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Emerson DeltaV M-series KJ3002X1-BD1 8-Channel 1-5 V DC Analog Input Card

Emerson DeltaV M-series KJ3002X1-BD1 8-Channel 1-5 V DC Analog Input Card

Emerson DeltaV M-series 8-Channel 1-5 V DC Analog Input Card

Complete Model

KJ3002X1-BD1

Official Product Description

Emerson KJ3002X1-BD1 DeltaV M-series eight-channel 1-5 V DC analog input card for externally powered voltage transmitters.

CORE FEATURE: Eight high-impedance 1-5 V DC analog inputs with 16-bit conversion.

LEAD TIME: In stock

WARRANTY: 1 year

Email Inquiry [email protected]

WhatsApp +86 18159889985

Appurtenance:

emerson deltav m series kj3002x1 bd1 8 channel 1 5vdc analog input card-1

Overview
Technical Data
Inquiry
Applications & Features
Connections
Installation
Environment
FAQ
Recommend Models
Recommended Products

Product Overview

KJ3002X1-BD1 is an Emerson DeltaV M-series eight-channel 1-5 V DC analog input card.

The official DeltaV hardware manual specifies a 0.25 to 5.64 V DC full input range, 2 megohm input impedance, 16-bit resolution, 0.1 percent span accuracy and a four-wire terminal arrangement.

Unlike the BA1 and BC1 current-input cards, KJ3002X1-BD1 does not power the field transmitter; the voltage source requires its own approved field supply.

Technical Data

Complete model	KJ3002X1-BD1
Brand	Emerson
Product family	DeltaV M-series Traditional I/O
Product type	8-channel 1-5 V DC analog input card
Number of channels	8
Nominal input range	1 to 5 V DC
Full input range	0.25 to 5.64 V DC with overrange checking
Valid LED range	0.18 to 5.77 V DC
Input impedance	2 megohms
Accuracy over temperature	0.1 percent of span
Resolution	16 bits
Repeatability	0.05 percent of span
Frequency response	-3 dB at 1.3 Hz; -25 dB at sampling frequency
LocalBus power	100 mA typical, 150 mA maximum
Field-circuit power used by card	100 mA at 24 V DC, plus or minus 10 percent
Transmitter power	External; the card does not power the field transmitter
Isolation	Each channel optically isolated from the system and factory tested to 1500 V DC
Terminal arrangement	Four-wire I/O terminal block recommended; 24-pin mass termination supported
Optional fuse	2 A terminal-block option
Dimensions	Not specified in the official sources reviewed
Weight	Not specified in the official sources reviewed
Operating temperature	-40 to +70 degrees C in the official metrology certificate for this model
Official sources	Emerson DeltaV hardware manual D800001X152 pages C-12 to C-13; official metrology certificate 64420-16 page 2

Inquiry

CONTACT

STELLA

Email Inquiry [email protected]

WhatsApp +86 18159889985

Applications & Features

Voltage-input channels

Eight channels accept 1-5 V DC process signals from externally powered sources.

High input impedance

The published 2 megohm impedance limits loading of the voltage source.

High-resolution conversion

The module provides 16-bit conversion with 0.1 percent span accuracy.

Separate transmitter supply

The field transmitter must be powered externally; the card does not provide transmitter power.

Connections

Signal inputs	Connect eight 1-5 V DC signals using the approved four-wire terminal arrangement.
External transmitter power	Provide an approved external 24 V DC field supply where required by the transmitter.
Input reference	Maintain the specified signal return and shielding arrangement for each voltage channel.
Mass termination	A compatible 24-pin mass-termination block is supported by the hardware manual.
Carrier interface	Install the card in the assigned DeltaV M-series I/O carrier position with compatible termination hardware.

Installation

01 - Verify the full model

Match KJ3002X1-BD1 on the nameplate, quotation and current photographs; confirm the 1-5 V DC AI identity.

02 - Confirm signal type

Do not connect 4-20 mA loops directly; verify that every channel provides a 1-5 V DC signal.

03 - Provide transmitter power

Use an external approved supply because the card does not power field transmitters.

04 - Select termination

Use the approved four-wire terminal block or compatible 24-pin mass termination.

05 - Validate before service

Check signal polarity, common reference, shielding, voltage range and channel scaling before commissioning.

Environment

Operating temperature

The official certificate lists -40 to +70 degrees C for KJ3002X1-BD1.

Signal protection

Keep every channel within the 0.25 to 5.64 V DC full input range.

Isolation

Each input channel is optically isolated from the system and factory tested to 1500 V DC.

Field supply

Use the site-approved external field supply and wiring protection for the voltage transmitters.

Certification control

Confirm exact approval markings on the offered card against the installation requirements.

FAQ

Q1. How can the exact quoted KJ3002X1-BD1 be verified?

Match KJ3002X1-BD1 on the label, quotation and dated photos. Confirm that it is the eight-channel 1-5 V DC input card, not a 4-20 mA variant.

Q2. How can New, Used or Refurbished condition be distinguished?

Request current photos of the complete label, terminal interface, contacts, housing, indicators and packaging. Inspect for wear, repair residue, altered labels and replaced components.

Q3. How should supplier legality and reliability be checked?

Verify the legal entity, registered address, payment beneficiary and traceable contact. The offer must state Emerson, KJ3002X1-BD1, 1-5 V DC AI card, condition and quantity.

Q4. Which specifications must engineering confirm before purchase?

Confirm eight 1-5 V DC inputs, 2 megohm impedance, 16-bit resolution, external transmitter power, four-wire termination, LocalBus current and approved temperature range.

Q5. What physical evidence should be requested before payment?

Ask for one date-marked photo set showing the complete nameplate, serial data, front indicators, rear contacts, terminal interface and sealed packaging when offered as new.

Q6. Can KJ3002X1-BA1 or KJ3002X1-BC1 replace KJ3002X1-BD1?

No direct substitution is supported. BA1 and BC1 accept 4-20 mA current, while BD1 accepts 1-5 V DC and uses externally powered voltage transmitters. Re-engineer the signal and wiring before any change.

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