Honeywell Home Intrusion 5800SS1 Wireless Shock Sensor

Product Description

The Honeywell Home Intrusion 5800SS1 is a wireless shock sensor designed to detect impact and vibration events on doors, windows, walls, and glass surfaces. It transmits an RF signal to a compatible wireless receiver or security panel when a qualifying shock event is detected. The 5800SS1 is a battery-operated, self-contained device that eliminates the need for hardwired connections at the sensing point. Security installers and alarm technicians install this sensor as part of a perimeter intrusion detection system in residential and light commercial applications.

The 5800SS1 is suited for installation on doors, window frames, glass panes, walls, and other structural surfaces where forced-entry detection is needed. It is commonly deployed in residential homes and small commercial facilities as part of a broader wireless security system. The sensor operates within the wireless frequency range supported by compatible Honeywell Home RF-based security panels and receivers.

Key Features

• Wireless RF transmission eliminates hardwired runs to the sensing point
• Detects shock and vibration events on doors, windows, and glass surfaces
• Battery-operated for straightforward installation without local power wiring
• Compact form factor suitable for surface mounting on standard building materials
• Compatible with RF wireless security panel ecosystems

Compatibility

Designed as an OEM-style wireless shock sensor for use with compatible Honeywell Home RF wireless security panels and receivers. Confirm panel RF compatibility before installation.

Installation Notes

Installation is typically performed by licensed alarm or low-voltage security technicians. Disarm and power down the security panel before enrolling or replacing wireless sensors. Follow the panel manufacturer enrollment procedure to register the sensor transmitter ID. Mount the sensor per the manufacturer placement guidelines to ensure reliable shock detection and avoid nuisance alarms from normal vibration sources.