Honeywell CC-PFB801 Modules: 51410087-175

Name: Honeywell CC-PFB801 Modules: 51410087-175
Brand: Honeywell

Model: 51410087-175 CC-PFB801

Brand Honeywell

Series CC-PFB801

Model 51410087-175 CC-PFB801

RFQ-ready model route Obsolete and surplus sourcing Export follow-up by model list

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Technical Dossier

Product Details And Specifications

Honeywell CC-Series Technical Notes

The Evolution of CC-Series Architecture

The CC-Series was introduced as part of Honeywell's Experion PKS (Process Knowledge System) platform in the early 2000s, replacing the legacy TDC 3000 and PlantScape architectures. The initial C200 controller generation established the FTE (Fault Tolerant Ethernet) backplane standard. The C300 controller (CC-PCF901 / CC-PCF902) succeeded it with higher processing throughput and expanded I/O capacity per chassis. The CC-Series I/O modules — including analog input (CC-TAIX01), analog output (CC-TAOX01), digital input (CC-TDIL01), and digital output (CC-TDOL01) — were designed for hot-swap replacement without process interruption, a critical requirement in continuous-process industries.

CC-Series Full Catalog & Functionalities (SKU List)

Controllers

CC-PCF901: C300 Process Controller, standard redundancy, FTE backplane
CC-PCF902: C300 Process Controller, enhanced memory, dual FTE ports
CC-PCNT01: C300 Controller Node, single chassis configuration

Analog I/O Modules

CC-TAIX01: 8-channel 4–20 mA analog input, HART-enabled, isolated
CC-TAOX01: 8-channel 4–20 mA analog output, HART-enabled, isolated
CC-TAIM01: 8-channel analog input, millivolt/thermocouple range
CC-TAOM01: 8-channel analog output, millivolt range

Digital I/O Modules

CC-TDIL01: 24-channel 24 VDC digital input, isolated per group
CC-TDOL01: 24-channel 24 VDC digital output, solid-state, isolated
CC-TDIL11: 24-channel 120 VAC digital input, isolated
CC-TDOL11: 16-channel 120 VAC digital output, relay contact

Fieldbus & Communication Modules

CC-PFB801 (51410087-175): FOUNDATION Fieldbus H1 Interface, 2-segment, 16 devices/segment, integrated power conditioner
CC-PFB801E: Enhanced FF H1 Interface, extended diagnostics, HART pass-through
CC-PAIH01: PROFIBUS DP Interface Module, master class 1, up to 125 slaves
CC-PDOB01: DeviceNet Interface Module, scanner function, 64-node capacity
CC-LINK01: Modbus TCP/RTU Gateway Module, serial and Ethernet dual-port

Power & Chassis

CC-PWR001: 24 VDC chassis power supply, 40 W, redundancy-capable
CC-PWR002: Redundant power supply module, hot-swap, status LED
CC-CBKT01: 8-slot I/O chassis, FTE backplane, DIN-rail or panel mount

Sourcing Hard-to-Find & Obsolete CC-Series Parts

DriveKNMS sources CC-Series modules through decommissioned plant buybacks, certified refurbishment programs, and verified surplus channels. All units are cross-referenced against Honeywell's published part number revision history to ensure compatibility with installed firmware and chassis revisions. For end-users operating Experion PKS R400 through R520 environments, DriveKNMS can confirm module compatibility prior to shipment.

Quality Control for the CC-Series Range

CC-Series modules incorporate a proprietary FTE backplane bus and IOTA (I/O Termination Assembly) interface that requires specialized test procedures beyond standard bench testing. DriveKNMS applies the following protocol to all CC-Series units:

Backplane connector inspection: pin alignment, oxidation, and mechanical integrity verification against Honeywell dimensional specifications
Functional power-on test: module boot sequence validation, LED status confirmation (RUN, FAULT, COMM indicators)
Communication bus test: FTE Ethernet port continuity and packet integrity check using protocol analyzer
For CC-PFB801 specifically: H1 segment termination resistance measurement (100 Ω ± 2%), power conditioner output voltage verification (9–32 VDC per IEC 61158-2), and segment load simulation with dummy device nodes
Firmware revision logging: each unit's embedded firmware version is recorded and disclosed to the buyer prior to shipment
Final burn-in: 48-hour powered soak test at ambient temperature with periodic status polling

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