Sabre HS-RL-DWA2 Wireless Door Window Alarm

Product Description

The SABRE HS-RL-DWA2 is a wireless door and window alarm designed to alert occupants when a protected entry point is opened or disturbed. The unit operates without wired connections, making it straightforward to deploy on standard doors and windows in residential or light commercial settings. It functions as a standalone perimeter alert device, providing an audible signal when the sensor is triggered. Security installers, facility maintenance technicians, and knowledgeable DIYers typically handle installation. At 0.269 pounds, the unit is compact and lightweight for easy surface mounting.

The HS-RL-DWA2 is suited for use on hinged doors, sliding doors, and windows where a simple, tool-minimal intrusion alert is needed. It is commonly deployed in residential homes, apartments, and small commercial spaces as a first-line entry notification device. No low-voltage wiring or central panel integration is required, which makes it a practical standalone option for locations where running wire is not feasible or cost-effective.

Key Features

• Wireless design requires no wiring or control panel integration
• Compatible with standard hinged and sliding doors and windows
• Compact and lightweight at 0.269 pounds for easy surface mounting
• Audible alarm triggered on entry point opening or disturbance
• Sold individually for flexible single-point or multi-point deployment

Compatibility

Designed as a standalone wireless alarm sensor for standard residential and light commercial doors and windows. No specific panel or system integration is required.

Installation Notes

Installation is typically performed by a security technician or qualified installer, though the wireless design makes self-installation practical in many cases. Mount both the alarm body and the magnet component to clean, dry surfaces following the manufacturer alignment guidelines. No electrical shutoff is required for installation. Ensure mounting surfaces are free of debris and that the gap between sensor and magnet meets the specified trigger distance before finalizing placement.