Talkaphone ETP-MTE-OP3IP Wireless / PCS Eco Tower Mount

Deliver dependable emergency communications and expanded coverage with the Talkaphone ETP-MTE-OP3IP Wireless / PCS Eco Tower Mount. Designed specifically for emergency phone towers, this mount positions emergency telephones and related devices high above ground level to improve visibility, reduce response times, and extend radio coverage. The ETP-MTE-OP3IP supports wireless PCS networks and IP-based communications, enabling straightforward integration with modern security, surveillance and remote monitoring platforms.

Built for outdoor deployments, the tower mount features a weatherproof, vandal-resistant enclosure and corrosion-resistant finishes to protect equipment in harsh environments. Its streamlined mounting interface installs on standard tower structures and minimizes the need for trenching or extended cabling, lowering installation and lifecycle costs. The eco-minded design reduces visual impact while delivering reliable performance for campuses, transportation hubs, utilities and industrial sites.

Whether you’re upgrading an existing emergency phone network or specifying new site infrastructure, the Talkaphone ETP-MTE-OP3IP offers a practical, secure mounting solution that complements IP networking and wireless communication strategies. Contact our team to configure this tower mount for your emergency communication and safety monitoring project.

• Provides elevated, reliable emergency communications to expand coverage across campuses, parking facilities, transit hubs, and remote sites.
• Supports Wireless PCS and IP-based connectivity (ETP-MTE-OP3IP) for seamless integration with security, surveillance, and monitoring systems.
• Weatherproof, vandal-resistant tower mount protects emergency phones and ancillary devices in harsh outdoor environments, reducing downtime.
• Simplifies installation on standard tower structures to cut cabling, labor and deployment time for faster commissioning.
• Eco-conscious, low-profile design and durable finishes minimize visual impact and long-term maintenance costs.