5466-5026 - High-Density Analog I/O Module

SPECIFICATIONS

Part Number: 5466-5026
Manufacturer: Woodward
Product type: High-Density Analog I/O Module
Repair: 3-7 Day
CJ Update time: 5 ms
CJ accuracy: ±3 oC
Availability: In Stock
Country of Manufacture: United States (USA)

Functional Description

5466-5026 is a High-Density Analog I/O Module developed by Woodward. The component serves as a micronet simplex high-density analog I/O module. It doesn't incorporate any potentiometers, making it more robust and eliminating the need for periodic calibration, which is common in traditional analog modules. The module is integrated into systems through the widely used VME bus interface, which facilitates seamless communication and data exchange between the module and the central processing unit (CPU) board. This allows for easy integration into various industrial control and automation applications.

Features

• It can handle 4-20 mA input signals with exceptional accuracy. The 4-20 mA signal is a common industry standard used to transmit analog data in control systems. The accuracy of the input measurement is crucial for precise and reliable data acquisition, especially in critical applications.
• The overall accuracy of the 4-20 mA input measurement is somewhat dependent on the ambient temperature of the module. To maintain optimal accuracy, it is recommended to operate the board within a specified temperature range of 0 to 55 °C. Operating within this temperature range ensures that the accuracy remains consistent and reliable.
• The accuracy of the measurement is expressed as a percentage of the full-scale range. The full-scale range refers to the maximum range of analog input values that the module can accurately measure. For example, if the full-scale range of the module is 1000 mA, an accuracy of 1% means that the measurement can deviate by a maximum of 10 mA from the true value.

Installation

• The control system consists of modular components designed to provide flexibility and ease of use. The heart of this system is the control's chassis, which houses multiple modules responsible for specific functions. Each module is designed to slide smoothly into card guides within the chassis and then connects to the motherboard. To secure the modules in place, two screws are used, one at the top and one at the bottom of the front panel.
• For convenient handling and quick access to the modules, each one is equipped with handles at both the top and bottom. These handles serve a dual purpose. When toggled or pushed outward, they allow the modules to move out slightly, disengaging the motherboard connectors. This feature enables easy installation and removal of the modules without the need for complex procedures.
• In a Simplex system configuration,it is connected through two high-density 62 conductor analog cables, which provide robust and efficient data transmission. These cables link the module to two 34 Ch FTMs (Field Termination Modules).
• It acts as an intermediary interface for the module, making all its inputs accessible on the FTM. This design choice streamlines the connection process and ensures that users can easily interact with the module's inputs and outputs through the FTM.
• To facilitate identification and organization, the channels and the corresponding software locations are labeled accordingly. This labeling system helps users quickly locate and configure specific channels within the control system's software, streamlining the setup and monitoring process.

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Frequently Asked Questions

What is 5466-5026?
It is High-Density Analog I/O Module developed by Woodward.

How can users access and handle the modules efficiently?
Each module is equipped with handles at the top and bottom, serving a dual purpose. When toggled or pushed outward, these handles allow the modules to move out slightly, disengaging the motherboard connectors. This feature ensures easy and convenient installation and removal of the modules without complex procedures.

Can you explain the configuration in a Simplex system?
In a Simplex system, the module is connected through two high-density 62 conductor analog cables. These cables link the module to two 34 Ch FTMs (Field Termination Modules). The FTMs act as intermediary interfaces, making all the module's inputs accessible and facilitating efficient connection with the control system.

How are the channels and corresponding software locations organized for user convenience?
The channels on the module and their corresponding software locations are labeled accordingly. This labeling system aids users in quickly locating and configuring specific channels within the control system's software, streamlining the setup and monitoring process.