Dsc HSM2955 Neo Non-recording Audio Alarm

Product Description

The DSC HSM2955 is a non-recording audio alarm detector designed for use with Neo series security systems. It monitors ambient sound within a protected space and triggers an alarm response when audio levels exceed a defined threshold, without capturing or storing audio data. This makes it suitable for installations where privacy compliance is a priority. Licensed security technicians and alarm installers work with this device as part of a broader intrusion detection layout. The unit ships as a single item and is intended for professional installation in residential or light commercial environments.

The HSM2955 is used in applications where audio-based detection supplements or replaces traditional motion or vibration sensing. Typical installations include offices, retail spaces, and residential properties protected by DSC Neo panel systems. It is well suited for areas where glass break or impact sounds need to be detected without the legal or privacy concerns associated with audio recording devices.

Key Features

• Non-recording design addresses privacy compliance requirements in audio detection applications
• Compatible with DSC Neo series security panels
• Audio alarm detection triggers system response based on sound threshold
• Single unit per package supports straightforward deployment
• Suitable for both residential and light commercial security layouts

Compatibility

Designed for use with DSC Neo series security systems. No additional compatible model numbers or replaced part numbers were specified in the product data.

Installation Notes

Installation should be performed by a licensed security or low-voltage alarm technician in accordance with local codes and the DSC Neo system documentation. Power down or disarm the panel before wiring or mounting the detector. Mount the device according to the manufacturer placement guidelines to ensure effective audio coverage of the protected zone. Do not install in areas with excessive ambient noise that could produce false triggers.