- With built-in PowerG Wireless Transceiver
- Available in three display options: Full message 2x16 character LCD, ICON
- Blue display on LCD & ICON versions
- Large, white backlit keypad buttons
- I/O for either zone or programmable output
- 5 programmable function keys
- 3 Separate panic keys
- Low-temperature sensor
- Adjustable backlight and keypad buzzer
- Multiple door chimes per zone
- Connects to control panel Corbus via 4 wires
- 1 configurable zone input or PGM output
- 8 Partition support
- 6 languages
- Front and rear mount tamper
- Wire channel
- Wall mount tamper
- Easy-to-install mounting hinge
- Surface or single-gang box mount
- Ready (Green LED), Armed (Red LED), Trouble (Yellow LED), AC (Green LED)
- Backed by DSC's 1-year limited manufacturer's warranty
DSC Neo Full Message LCD Hardwired Keypad with PowerG Transceiver, Icon
The DSC HS2LCDRF9 is an LCD hardwired alarm keypad and built-in PowerG wireless transceiver that is compatible with DSC PowerSeries Neo control panels. The HS2LCDRF9 is a full-message keypad that supports up to 128 wireless zones (and 32 wireless keys on the HS2128 version without taking up a wireless zone slot) with global partition status and 32-character programmable phrases.
The HS2LCDRF9 keypad is easy to use with adjustable backlit keys for low-light situations and five programmable keys for simple one-button activation of system functions. The door chime function allows for multiple pre-programmed chimes to identify specific zones. Customizable keypad features include an input/output terminal that can be programmed to operate as a zone input, a programmable output, or as a low-temperature sensor. The quick exit function avoids having to disarm and rearm the system every time an occupant leaves the premises.
Mount the HS2LCDRF9 keypad which is accessible from designated points of entry and exit. The keypads' integrated temperature sensor can be programmed to activate when room temperature dips below 43°F (6°C) and restores at 47°F (8°C). Built-in logic prevents the panel from cycling in and out of alarm mode during minor temperature fluctuations, helping to reduce false alarms.
