Honeywell Safety Manager FC-BKM-0001 FC-QPP-0002 Modules

Name: Honeywell Safety Manager FC-BKM-0001 FC-QPP-0002 Modules
Brand: Honeywell

Model: FC-BKM-0001 FC-QPP-0002

Brand Honeywell

Series Safety Manager FC-BKM-0001 FC-QPP-0002

Model FC-BKM-0001 FC-QPP-0002

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Technical Dossier

Product Details And Specifications

Honeywell Safety Manager Series Technical Notes

The Evolution of Safety Manager Architecture

The Safety Manager platform traces its lineage to the Honeywell FSC (Fail-Safe Controller) system introduced in the 1990s, which itself was derived from the Hima-developed FSC architecture. The FSC used a proprietary backplane bus with dedicated I/O modules rated for SIL 2/3 applications. In the early 2000s, Honeywell rebranded and re-engineered the platform as the Safety Manager (SM), introducing the FC- prefix module naming convention, enhanced diagnostics, and compatibility with the Experion PKS DCS environment via the Safety Builder engineering tool.

Key architectural transitions:

FSC Generation (1990s–2004): Proprietary backplane, limited Ethernet connectivity, ELOP II programming environment. Modules used non-FC prefix naming.
SM Generation 1 (2004–2012): Introduced FC- prefix modules, Safety Builder v1.x, SIL 3 TMR support, and Modbus/HART integration.
SM Generation 2 / SM-SC (2012–present): Enhanced cybersecurity hardening, Safety Certified (SC) variants, expanded I/O density, and Experion Safety Manager integration. Modules such as FC-QPP-0002 represent this generation's processor architecture.

Compatibility note: FSC-era modules are not directly interchangeable with SM FC- modules. Backplane bus protocols differ. Migration kits are required for cross-generation upgrades.

Safety Manager Full Catalog & Functionalities (SKU List)

Processor / Controller Modules

FC-QPP-0002: Safety Manager main processor module, SIL 3, dual-redundant CPU with diagnostics.
FC-QPP-0001: First-generation SM processor module, predecessor to FC-QPP-0002.
FC-SDIL-0824: Safety digital input module, 8-channel, 24 VDC, SIL 3 rated.
FC-SDOL-0824: Safety digital output module, 8-channel, 24 VDC, solid-state relay output.
FC-SAIL-0424: Safety analog input module, 4-channel, 4–20 mA HART-compatible.
FC-SAOL-0424: Safety analog output module, 4-channel, 4–20 mA, SIL 2 rated.
FC-BKM-0001: Safety Manager backplane/bus keeper module; manages backplane communication integrity and module slot addressing.
FC-RPSM-0001: Redundant power supply module for SM chassis, 24 VDC input.
FC-PSMN-0001: Non-redundant power supply module, standard SM rack configuration.
FC-TSDI-0824: TMR safety digital input module, 8-channel, triple-redundant voting logic.
FC-TSDO-0824: TMR safety digital output module, 8-channel, 2oo3 output voting.
FC-TSAI-0424: TMR analog input module, 4-channel, 4–20 mA, triple-redundant.
FC-COMM-0001: SM communication module, Modbus RTU/TCP gateway for third-party DCS integration.
FC-ECOM-0001: Ethernet communication module, supports Experion PKS Safety Manager integration.
FC-SDIL-1624: High-density safety digital input module, 16-channel, 24 VDC.
FC-SDOL-1624: High-density safety digital output module, 16-channel, 24 VDC.
FC-HART-0001: HART multiplexer interface module for SM platform, supports up to 16 HART devices.

Quality Control for the Safety Manager Range

Safety Manager modules present specific test challenges due to their SIL 3 diagnostic architecture and proprietary backplane communication protocol. DriveKNMS applies the following test procedures to all SM modules prior to dispatch:

Backplane Bus Integrity Test: Each module is seated in a live SM chassis and backplane communication is verified via Safety Builder diagnostic screens. Bus keeper modules (FC-BKM-0001) are tested for slot arbitration and fault injection response.
Processor Functional Test (FC-QPP-0002): CPU modules are loaded with a validated test application, cycled through normal run, halt, and fault states. Watchdog timer response and redundancy switchover are verified.
I/O Channel Verification: All digital and analog I/O channels are tested at rated voltage/current. HART pass-through is verified on analog modules.
Power Supply Load Test: PSU modules are tested at 100% rated load for 2 hours with thermal monitoring.
Firmware Version Audit: Processor and communication modules are checked for firmware compatibility with Safety Builder v5.x and v6.x environments.

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