2GIG TAKE1E-345 eSeries Encrypted 8-Zone Wireless Takeover Module

Bring existing hardwired intrusion loops into a modern, encrypted wireless security architecture without replacing sensors. The 2GIG TAKE1E-345 eSeries Encrypted 8-Zone Wireless Takeover Module converts up to eight dry-contact inputs into eSeries encrypted wireless zones, enabling secure alarm, surveillance and monitoring integration with 2GIG GC2e, GC3e and Edge panels. With a compact bracket-mount form factor and the ability to stack multiple modules, installers can scale coverage quickly, reducing labor and downtime during retrofits.

Designed for commercial and multi-site deployments, the TAKE1E-345 reports fault/restore, tamper and input-voltage status to maintain system integrity and meet professional monitoring requirements. It operates on 9–16 VDC (50 mA) and provides an open-air wireless range of up to 350 feet for reliable signal transmission across larger properties. eSeries encryption protects zone communications from spoofing and unauthorized access, ensuring encrypted wireless takeover with minimal operational disruption. Ideal for upgrading legacy intrusion panels and simplifying surveillance and monitoring upgrades—contact sales or add to your next installation to modernize legacy alarm systems.

• Retrofit legacy systems without replacing sensors: convert up to eight hardwired dry-contact loops into eSeries encrypted wireless zones to preserve existing investments and speed deployment
• Strong, tamper-aware supervision: reports fault/restore, module tamper and input voltage for reliable security monitoring and peace of mind
• Scalable, installer-friendly design: stack multiple modules on a single eSeries 2GIG panel (GC2e, GC3e, Edge) to expand systems without complex rewiring
• Low-power, panel-powered operation: runs on 9–16 VDC (50 mA) from the control panel or a 12 VDC supply to reduce maintenance and eliminate module batteries
• Long-range wireless communication: up to 350 ft open-air range for dependable connections across larger properties and multi-building sites