Honeywell FC-QPP-0001 | Safety Manager Quad Processor Pack

Description

Core Product Summary (Brand / Model / Key Attributes)

Honeywell FC-QPP-0001 is a conformal-coated Quad Processor Pack (QPP) control-processor module for the Honeywell Safety Manager safety management system. It reads process inputs, executes the Safety Manager application program created in Safety Builder, and transmits the resulting control decisions to the output interface.

The FC-QPP-0001 uses Honeywell’s Quad Modular Redundancy (QMR) 2oo4D architecture and is a SIL 3 compliant Safety Manager hardware component. In a redundant Safety Manager configuration, two QPP modules synchronize operation through a dedicated redundant communication channel integrated in the Control Processor backplane. The module is installed in the Safety Manager CPCHAS-0001 Control Processor chassis and is identified in Honeywell documentation as the conformal-coated version of the QPP-0001 Quad Processor Pack.

Key Technical Specifications

Detailed Product Overview

The Honeywell FC-QPP-0001 is the control processor used in Safety Manager architectures to execute safety-related application logic. It receives process-input data, runs the application developed in Safety Builder, and passes the resulting commands to the Safety Manager output interface. In this role, it is the processing core that turns configured safety logic into output actions.

The module’s QMR 2oo4D architecture uses four processors in a quadruple-modular-redundant arrangement. This architecture is designed to detect and manage internal faults as part of the Safety Manager control system, rather than relying on a single processor path. The FC- prefix identifies this version as conformal coated, a construction distinction from the non-coated FS-QPP-0001 variant.

In a redundant Safety Manager configuration, two FC-QPP-0001 modules operate together and synchronize through a dedicated redundant communication channel built into the Control Processor backplane. This synchronization is a defining integration requirement: a QPP module cannot be treated as an isolated controller because its redundant operation, diagnostics, and application behavior depend on the Safety Manager chassis and system configuration.

The FC-QPP-0001 is installed in the CPCHAS-0001 Control Processor chassis. Honeywell documentation describes the QPP-0001 as replaceable with a spare module; when the other control processor is running, an inserted spare is automatically updated with the system software. The module is documented in TÜV records as a SIL 3 compliant Safety Manager hardware component, with CC V1.3 and CC V1.4 revisions listed under certificate 968/EZ 195.

FC-QPP-0001

FC-QPP-0001

Engineering Selection Highlights

• The FC-QPP-0001 is a Safety Manager Quad Processor Pack, so it is selected as the control processor for a Safety Manager system rather than as a standalone controller.
• Its conformal-coated construction distinguishes it from the non-coated FS-QPP-0001; the coating designation should match the environmental and procurement specification for the installed system.
• The QMR 2oo4D architecture is central to its role in Safety Manager safety applications and should be considered when reviewing the system’s safety concept and diagnostic assumptions.
• Redundant operation requires two QPP modules and synchronization through the dedicated CP-backplane communication channel.
• The module requires the CPCHAS-0001 Control Processor chassis; chassis, backplane, power, and communication architecture must be designed as one Safety Manager subsystem.
• Safety Builder is the engineering environment for the application executed by the QPP, so controller configuration and maintenance depend on the supported Safety Manager software environment.
• The documented CC V1.3 and CC V1.4 revisions should be checked against the Safety Manager hardware and software configuration before ordering or replacing a module.

Dimensions, Mounting & Connection Notes

System Compatibility & Integration Requirements

FAQ

What is the Honeywell FC-QPP-0001?
It is a Honeywell conformal-coated Quad Processor Pack (QPP) control-processor module for the Safety Manager safety management system.

What does the FC-QPP-0001 do?
It reads process inputs, executes the Safety Manager application created in Safety Builder, and transmits the control results to the Safety Manager output interface.

Which Safety Manager architecture does it use?
It uses Honeywell’s Quad Modular Redundancy (QMR) 2oo4D architecture.

Can it operate in a redundant configuration?
Yes. In a redundant Safety Manager configuration, two QPP modules synchronize through a dedicated redundant communication channel integrated in the Control Processor backplane.

Which chassis houses the FC-QPP-0001?
It is installed in the Honeywell CPCHAS-0001 Control Processor chassis.

What is the difference between FC-QPP-0001 and FS-QPP-0001?
The FC-QPP-0001 is the conformal-coated version of the QPP-0001 Quad Processor Pack, while FS-QPP-0001 is the non-coated variant.

Which engineering tool is used with it?
Safety Builder is used to create and maintain the Safety Manager application executed by the QPP.

Is the FC-QPP-0001 a SIL 3 component?
It is documented in TÜV records as a SIL 3 compliant Safety Manager hardware component under certificate 968/EZ 195.

Verification & Troubleshooting Notes

• Confirm the exact module marking—FC-QPP-0001 and its CC revision—before matching it to a Safety Manager hardware configuration or spare-parts record.
• Verify that the module is installed in a CPCHAS-0001 Control Processor chassis and that the Safety Manager chassis, backplane, and power architecture are configured as documented.
• For redundant-controller issues, check both QPP modules and the dedicated redundant CP-backplane synchronization path; a synchronization or backplane condition can affect redundant operation even when one processor appears operational.
• Confirm the LINK-SD link status on the CPCHAS-0001 chassis when the Emergency Shutdown function is not used; Honeywell documentation identifies this link as required in that configuration.
• Use Safety Manager diagnostic documentation, Safety Builder diagnostic information, and the Honeywell error-code list to interpret controller faults; do not infer fault meaning from LED appearance alone.
• When replacing a QPP while the other control processor is running, follow the Safety Manager hardware-replacement procedure; Honeywell documentation describes automatic software updating for an inserted spare under the supported conditions.
• Do not modify processor hardware, bypass safety diagnostics, or alter Safety Manager safety logic outside the site’s safety-system management-of-change and authorization procedures.