GE IS230TNDSH2A Discrete Signal Module

Short Description:

The GE IS230TNDSH2A is a core component of General Electric (GE) Mark VI series control systems, classified as a terminal board and discrete signal module.

FOB Price: US $0.5 - 9,999 / Piece

Min.Order Quantity: 100 Piece/Pieces

Supply Ability: 10000 Piece/Pieces per Month

Brand: GE

Manager: Jinny

E-mail: sales5@xrjdcs.com

Tel: + 86-15359273791

( WhatsApp )Wechat: + 86-15359273791

Warranty: one year

In stock: In stock

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GE IS230TNDSH2A

1. Product Overview

The GE IS230TNDSH2A is a core component of General Electric (GE) Mark VI series control systems, classified as a terminal board and discrete signal module. Primarily designed to connect sensors, actuators, and other external industrial devices, this module realizes the input and output of various control signals, thereby enabling precise and stable control of gas turbine equipment.

2. Product Specifications

Parameter Item	Specification
Model	IS230TNDSH2A
Series	Mark VI
Type	Terminal Board / Discrete Signal Module
Input Voltage	24VDC
Digital Input	8 Channels
Digital Output	8 Channels
Analog Input	4 Channels / 10 Channels
Analog Output	2 Channels
Communication Ports	2 Ethernet Ports
Supported Protocol	Ethernet/IP
Operating Temperature	-20℃ to 70℃ / -40℃ to 70℃
Storage Temperature	-55℃ to 85℃
Ingress Protection Rating	IP20 / IP67
Dimensions	16cm × 16cm × 12cm
Weight	0.8kg
Rated Current	10A

3. Product Features & Advantages

3.1 High Performance

Adopting advanced digital signal processing technology, the module can process a large number of discrete signals rapidly and accurately. With powerful signal processing capability and excellent operational stability, it supports efficient processing of massive analog and digital signals, ensuring the high-precision operation of industrial control systems.

3.2 High Reliability

Featuring industrial-grade design, the module possesses outstanding anti-interference performance and environmental adaptability, making it suitable for harsh industrial working conditions. It is assembled with high-quality industrial-grade electronic components, ensuring long-term stable operation in complex environments and delivering ultra-high operational reliability with low failure rate.

3.3 Flexible Configuration

The module supports diversified I/O configuration schemes and can be customized flexibly according to different industrial application requirements. Its standardized modular structure facilitates on-site installation, disassembly and daily maintenance. Users can expand I/O points freely to match the iterative upgrading and functional expansion of the control system.

3.4 Easy Maintenance

The integrated modular design simplifies component replacement and on-site maintenance procedures, greatly reducing maintenance time and cost. In addition, it supports remote system diagnosis and online maintenance, enabling engineers to quickly locate faults and optimize system operation without on-site operation.

3.5 Strong Compatibility

It is highly compatible with GE Mark VIe systems and other mainstream supporting industrial control systems, realizing seamless system integration, data interconnection and collaborative operation, which can perfectly adapt to diverse industrial system matching scenarios.

4. Structure & Composition

4.1 Core Functions

Signal Processing: It undertakes the processing of digital input and output signals, serving as a key bridge connecting external equipment (sensors, actuators, transmitters, etc.) and the core control system to realize stable signal transmission and conversion.

Terminal Connection: As a dedicated terminal board for Speedtronic MKVIe gas turbine controllers, it is specially used for stable connection with battery packs to ensure continuous and reliable power signal transmission.

Multi-channel Monitoring: It supports 10 analog input channels and 2 analog output channels, which can be connected to various industrial transmitters to realize multi-dimensional monitoring of industrial operating parameters.

Configurable Output: It provides standard 0-20mA configurable analog output, with one channel supporting 0-200mA high-current output to meet the control requirements of different types of industrial equipment.

System Diagnosis: Equipped with a built-in ID chip, it can accurately identify the connected battery pack parameters and feed back data to the system for real-time operational diagnosis and fault judgment.

4.2 Supporting Modules

This module is designed for collaborative use with the following discrete I/O modules to expand system functions:

IS220PDIOH1A Discrete I/O Module
IS220PDIOH1B Discrete I/O Module

5. Application Fields

With its stable performance and strong adaptability, the GE IS230TNDSH2A module is widely applied in various industrial automatic control scenarios, as detailed below:

Application Field	Description
Gas Turbine Control	Collects and processes analog and digital signals related to gas turbine operation in Mark VIe systems to realize automatic control and operational monitoring of gas turbines
Power Generation	Applied to automatic control and signal monitoring of gas turbine and steam turbine power generation systems
Oil & Gas Production	Completes real-time signal processing, data acquisition and automatic control of industrial production processes in oil and gas exploitation and transportation
Chemical Processing	Serves as a core signal control component for automatic control systems of chemical production lines to ensure stable and safe operation of chemical processes
Papermaking Industry	Applied to full-process automatic control and signal monitoring of papermaking production equipment
Steel Industry	Used for operational control and parameter monitoring of steel manufacturing and processing equipment
Power System	Realizes automatic operation monitoring, signal transmission and equipment control of power grid and power supply systems
Transportation Industry	Provides stable industrial control signal support for automatic control scenarios in the transportation field

6. Installation & Maintenance Guidelines

6.1 Installation Precautions

Installation Environment: Ensure the installation site meets the standard requirements of temperature, humidity and cleanliness. Avoid long-term exposure to dust, moisture and corrosive gas to prevent circuit board damage and performance degradation.

Power Supply Voltage: Strictly verify that the input power supply voltage conforms to the module’s rated specification. Abnormal voltage (overvoltage or undervoltage) may cause permanent damage to the module circuit.

Wiring Specifications: Follow standard industrial wiring procedures to avoid short circuit, open circuit and wrong wiring. Special standardized operation is required for high-voltage signal wiring to ensure system safety.

Software Configuration: Use official supporting software tools for system configuration and program programming to ensure accurate and error-free control logic and normal system operation.

6.2 Storage Requirements

The module shall be stored in a dedicated anti-static storage box at all times. It must be placed in a dry, cool and dust-free environment that meets the specified storage temperature range. Irregular storage and improper placement are prohibited to avoid damaging internal electronic components and affecting product performance and service life.

6.3 Electrostatic Protection

The module contains precision sensitive electronic components. Professional electrostatic protection measures must be taken by operators before disassembly, installation and maintenance operations to prevent electrostatic discharge from damaging internal chips and circuits.

6.4 Daily Maintenance

Carry out regular inspection and routine maintenance for the module, and update the system firmware in a timely manner to maintain optimal operating performance and system security. Make full use of the remote diagnosis function to realize real-time monitoring, remote fault detection and efficient maintenance management of the equipment, reducing manual maintenance costs and equipment downtime.