ensuring that the control system effectively monitors and detects faults in the output signals. The ability to customize the latent fault detection logic through the use of field selectable jumpers ensures the compatibility and reliability of the control system when interfacing with different external devices or circuits.
- Equipped with standard screw clamp terminals and a 37-pin connector. This module is designed to provide precise analog signal handling capabilities, making it a valuable component in industrial control and automation systems. Its standard screw clamp terminals facilitate secure and efficient connections, while the 37-pin connector offers versatility in wiring configurations, making it an essential asset for various industrial applications.
- Signal Conditioning: AFT modules offer signal conditioning capabilities, which means they can amplify, filter, and convert analog signals from field devices into a suitable format for the control system. Signal conditioning helps to improve the accuracy and reliability of the measurements taken from the field devices.
- Flexibility and Modular Design: AFT modules are typically designed to be modular, allowing for easy installation and expansion of the automation system. They can be configured with different input and output channels to accommodate various types of field devices and signals. This flexibility makes it easier to adapt the system to changing requirements or to integrate new devices in the future.
- Noise Immunity: AFT modules are designed to handle analog signals in noisy industrial environments. They incorporate features like noise filtering and isolation to ensure accurate and reliable signal transmission, even in the presence of electrical interference or ground loops. This helps to reduce the risk of measurement errors or equipment damage caused by noise.
- Scalability: AFT modules can be scaled to match the size and complexity of the automation system. Whether it's a small system with a few field devices or a large-scale industrial process with numerous sensors and actuators, AFT modules can be configured and connected to handle the required number of channels. This scalability allows for cost-effective implementation and ensures that the system can grow as needed.
- Integration with Control Systems: AFT modules are designed to seamlessly integrate with various types of control systems, such as programmable logic controllers (PLCs) or distributed control systems (DCS). They typically support common industrial communication protocols, allowing for easy data exchange and interoperability between field devices and the control system. This integration enables efficient control and monitoring of the entire automation system.
Analog Combo FTM
- The Analog Combo FTM is an integral component designed to work in tandem with the system, enhancing its capabilities and expanding its functionality. The Analog Combo FTM serves as an interface that facilitates the integration of various components into a cohesive system. This module provides a comprehensive set of connectivity options, catering to diverse sensor inputs and actuator outputs.
- Specifically, the Analog FTM accommodates a range of inputs and outputs to effectively bridge the gap between the Analog Combo module and external devices. It supports the connection of up to four speed sensors, enabling the system to gather precise speed-related data. Moreover, it offers the capacity for eight analog inputs, facilitating the incorporation of multiple data sources into the system for accurate measurements and analysis.
- On the output side, the FTM offers four analog outputs, providing a means to transmit processed or manipulated signals to external devices. Additionally, two proportional actuator driver outputs are available, allowing the system to exert control over proportional actuators with the appropriate precision.
- The physical connection between the Analog Combo FTM and the Combo is established using two MicroNet Low Density Analog cables. This streamlined connection ensures seamless data transmission and synchronization between the two components.
- When utilizing 4-20 mA inputs, it offers a total of eight +24 Vdc connections, providing power to connected devices. These connections are safeguarded by individual 0.1 A fuses (designated as F1 to F8), ensuring protection against overcurrent conditions and enhancing the overall safety of the system.
- Moreover, the Combo FTM includes four +24/12 Vdc output connections, which are intended for powering proximity sensors. Each of these output connections is fortified with its own 0.1 A fuse (labeled as F9 to F12), serving as a protective measure against potential malfunctions or power surges.
- Designed to serve as a pivotal component within various systems, this Field Terminal Module brings forth a new standard of functionality and efficiency.
- At its core, this module is a prime example of analog technology harnessed for contemporary applications. In a digital age, the enduring relevance of analog components cannot be overstated, and seamlessly bridges the gap between traditional engineering principles and modern requirements.
- It ensures reliability, durability, and precision, even in the most demanding of environments.
- The integration of screw clamp terminals within this module is a testament to its user-centric design. Woodward recognizes the importance of ease and practicality in installation and maintenance. By incorporating screw clamp terminals, they've made sure that professionals across various industries can quickly and securely connect and manage their systems.
- The 37-pin connector that graces this module serves as the linchpin for its connectivity. With a multitude of pins at its disposal, it can establish intricate connections, allowing for the seamless flow of analog information between various components. This versatility opens doors to a range of applications across industries, from industrial automation to process control and beyond.
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Frequently Asked Questions
What is 5437-523?
It is a Field Terminal Module developed by Woodward.
What is the purpose of the Analog Combo FTM in the system?
The Analog Combo FTM is used in conjunction with the Analog Combo module to provide analog signal input and output capabilities in the system.
What types of inputs and outputs can be connected?
The FTM supports four speed sensor inputs, eight analog inputs, four analog outputs, and two proportional actuator driver outputs.
How is the FTM connected to the Analog Combo module?
It is connected to the Analog Combo module using two MicroNet Low Density Analog cables.