VE4003S2B4 DeltaV Emerson Analog Input Card

Hardware Specifications

4-20 mA Process Signal Interface

The VE4003S2B4 receives analog current-loop signals from compatible field transmitters. The specified input range is 4-20 mA, providing a standard interface for process measurement signals.

The module connects through a 16-Pin Mass Termination Block, such as the specified KJ4001X1-CE1. This termination approach concentrates field wiring at the termination assembly and reduces individual point-to-point cabinet wiring.

For DeltaV installation, technicians should verify the configured channel type, field transmitter wiring, and termination hardware before energizing the circuit. In addition, shield and signal-return wiring should follow the plant grounding scheme to limit noise coupling into low-level analog measurements.

Frequently Asked Questions

Q: What analog signal does the VE4003S2B4 accept?
A: The supplied specification identifies a 4-20 mA analog input signal range.

Q: Which termination hardware does the VE4003S2B4 use?
A: The module uses a 16-Pin Mass Termination Block. KJ4001X1-CE1 is listed as an example of compatible termination hardware.

Q: Is the operating temperature range specified for this module?
A: No. The supplied technical data does not provide a specific operating temperature range. The applicable DeltaV hardware documentation should define the installation limits.

Field Installation Guidelines

• Confirm the VE4003S2B4 model and associated KJ3222X1-BA1 part number before installation.
• Install the card only in the specified DeltaV system hardware configuration.
• Verify the 16-Pin Mass Termination Block and field wiring before applying power.
• Maintain correct polarity for each 4-20 mA current loop.
• Route analog signal cables separately from high-voltage and high-current conductors where practical.
• Connect cable shields according to the site grounding design and avoid unintended ground loops.
• Verify transmitter loop power requirements before commissioning each channel.
• Check channel configuration against the connected field instrument before placing the loop into service.
• Do not infer operating temperature, power consumption, or dimensional limits from the supplied data.

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