Honeywell FS-CPCHAS-0001 Control Processor Chassis

The Honeywell FS-CPCHAS-0001, also cataloged as the FS-CPCHAS-0001 Control Processor Chassis, provides the mechanical mounting structure and power distribution interfaces for compatible control processor hardware. It has two specified 5 V power connections, each rated at 0.05 A, and a 19-inch rack-compatible form factor with a height of 4 HE.

Hardware Specifications

5 V Power Interface and Chassis Integration

The FS-CPCHAS-0001 specifies two 5 V power connections, designated 5V-1 and 5V-2, each with a listed current value of 0.05 A. These values describe the supplied ratings in the product data; the total chassis power demand and supported processor load are not specified.

The 482.6 mm width corresponds to a standard 19-inch rack format. The 4 HE chassis height and 280 mm depth must be considered when checking rack clearance, mounting hardware, and cable routing.

Frequently Asked Questions

Q: What are the specified power requirements for the FS-CPCHAS-0001?

A: The product data lists 5V-1 at 0.05 A and 5V-2 at 0.05 A. The complete power supply architecture and maximum supported load are not provided.

Q: Can the FS-CPCHAS-0001 be installed in a standard 19-inch rack?

A: Its specified width is 482.6 mm (19 in), with a height of 4 HE and a depth of 280 mm. Confirm rack mounting compatibility, available depth, and required clearance before installation.

Q: Does the chassis support hot-swapping of control processors?

A: Hot-swap capability is not confirmed by the supplied specifications. Verify the controller platform's hardware documentation before removing or inserting processor modules while the system is energized.

Field Installation Guidelines

• Rack mounting: Verify the rack opening, mounting points, 4 HE vertical clearance, and available installation depth before securing the chassis.
• Power verification: Confirm that the connected power supply and processor hardware match the manufacturer's electrical requirements. Do not interpret the two listed 5 V current values as the complete system power budget.
• Cable routing: Keep power wiring separate from low-level signal and communication cables where practicable. Avoid obstructing ventilation paths or placing mechanical strain on connectors.
• Grounding: Follow the system manufacturer's protective grounding and chassis bonding instructions. Verify rack bonding before energizing the equipment.
• Module installation: Confirm processor and backplane compatibility using the applicable hardware manual. Do not assume hot-swap support without explicit documentation.
• Environmental conditions: Confirm the permitted operating temperature and ventilation requirements from the system documentation because these values are not included in the supplied data.