VE3007 KJ2005X1-BA1 specialized communication interface module

VE3007 KJ2005X1-BA1 is a specialized communication interface module under Emerson’s Ovation Distributed Control System (DCS), primarily used to establish stable data communication between the Ovation DCS and third-party industrial devices (such as PLCs, frequency converters, or intelligent instruments). It acts as a "data bridge" to realize cross-system information interaction, which is critical for integrating distributed control links in complex industrial scenarios. Below is its detailed information:

1. Core Technical Specifications

Parameter Category	Specific Details
Communication Protocols	Supports multiple mainstream industrial communication protocols to adapt to different device interfaces:- Primary protocols: Modbus RTU (RS-485), Modbus TCP/IP (Ethernet).- Optional extensions: Profibus DP, DNP3.0, and BACnet (via software configuration), enabling compatibility with most third-party automation equipment.
Interface Configuration	- Ethernet port: 2× RJ45 ports (10/100Mbps adaptive), supporting duplex communication and network redundancy (to avoid single-point communication failures).- Serial port: 2× RS-485 ports (isolated design), with baud rate configurable from 1200bps to 115200bps, and data bits (7/8) and parity (None/Odd/Even) adjustable.- Backplane interface: Ovation proprietary high-speed backplane connector, realizing data interaction with Ovation controllers (e.g., 1C31227G01) and I/O modules.
Data Processing Capacity	- Maximum data transmission rate: 100Mbps (Ethernet); 115200bps (RS-485).- Concurrent connection capacity: Supports up to 32 Modbus TCP client/server connections, and 8 RS-485 multi-drop device connections (per serial port).- Data buffer: 128KB cache for real-time data temporary storage, preventing data loss caused by network latency.
Power Supply & Consumption	- Input voltage: 24V DC (supplied by Ovation rack power module, e.g., 1C31234G01).- Power consumption: ≤5W (normal operation), low energy consumption to reduce heat generation in control cabinets.