Dsc HS2064PCB Neo HS2064 Printed Circuit Board

Product Description

The DSC HS2064PCB is the replacement printed circuit board for the Neo HS2064 security control panel. This bare PCB serves as the core logic and processing component of the HS2064 panel, housing the onboard circuitry that manages zone inputs, communication buses, keypad connections, and system outputs. It is intended for installation by licensed alarm technicians and low-voltage security professionals performing board-level repairs or refurbishments on existing HS2064 panel enclosures. Replacing the PCB alone allows a technician to restore a failed panel without replacing the full housing, transformer, or ancillary hardware.

This board is suited for residential and light commercial intrusion detection systems built around the DSC Neo platform. It fits directly into the HS2064 enclosure and interfaces with all standard Neo-compatible keypads, modules, and accessories already wired to the system. Typical installation scenarios include field repair of a damaged or failed control board, refurbishment of a panel returned from service, or restocking a spare board for rapid swap-out during a service call.

Key Features

• Direct PCB replacement for the DSC Neo HS2064 control panel
• Fits the existing HS2064 enclosure without modification
• Interfaces with Neo-platform keypads, zone expanders, and communication modules
• Enables board-level repair without replacing the full panel assembly
• Sold as a single unit, quantity one per package

Compatibility

Designed as a direct PCB replacement for the DSC Neo HS2064 intrusion control panel. Intended for use within the existing HS2064 enclosure and compatible with Neo-platform peripherals and accessories connected to that panel.

Installation Notes

Installation should be performed by a licensed low-voltage or alarm systems technician familiar with the DSC Neo platform. Disconnect all power sources, including AC mains and the standby battery, before handling or swapping the circuit board to prevent damage to onboard components. Follow applicable local low-voltage wiring codes and the manufacturer service documentation when reconnecting zone, bus, and output wiring. Re-enrollment of modules and system programming may be required after board replacement.