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emerson deltav s series kj2006x1 bk1 virtual io module-0

EMERSON Delta V

Home >  Products >  EMERSON >  EMERSON Delta V

Emerson DeltaV S-series KJ2006X1-BK1 Virtual I/O Module

Emerson DeltaV S-series Virtual I/O Module
Complete Model
KJ2006X1-BK1
Official Product Description
Emerson KJ2006X1-BK1 DeltaV S-series Virtual I/O Module for integrating supported third-party subsystems with a DeltaV controller.
CORE FEATURE: Legacy DeltaV Virtual I/O Module identity with model-specific replacement controls.
LEAD TIME: In stock
WARRANTY: 1 year
Appurtenance:
  • Overview
  • Technical Data
  • Inquiry
  • Features
  • Control & Network
  • Installation
  • Environment
  • FAQ
  • Recommend Models
  • Recommended Products
Product Overview
KJ2006X1-BK1 is an Emerson DeltaV S-series Virtual I/O Module used as a legacy interface between supported third-party subsystems and a DeltaV controller.
Emerson's current VIM2 product data sheet distinguishes the earlier VIM from VIM2 hardware. A VIM2 can physically replace an existing VIM, but it is not a functional drop-in replacement because the installed drivers must be converted.
Only exact-model identity and officially confirmed migration guidance are stated here. Electrical ratings, dimensions and weight from KJ2006X1-BK2 or VE4026 VIM2 hardware are not applied to KJ2006X1-BK1.

Technical Data

Complete model
KJ2006X1-BK1
Brand
Emerson
Product family
DeltaV S-series
Product type
Legacy Virtual I/O Module
Application
Interface for supported third-party subsystem integration with DeltaV
Hardware generation
Original VIM; distinct from VIM2
Replacement relationship
VIM2 may physically replace the original VIM but is not a functional drop-in replacement
Driver migration
Existing VIM drivers must be converted before migration to VIM2
Dimensions
Not specified for KJ2006X1-BK1 in the official sources reviewed
Weight
Not specified for KJ2006X1-BK1 in the official sources reviewed
Power requirement
Not specified for KJ2006X1-BK1 in the official sources reviewed
Interfaces
Not specified for KJ2006X1-BK1 in the official sources reviewed
Operating temperature
Not specified for KJ2006X1-BK1 in the official sources reviewed
Certifications
Not specified for KJ2006X1-BK1 in the official sources reviewed
Official source
Emerson DeltaV M-series Virtual I/O Module 2 Product Data Sheet, February 2026, page 9 migration guidance

Inquiry

Features

Legacy integration role
The original VIM provides a DeltaV integration path for supported third-party subsystems.
Exact-generation control
KJ2006X1-BK1 is treated as original VIM hardware, not as KJ2006X1-BK2 or VE4026 VIM2.
Migration planning
Emerson requires driver conversion when an original VIM installation is migrated to VIM2.
Controlled specification scope
Unconfirmed electrical, mechanical and environmental data are intentionally omitted instead of copied from later hardware.

Control & Network

DeltaV side
Confirm the installed DeltaV controller, carrier and software architecture for the original VIM installation.
Third-party side
Confirm the exact legacy protocol and installed VIM driver before ordering a replacement.
VIM2 comparison
Do not use VIM2 port or performance specifications as KJ2006X1-BK1 specifications.
Driver conversion
Plan and validate driver conversion before any original-VIM-to-VIM2 migration.
Configuration evidence
Request the running configuration, driver identity and connection photographs from the existing system.

Installation

01 - Verify the exact label
Match KJ2006X1-BK1 on the module nameplate, quotation and current photographs.
02 - Record the installed driver
Identify and back up the exact VIM driver and subsystem configuration before hardware work.
03 - Confirm the existing architecture
Document controller, carrier, software version, network links and third-party subsystem.
04 - Evaluate migration separately
If VIM2 is proposed, treat it as a migration project requiring converted drivers rather than a direct swap.
05 - Commission with functional testing
Validate communications, data mapping, diagnostics and redundancy behavior after installation.

Environment

Operating temperature
Use the exact KJ2006X1-BK1 nameplate and installation documentation; no later-model value has been substituted.
Storage temperature
Not specified for KJ2006X1-BK1 in the official sources reviewed.
Protection rating
Not specified for KJ2006X1-BK1 in the official sources reviewed.
Hazardous-location approval
Confirm the exact approval markings on the offered KJ2006X1-BK1 nameplate.
Maintenance
Preserve configuration backups and follow the original DeltaV VIM installation procedure for the installed generation.

FAQ

Q1. How can the exact quoted KJ2006X1-BK1 be verified?
Match KJ2006X1-BK1 on the module nameplate, quotation and dated photographs. The label must identify the original DeltaV Virtual I/O Module generation, not KJ2006X1-BK2 or VE4026.
Q2. How can New, Used or Refurbished condition be distinguished?
Request current photos of the complete label, connectors, carrier interface, housing, fasteners and packaging. Check contacts, latches, screws and labels for wear, rework or replacement.
Q3. How should supplier legality and reliability be checked?
Verify the legal entity, registered address, payment beneficiary and traceable contact. The offer should state Emerson, KJ2006X1-BK1, original VIM, condition and quantity.
Q4. Which specifications must engineering confirm before purchase?
Confirm the installed VIM driver, protocol, DeltaV controller and software version, carrier, connection arrangement and exact KJ2006X1-BK1 approval markings.
Q5. What physical evidence should be requested before payment?
Ask for one dated photo set showing the full nameplate, serial information, connectors, carrier contacts, housing and packaging, plus evidence of the installed driver and configuration when replacing an operating unit.
Q6. Can KJ2006X1-BK2 or VIM2 directly replace KJ2006X1-BK1?
No automatic functional substitution is supported. Emerson states that VIM2 can physically replace an original VIM, but existing drivers must be converted. Treat the change as an engineered migration.

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