Emerson VE4006P2 KJ3241X1-BA1 12P2506X062 Serial Interface Card200 ×120 x 60 mm 0.2 kg
Emerson VE4006P2 KJ3241X1-BA1 12P2506X062 Serial Interface Card200 ×120 x 60 mm 0.2 kg
0.0
Points
Brand:Emerson Module Item No.:VE4006P2 KJ3241X1-BA1 Product Origin:USA Product Dimensions:107 x 41 x 105 mm Product Weight:0.2 kg Payment:T/T, Western Union, Credit Card Goods_stock:15 Shipping Port:Xiamen, China Lead Time:1-3 Days Condition:Brand New And Original Warranty:1 Year Certificate:COO
The Emerson VE4006P2 Serial Interface Card (KJ3241X1-BA1 / 12P2506X062) provides an efficient and flexible solution for integrating serial‑based instrumentation into modern Emerson I/O racks. It bridges older devices with current automation systems, preserving existing hardware investments while enabling centralized monitoring and control. Its simple design, light weight, and industry‑grade robustness make it suitable for plants or facilities seeking to modernize communication architecture without extensive field rewiring or equipment replacement.
Technical Specifications
Parameter
Details
Component Type
Serial Interface Card (M‑series)
Model / Part No.
VE4006P2 — KJ3241X1‑BA1 / 12P2506X062
Communication
Serial (RS‑232 / RS‑485, depending on configuration)
Protocols Supported
Modbus‑RTU, HART‑over‑serial, or other serial‑based protocols (system dependent)
Connectivity
Interfaces serial field devices to Emerson I/O/control systems
Environmental Tolerance
Industrial-grade EMI, vibration, and temperature tolerance
Dimensions
107 x 41 x 105 mm
Weight
0.2 kg
Compatibility
Emerson M‑series I/O racks and control systems
Recommended Related Components
Model / Part
Purpose / Description
Emerson VE4000 Series I/O Modules
Analog/digital I/O modules for normal field signals
Emerson VE4003S6B1
Analog Input Card / Terminal Block for 2‑wire/4‑wire loops
Emerson VE4040 / VE4050 Series
Analog or digital I/O modules for mixed signal integration
Emerson VE4010 Redundant I/O Architecture
For systems requiring redundancy and fault tolerance
Emerson VE4080
Redundant Power Supply for stable I/O rack power
Emerson VE4070
I/O Expansion Module to increase channel capacity
Emerson VE4051
Digital Output Module for actuators and alarms
Emerson VE4060
Communication Interface Module for networked systems
Emerson VE4030 / VE4033 Series
I/O Termination Blocks and wiring interface modules
Emerson VE4090
Safety Interface Module for critical safety loops
Popular Related Components
Model
Purpose / Description
Emerson VE4000
Standard analog input I/O module for general instrumentation
Emerson VE4020 Series
Digital I/O modules for discrete signals and controls
Emerson VE4010
Redundant I/O and processing architecture for high reliability
Emerson VE4030
I/O termination block for organized wiring and channel segregation
Emerson VE4040
Analog input module for current/voltage loops
Emerson VE4050
Digital output module for alarms, relays, and actuators
Emerson VE4060
Network communication module — extends connectivity to distributed systems
Emerson VE4070
Expansion I/O module — supports system growth or channel increase
Emerson VE4080
Power supply module — provides stable rack power in industrial conditions
Emerson VE4090
Safety interface module — used in critical safety control schemes
Applications
The Emerson VE4006P2 Serial Interface Card is designed to bridge serial‑interface field devices and Emerson control systems — ideal for situations where existing instrumentation uses serial protocols rather than modern bus systems. It’s often deployed in chemical plants, refineries, utilities, water/wastewater treatment, power plants and manufacturing facilities that integrate analyzers, flow computers, legacy transmitters or third‑party sensors into their central I/O rack. This module enables smooth, reliable communication without requiring replacement of established field equipment.
Advantages
Adds serial‑communication capability (e.g. Modbus‑RTU or HART‑over‑serial) to Emerson I/O infrastructure, extending compatibility to a wide range of legacy and third‑party devices.
Compact, modular card — easy to install in I/O racks without significant space penalty.
Lightweight and industrial‑grade build ensures stable operations in environments with vibration, EMI, or temperature variations.
Offers cost‑effective integration pathway, avoiding expensive hardware upgrades for existing serial‑based field instruments.
Helps centralize data acquisition and control logic, streamlining system architecture and maintenance.
FAQs
What communication does VE4006P2 support?
It supports standard serial protocols (such as Modbus‑RTU or HART‑over‑serial), depending on configuration and connected device.
Can it connect to multiple serial devices?
Yes — depending on system wiring and port configuration, the card supports multiple serial‑interface instruments.
Is it suitable for legacy or third‑party instrumentation?
Yes — it enables serial‑based sensors or analyzers to integrate with Emerson control systems without replacing field hardware.
Is it robust enough for industrial environments?
Yes — the card is designed to tolerate EMI, vibration, and standard industrial temperature ranges.
Does it perform signal conversion or conditioning?
No — it acts as a communication interface. Signal conversion/conditioning (e.g. analog‑to‑digital conversion) remains the responsibility of the connected device or the controller logic.
Does it support redundant system architectures?
Yes — when used within a broader Emerson redundant I/O design, the card can be integrated as part of a fault‑tolerant configuration.
Is hot‑swapping supported?
No — installation or replacement generally requires powering down the module to ensure safe wiring and configuration.
What types of devices can connect to it?
Serial‑enabled field devices: analyzers, flow computers, legacy sensors, transmitters with serial output, third‑party instruments.
How is wiring and installation managed?
Standard modular connectors allow neat wiring; clear labeling simplifies maintenance and future wiring changes.
What maintenance does it require?
Periodic inspection of connections and verifying communication integrity; since it's a passive interface card, no regular active maintenance is needed.