The EMERSON KJ3007X1-EA1 12P2413X032 Profibus Terminal Block is a high-performance I/O module designed for seamless integration with Emerson’s DeltaV™ M-series Distributed Control System (DCS). It ensures accurate signal processing, reliable data acquisition, and efficient communication for automated industrial control systems.
Technical Specifications
Model Number:KJ3007X1-EA1 12P2413X032
Manufacturer: Emerson
Product Type: Profibus Terminal Block / Redundant Power Supply Module
Condition: Brand New
System Compatibility: DeltaV™ M-series I/O Subsystem / DCS
Weight: 0.28 kg
Dimensions: 4.3 × 12.5 × 10.5 cm
HS Code: 8537101190
Origin: USA
Minimum Order Quantity: 1
Lead Time: In Stock
Discontinued Date: December 31, 2018
Communication Interface: Ethernet router
Functional Overview
The KJ3007X1-EA1 12P2413X032 module provides reliable Profibus connectivity, enabling real-time data acquisition and precise process monitoring. Its modular design supports flexible system expansion and redundancy, ensuring enhanced reliability and minimized downtime during critical operations.
Key features include:
Profibus terminal block for DeltaV M-series integration
Redundant power supply support for improved system reliability
Modular design for easy installation and scalability
Rugged construction resistant to electrical interference and harsh environments
Seamless integration with Emerson Fisher-Rosemount systems
This module enhances process efficiency, reduces downtime, and ensures stable performance in industries such as oil & gas, power generation, and chemical processing.
Application Scenarios
Oil & gas process automation
Power generation monitoring and control
Chemical plant automation
Distributed control systems requiring Profibus connectivity
FAQ
Q: What is the primary function of the KJ3007X1-EA1 Profibus Terminal Block? A: It provides Profibus connectivity and redundant power supply support for DeltaV M-series systems.
Q: Is this module suitable for harsh environments? A: Yes, it is designed to withstand electrical interference, temperature variations, and industrial stress conditions.
