EMERSON DST1403 Smart Transmitter Module

Product Description

Emerson DST1403 Smart Transmitter Module is a smart transmitter interface module used in industrial process measurement and control systems. It is designed to provide intelligent signal acquisition, processing, and communication functions for field measurement applications.

The module integrates microprocessor-based signal processing technology and is typically used for connecting sensors/transmitters with control systems, providing reliable measurement data transmission for process automation applications.

Note: The DST1403 model has limited publicly available documentation. It is recommended to verify the exact system platform and hardware configuration before replacement.

Technical Parameters

• Brand: Emerson
• Model: DST1403
• Product Type: Smart Transmitter Module
• Function: Intelligent signal acquisition and transmitter interface
• Application: Industrial process measurement and control
• Signal Processing: Microprocessor-based digital processing
• Communication: Industrial control system communication (system dependent)
• Installation: Control cabinet / automation system rack
• Design: Modular industrial electronics
• Operating Environment: Industrial automation applications

Advantages & Features

• Original Emerson industrial automation component
• Intelligent signal processing capability
• Provides reliable measurement data transmission
• Designed for continuous industrial operation
• Modular structure for easy maintenance and replacement
• Improves system monitoring accuracy and reliability
• Suitable for integration with Emerson control platforms

Applications

• Process automation systems
• Distributed Control Systems (DCS)
• Oil & gas facilities
• Petrochemical plants
• Chemical processing
• Power generation
• Industrial measurement systems
• Factory automation

Notes

• DST1403 is a transmitter-related module, not a PLC CPU or standard I/O module.
• Confirm compatibility with the existing Emerson control system before installation.
• Check communication protocol, wiring configuration, and power requirements.
• Perform system configuration and signal verification after replacement.