Dsc HS2064PCBCP01 Printed Circuit Board Lcd Keypad

Product Description

The DSC HS2064PCBCP01 is a printed circuit board designed for use with the NEO HS2064 security panel platform. This PCB serves as the core processing and interconnect substrate for compatible LCD alpha fixed-English keypads, enabling communication between the keypad interface and the control panel. It is intended for installation by licensed alarm and low-voltage security technicians working on structured residential or light commercial intrusion detection systems. The board supports fixed-English alphanumeric display functions and is sold as a single unit replacement component.

This printed circuit board is applicable to NEO series security system installations where the HS2064 control panel platform is deployed. It is suited for residential and light commercial security applications requiring a reliable LCD keypad interface with fixed English language support. Technicians performing board-level repairs or replacements on existing HS2064-based systems will find this component appropriate for restoring keypad functionality without replacing the full keypad assembly.

Key Features

• Replacement PCB for the NEO HS2064 security panel keypad platform
• Supports LCD alpha fixed-English display interface
• Sold as a single unit for board-level serviceability
• OEM-style replacement for maintaining panel and keypad communication integrity

Compatibility

Designed as an OEM-style replacement printed circuit board for DSC NEO HS2064 series LCD alpha fixed-English keypads in residential and light commercial security installations.

Installation Notes

Installation should be performed by a licensed low-voltage or alarm systems technician familiar with DSC NEO series panels. Power down the security panel and disconnect the backup battery before handling or replacing the PCB to avoid damage to the board or connected devices. Follow applicable local low-voltage wiring codes and the manufacturer service documentation when seating and connecting the board. Observe proper electrostatic discharge precautions when handling this component.