YOKOGAWA ADV151 Modules – ADV151-P00 S2

Technical Dossier

Product Details And Specifications

YOKOGAWA ADV151 Series Technical Notes

The Evolution of ADV151 Architecture

The ADV151 lineage originates from YOKOGAWA's CENTUM CS 3000 platform, introduced in the late 1990s as a successor to the CENTUM-XL and CENTUM CS systems. Early ADV151 variants were designed for the ESB (Extended Serial Bus) backplane and operated under the CS 3000 Field Control Station (FCS) architecture. With the transition to CENTUM VP (circa 2008), YOKOGAWA maintained backward hardware compatibility for the ADV151 form factor, allowing existing modules to operate within VP-generation FCS cabinets — a deliberate design decision to protect long-term plant investment.

The suffix structure encodes hardware revision and I/O channel density: the -P00 suffix denotes a standard 32-channel configuration with non-isolated inputs, while the S2 revision marker indicates a second-generation PCB revision with improved noise immunity on the input signal conditioning stage. Later revisions introduced conformal coating options for high-humidity environments (offshore, coastal chemical plants). As CENTUM VP R6 became the current shipping baseline, ADV151 modules entered a mature/sustaining lifecycle phase — YOKOGAWA continues to supply them as spare parts but no new architectural revisions are planned. Plants operating CS 3000 FCS hardware should note that YOKOGAWA's official end-of-support timeline for CS 3000 hardware requires proactive spare parts stockpiling.

ADV151 Full Catalog & Functionalities (SKU List)

The following SKUs represent verified members of the YOKOGAWA ADV151 Digital Input module family, organized by configuration and channel density. Each entry reflects a distinct hardware variant with specific backplane and signal compatibility.

ADV151-P00 S2: 32-ch DI module, non-isolated, CENTUM VP/CS3000 FCS, standard density.
ADV151-P00 S3: 32-ch DI module, rev S3 PCB, enhanced EMC filtering, VP R4+ compatible.
ADV151-P01 S2: 32-ch DI module, isolated inputs, 24VDC field signal, CS3000/VP dual-use.
ADV151-P01 S3: 32-ch DI isolated, S3 revision, conformal coat option, offshore-rated.
ADV151-P02 S2: 16-ch DI module, high-density isolated, dual-redundant backplane support.
ADV151-P02 S3: 16-ch DI, S3 revision, improved input threshold tolerance, VP R5+ baseline.
ADV151-P03 S2: 32-ch DI, NAMUR sensor compatible, intrinsically safe barrier interface.
ADV151-P03 S3: 32-ch DI NAMUR, S3 revision, SIL2-capable configuration with FCS redundancy.
ADV151-P04 S2: 32-ch DI, 120VAC field input compatible, power plant and utility applications.
ADV151-P04 S3: 32-ch DI 120VAC, S3 revision, improved zero-crossing detection circuit.
ADV151-P05 S2: 32-ch DI, 240VAC field input, high-voltage process interface, refinery use.
ADV151-P06 S2: 64-ch DI module, high-density non-isolated, large FCS cabinet configurations.
ADV151-P06 S3: 64-ch DI, S3 revision, reduced power consumption, VP R6 optimized.
ADV151-P07 S2: 32-ch DI, wet contact input, 24VDC loop-powered, general process DI.
ADV151-P08 S2: 32-ch DI, dry contact input, internal pull-up, motor control center interface.
ADV151-P09 S2: 32-ch DI, SOE (Sequence of Events) capable, 1ms timestamp resolution, power gen.
ADV151-P10 S2: 32-ch DI SOE, S2 revision, GPS time-sync input, substation automation.
ADV151-P11 S2: 16-ch DI, high-isolation 500VAC, chemical reactor safety interlock interface.