GE+IS430SNUAH1A

Description

The GE IS430SNUAH1A is a module used within the GE Digital Control Systems (DCS), typically in automation and control systems within industrial applications such as power plants, oil refineries, and manufacturing facilities. It is part of General Electric’s Mark VIe control system and is known for its reliability in controlling and monitoring complex industrial processes.

Product Name:

GE IS430SNUAH1A – DCS (Distributed Control System) Module

Product Description:

The GE IS430SNUAH1A is a specialized module in the GE Mark VIe series, designed for use in distributed control systems (DCS) for industrial automation. The module typically functions as an interface for communication between the control system and field devices, and it performs key tasks such as data processing, signal conditioning, and I/O (input/output) interfacing. It may be part of the power management system, particularly used in power plants and other heavy industrial sectors.

Key Features:

• Part of the GE Mark VIe Control System, designed for real-time control and monitoring of industrial systems.
• Provides advanced control and data processing capabilities.
• Flexible I/O options, suitable for various input and output configurations.
• Typically supports communication protocols such as Ethernet, Modbus, and HART.
• Designed for high reliability and long-term use in harsh industrial environments.
• Hot-swappable design, allowing for easy replacement without system downtime.
• Diagnostic and monitoring capabilities that help with system troubleshooting and predictive maintenance.

Product Parameters and Specifications:

The module specifications might vary based on the specific application, but here are some typical parameters:

1. Processor:
   • High-performance microprocessor for real-time control and data processing.
2. Input/Output:
   • Supports a wide range of digital and analog I/O points.
   • Can be configured for a variety of sensors and actuators.
   • Includes isolation and signal conditioning for analog signals.
3. Power Supply:
   • Typically powered by a 24V DC or 48V DC supply.
4. Communication Protocols:
   • Ethernet (TCP/IP)
   • Modbus for communication with field devices.
   • HART protocol for interfacing with intelligent field devices.
5. Mounting:
   • • Typically mounts on a rack or a chassis for integration with the larger control system.
       

       1C31194G03

       1C31223G01

       PCD1.M120

       PCI354-1022-38 02088-019

       PM01-PM01-A-V001

       MVI56-PDPMV1

       PTQ-PDPMV1

       PSCDM024DCBAN-A5E0024837106

       1746SC-INO4I

       1C31166G02

       1C31169G02

       1C31222G01

       KJ3242X1-BK1

       MVME6100

       MVME7100

       SE3007

       SLS1508

       VE3007

       VE3008

       1900-65A-01-01-01-00-00

       3500/15

       3500/22M

       3500/42M

       3500/53

       3500/60

       3500/92

       USIO21

       UTLH21

       UTNH23A

       870ITEC-AYFNZ

       FBM232

       FBMSSW

       FCP270

       P0904AK

       FPS400-24

       F3-AIO-84-01-982200409

       F3-DIO-88-01-982200425

       F35-982200416

       F3236

       F8650X

       F8652X

       CP451-10

       PSCAMAAN-16404-5003

       PSCAMAAN-A5E0023936304

       PSCCM22AAN-16418-5312

       PSCCM22AAN-16418-5314

       PSCDM024DCBAN-16800-5415

       8C-PCNT02-51454363-275

       CC-PCNT02

       MS-NAE5510-1

       AKM42E-EKGNR-01

       MC-PDIY22-80363972-150

       SST-PB3-CLX

       T8110C-B

       T8151B

       T8151

       T8310

       T8311

       T8448

       T8461

       T9431

       T9432

       T9451

       MVME162-213

       MVME2100

       MVME5500

       VME162PA344SE

       VME172PA652SE

       CPU-30ZBE

       D136-001-007

       6K8-1037302

       MVI56-PDPS

       PM3326B-6-1-2-E-80026-529-01