51454473-175 Honeywell HART Analog Input Module

Honeywell 8C-PAIMA1 Experion PKS Series 8 Analog Input Card

Honeywell 8C-PAIMA1 Experion PKS Series 8 Analog Input Card

Availability: 99 left in stock

Honeywell 51454473-175 8C-PAIMA1 Experion PKS Series 8 Hardware Family The Honeywell 51454473-175, also cataloged as the 8C-PAIMA1 HART-Enabled Analog Input...

SKU: 8C-PAIMA1 51454473-175

Manufacturer: Honeywell
Product No.: 8C-PAIMA1 51454473-175
Product Type: Analog Input Modules
Product Origin: USA
Payment:T/T, Western Union
Weight: 500g
Shipping port: Xiamen
Warranty: 12 months

Description Reviews

Honeywell 51454473-175 8C-PAIMA1 Experion PKS Series 8 Hardware Family

The Honeywell 51454473-175, also cataloged as the 8C-PAIMA1 HART-Enabled Analog Input (AI) Module, operates as a dedicated hardware component for simultaneous acquisition of 4-20 mA analog signals and secondary digital diagnostic variables within Experion PKS Series 8 / C300 Controller platforms. The hardware establishes a direct physical and digital data layer connection between smart field instrumentation and the host Distributed Control System (DCS) processing units.

Hardware Specifications

Parameter	Specification
Model	8C-PAIMA1
Brand	Honeywell
Origin	USA
Weight	0.5 kg
Dimensions	100 mm x 160 mm x 25 mm
Operating Temp	-40 to +70 deg C
Power Consumption	System backplane-dependent
System Architecture	Experion PKS Series 8 / C300 Controller
Input Signal	4-20 mA DC with superimposed HART digital signal
Analog-to-Digital Conversion	High-resolution factory-calibrated
HART Support	Integrated dedicated HART modem per channel
Redundancy	Supported when paired with a Redundant Series 8 IOTA
Diagnostics	Channel-level status tracking and loop fault detection
Mounting	Vertical DIN-rail installation via specialized IOTA
Relative Humidity	5% to 95% non-condensing

Process Control and DCS Instrumentation Characteristics

The module incorporates a dedicated digital-to-analog communication interface optimized for the 4-20 mA HART loop protocol. An integrated, independent HART modem per channel enables the concurrent extraction of secondary, tertiary, and quaternary process variables alongside physical current loop tracking. Channel-to-channel isolation parameters and specialized input filters suppress common-mode noise across the signal loops, ensuring signal integrity. This architecture maps real-time instrument diagnostics directly to the C300 control matrix without external multiplexer hardware.

Frequently Asked Questions

Q: How is hardware redundancy achieved and managed with the 8C-PAIMA1 module?

A: Redundancy requires two identical 8C-PAIMA1 modules inserted into a Redundant Series 8 Input Output Termination Assembly (IOTA). The master C300 controller actively monitors both units, executing an automatic, bumpless failover to the secondary card if internal diagnostic registers detect an analog-to-digital converter or communication transceiver failure.

Q: Can the module detect open-circuit faults or loop power failures on individual channels?

A: Yes. The hardware continuously monitors loop current thresholds. If a field circuit drops below specified low-scale limits (typically < 3.6 mA), the channel-level diagnostic processor sets a specific fault flag in the DCS I/O image table, indicating an open wire or field device power loss.

Q: Is hot-swapping supported when replacing a faulty module in an active system?

A: Yes, online module replacement is fully supported when using a redundant IOTA configuration. The faulty card can be extracted and a new module inserted under active system power without interrupting the signal tracking or HART digital communication on the adjacent redundant hardware component.

Field Installation Guidelines

Mount the specific Series 8 IOTA vertically onto a standard DIN-rail assembly inside the industrial enclosure panel. Ensure all grounding bars are tied directly to the master plant instrument ground plane to maximize noise immunity before clipping the 8C-PAIMA1 card onto the termination block. Maintain recommended ventilation spacing between adjacent IOTA rows to preserve standard air convection paths across the -40 to +70 deg C environmental envelope.

Field wiring loops must utilize individual shielded, twisted-pair copper conductors routed through dedicated low-voltage instrument wire ducts. Separate all 4-20 mA signal runs from high-voltage AC distribution circuits and motor starter cables. Terminate the cable shields exclusively at the designated IOTA ground termination lug, keeping the field side of the shield isolated to eliminate ground loop circulating currents that disrupt the superimposed HART digital transmission.

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