IS230STAI2ASTAI2AG21 - Analog Input Terminal Card

IS230STAI2ASTAI2AG21 - Analog Input Terminal Card IS230STAI2ASTAI2AG21 - Analog Input Terminal Card

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SPECIFICATIONS

Part No.: IS230STAI2ASTAI2AG21
Manufacturer: General Electric
Country of Manufacture: United States of America (USA)
Size 15.9 cm high x 10.2 cm wide
Temperature -30 to +65oC
Technology: Surface mount
Product Type: Analog Input Terminal Card
Availability: In Stock
Series: Mark VIe

Functional Description

IS230STAI2ASTAI2AG21 is an Analog Input Terminal Card developed by GE. It is a part of the Mark VIe control system. The board stands as an essential component within the system, facilitating analog input tasks with its compact and versatile design.

Analog Input Flexibility

The card is engineered to provide broad compatibility with different analog transmitters and sensors. It supports 10 analog input channels, each capable of working with multiple wiring configurations:

  • Two-wire transmitters
  • Three-wire transmitters
  • Four-wire transmitters
  • Externally powered transmitters

This versatility ensures smooth integration with diverse field devices such as temperature sensors, pressure transmitters, flow meters, and other process instruments. By accommodating multiple wiring methods, the card reduces the need for additional hardware, simplifies installation, and supports a wide range of industrial automation and monitoring tasks.

Analog Output Options

In addition to its input functions, the card is equipped with two analog output channels. These outputs are designed for standard 0-20 mA signal transmission, making them compatible with most control and monitoring equipment.

  • Output 1 can be jumper-configured to extend its range up to 0�200 mA, providing enhanced flexibility when interfacing with downstream devices that require higher signal levels.
  • The ability to customize outputs ensures that users can match the module�s performance to their specific process requirements, making it highly adaptable for different industrial scenarios.

This dual functionality of inputs and outputs allows the board to serve as a comprehensive solution for both data acquisition and signal transmission within the Mark VIe system.

Seamless Compatibility with PAIC I/O Pack

The card is designed for seamless integration with the PAIC (Programmable Analog Input Controller) I/O pack. Connection is achieved through a D-type connector, while the PAIC itself communicates with the control system via Ethernet.

  • Enhanced interoperability, ensuring that analog data is processed efficiently within the Mark VIe architecture.
  • Simplified system setup, since the card and PAIC are designed to work together without requiring complex configuration.
  • This compatibility ensures high system performance, reduced commissioning time, and improved maintainability for operators managing complex industrial processes.

Support for Simplex Systems

The card and the PAIC I/O pack are designed to support simplex systems, which are characterized by a single-channel architecture. Simplex systems are optimal for applications where redundancy is not required but reliable analog input and output processing are essential.

Channel Configuration and Capacities

  • 10 analog input channels (AI)
  • 2 analog output channels (AO)

This configuration supports comprehensive analog signal processing, making the card ideal for managing multiple signals simultaneously in complex industrial settings. It allows users to handle a variety of data inputs and outputs efficiently, enhancing system functionality.

Analog Input Specifications

Each of the 10 analog input channels is designed to handle signals from transmitters that output 1-5 V DC across a 250-ohm precision resistor. This ensures accurate and reliable data collection from connected sensors or devices, which is critical for maintaining precision in monitoring and control processes. The high precision of the input specifications supports a wide range of industrial applications requiring fine-tuned signal acquisition.

Maximum Lead Resistance and Cable Length

The card allows for a maximum lead resistance of 15 ohms, encompassing both the two-way cable resistance and the terminal board�s intrinsic resistance. This limit enables cable lengths of up to 300 meters (984 feet) without risking signal degradation. The ability to support long cable runs makes the card highly adaptable to various installation environments, including large industrial plants where extended distances between sensors and control units are common.

Analog Output Specifications

The 2 analog output channels provide 24 V DC outputs with a current rating of 21 mA. These high-powered outputs enable strong and reliable signal transmission, which is essential for controlling external devices, such as actuators, or initiating control mechanisms. The robust analog outputs enhance the system's versatility, enabling it to manage control tasks across a wide range of industrial applications, from monitoring equipment to actuating critical control functions.

The WOC team is always available to help you with your Mark VIe requirements. For more information, please contact WOC.

Frequently Asked Questions

What is IS230STAI2ASTAI2AG21?
It is an analog input terminal card developed by GE under the Mark VIe series.

What are the specifications for the analog input channels?
Each analog input channel is designed to accommodate transmitters providing a 1-5 V DC output across a precision resistor, typically with a resistance of 250 ohm. This setup ensures accurate and reliable signal acquisition from connected sensors or devices.

What is the maximum lead resistance allowed for the board, and what cable lengths are supported?
The board imposes a maximum lead resistance of 15 ohm, which includes both two-way cable resistance and any intrinsic resistance within the terminal board. This specification allows for cable lengths of up to 300 meters (984 feet), providing flexibility for system configuration across various industrial environments.

What are the specifications for the analog output channels?
The board features two analog output channels, each capable of providing 24 V DC outputs rated at 21 mA. These outputs facilitate control and monitoring functions within the system, with the ability to drive external devices or actuate control mechanisms effectively.