DSC HS2LCD Powerseries Neo Full Message LCD Hardwired Keypadwith Prox Support, English Function Keys

Put reliable, scalable access control and alarm management at the center of your security infrastructure with the DSC HS2LCD Powerseries Neo hardwired keypad. This full-message LCD keypad from DSC delivers clear system status and English function keys for rapid operator interaction, reducing false alarms and improving response times. Installers benefit from a straightforward 4-wire connection that supports home runs, daisy chains, or tee-taps, cutting wiring time on commercial and multi-site deployments. The HS2LCD supports hardwired zone expansion and programmable outputs, so you can extend monitoring and automation capabilities as your security needs grow without replacing the control panel. Optional PowerG transceiver compatibility and fully encrypted communications provide robust protection for alarm signals and integration with modern surveillance and monitoring platforms. With Bus Repeater support out to 16,000 feet and supervised 2A or 3A power supply options, the HS2LCD is built for large-scale, low-voltage security installations. Ideal for security integrators, property managers, and IT/physical security teams—upgrade to the DSC HS2LCD keypad to streamline installation, enhance monitoring, and strengthen access control across your facilities.

• Full-message LCD and English function keys speed operator response and reduce training time for security staff
• 4-wire hardwired connection (home run, daisy-chain, or tee-tap) simplifies installation and lowers labor costs
• Expandable hardwired zone inputs and programmable outputs let you scale monitoring and access control without replacing the panel
• Optional PowerG transceiver and fully encrypted communication protect alarm data and enhance tamper-resistant monitoring
• Bus Repeater support to place modules up to 16,000 ft from the main panel for flexible system layouts on large sites
• Supervised 2A or 3A power supply options support larger installations and ensure reliable low-voltage power delivery