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Emerson VE4002S1T2B5 M-series Discrete Output Card

Original price was: $7,889.00.Current price is: $7,777.00.

Parameter Value / Specification
System Architecture DeltaV M-series Traditional I/O Subsystem
Component Assembly Discrete Output Card (Card Part: 12P3275X032 / Module: KJ3204X1-BA1)

Standard Termination Block (Block Part: 12P1902X032 / Module: KJ4001X1-CJ1)

Number of Channels 32 independent discrete output channels
Switching Type High-Side solid-state switching
Nominal Operating Voltage 24 V DC (±10%)
Field Circuit Power (Max) 300 mA continuous per channel
Current Consumption (Internal) 120 mA typical, 150 mA maximum from local carrier bus
In-rush Current Protection Integrated current limiting circuits
Environmental Protection Class G3 Conformal Coating (per ISA-S71.04-1985)
Operating Temperature −40 to +70°C
Category: SKU: Emerson VE4002S1T2B5 Tag:

Description

Emerson DeltaV VE4002S1T2B5 M-series Discrete Output Card

During a major expansion of a tank farm layout at a refinery in Louisiana, the electrical installation crew ran into space constraints inside the localized junction boxes. Swapping out lower-density modules for the Emerson DeltaV VE4002S1T2B5 solved the spatial issue instantly while drastically cutting down the required footprint on the I/O interface carrier. This M-series traditional I/O component delivers high-density discrete switching, providing 32 independent channels to drive field indicators, solenoid valves, and interposing relays.

Are you looking to replace an active control point or expanding your field terminal racks? Field performance data confirms this solid-state switching assembly handles continuous cyclic load steps without inducing thermal degradation across the backplane.

Global Logistics, Availability, and Warranty Terms

Procuring distributed control system (DCS) hardware across international borders demands precise logistical tracking to prevent construction loop checks from slipping past scheduled deadlines.

  • Product Condition: New Original, Factory Sealed (includes both the 32-channel card assembly and the matching standard terminal block).

  • Stock Availability: Maintained in regional industrial automation inventory centers for immediate shipment.

  • Standard Lead Time: Dispatches globally within 1 to 2 business days via express international air freight.

  • Warranty Coverage: Fully protected by a comprehensive 12-month industrial replacement warranty starting from the day of shipping.

  • International Pricing Note: The valuation shown serves as a market reference point. Final invoicing figures fluctuate based on localized inventory volume, spot-market liquidity, and current currency parities. Reach out to our trade office for a formal pro forma quote.


Technical Specifications: Emerson DeltaV VE4002S1T2B5

The part code represents a pre-configured combination consisting of an M-series high-density card and its dedicated interface landing strip. Confirm these operational thresholds against your electrical schematic drawings prior to terminating field loops.

Parameter Value / Specification
System Architecture DeltaV M-series Traditional I/O Subsystem
Component Assembly

Discrete Output Card (Card Part: 12P3275X032 / Module: KJ3204X1-BA1)


Standard Termination Block (Block Part: 12P1902X032 / Module: KJ4001X1-CJ1)

Number of Channels 32 independent discrete output channels
Switching Type High-Side solid-state switching
Nominal Operating Voltage 24 V DC ()
Field Circuit Power (Max) 300 mA continuous per channel
Current Consumption (Internal) 120 mA typical, 150 mA maximum from local carrier bus
In-rush Current Protection Integrated current limiting circuits
Environmental Protection Class G3 Conformal Coating (per ISA-S71.04-1985)
Operating Temperature −40 to +70°C

Field Implementation and Carrier Keying Features

The VE4002S1T2B5 mounts directly into a standard 8-wide or 4-wide M-series I/O interface carrier. Mechanical assignment relies on an integrated, physical function keying system that prevents severe hardware mismatching. The card housing and the terminal block feature matching plastic alignment teeth that prevent an unapproved card type from seating into a pre-wired field terminal strip during hot-swapping procedures.

Well, technically the high-side switching design ensures that if a field wire shorts out to the metallic plant structure, the output loop drops safely to an unpowered state rather than forcing a hazardous unintended device activation. In our field deployments, we prefer utilizing this 32-channel asset primarily for concentrated multi-valve control manifolds. Pay strict attention to the 300 mA per-channel threshold; attempting to drive old, high-wattage inductive coils directly without an intermediate line relay will trigger the card’s over-current protection loop, latching a fault status bit inside your DeltaV Explorer diagnostics pane.


Cross-Border Shipping and Customs Compliance

Moving high-tier distributed control system modules through international shipping channels requires absolute precision in documentation to clear local customs without administrative delays.

Export Controls and Commodity Classification

This processing asset is subject to international trade screening frameworks. It carries an Export Control Classification Number (ECCN) of EAR99 and is declared globally via the Harmonized System Tariff Code HS 85389091. All shipments undergo an automated restricted-entity screening profile before being loaded into outbound transit loops.

Logistics Logistics and Incoterms

For critical process line overrides and emergency outage maintenance, we route equipment via Priority International Air Freight (utilizing premium tiers of DHL Express, FedEx, or UPS), establishing a 3 to 5 business day delivery window to processing facilities globally. Standard trade transactions operate under CIP (Carriage and Insurance Paid to Destination) Incoterms 2020 parameters.

Import Entry Directive: Local customs entry fees, country-specific value-added taxes (VAT/GST), and local customhouse clearance brokerage assessments are outside our billing footprint. The receiving facility’s designated freight agent must clear these balances with regional tax authorities during incoming port verification.


Frequently Asked Questions

Can this card be used in a redundant configuration inside the DeltaV carrier?

No, the VE4002S1T2B5 is designed for simplex operation using the standard terminal block. If your process requires a redundant architecture to protect critical control lines from single-point failure, you must source the redundant-capable card variant paired with a specialized redundant terminal block.

Does the module support hot-swapping while the remaining system is under power?

Yes, the M-series hardware platform permits full online extraction and insertion. You can remove a damaged module and slide a replacement unit into place without interrupting the control logic processing of adjacent I/O cards or taking the local controller node offline.

What should I verify if an individual output channel is showing a “Field Power Fault”?

This indicates that the external 24 V DC loop power fed to the terminal block’s power injection terminals has dropped below the minimum operational voltage boundary, or an external field wire has shorted directly to a structural ground point.

What specific field instruments or solenoid manifolds are you planning to tie into this discrete output card block?

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