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Please note that any tracking numbers provided from 29/03/24 will be dispatched on Tuesday 02/04/24. For technical queries please ring 0121 236 5012
Please note that any tracking numbers provided from 29/03/24 will be dispatched on Tuesday 02/04/24. For technical queries please ring 0121 236 5012

The Texecom Odyssey 3E brings a new dimension to style and performance for residential sounders. Incorporating Texecom's patented safety engineer hold-off mode for easy installation and using the same microprocessor technology as the high end Texecom Odyssey Series, the reliable and cost-effective Texecom Odyssey 3E proves to be the shape of things to come.

Texecom Odyssey 3E Outstanding features:

109dB Volume
IP44 Environmental Protection
Patented Safety Engineer Hold-off Mode
Advanced Microprocessor Technology
Screw and Wall Tamper
Polycarbonate Construction
Selectable SAB/SCB Mode
Strobe Tube Saver
Twin Alternating LEDs
G2 EN 50131-1, EN 50131-4

Patented Engineer Hold-off Mode

Installation and maintenance is made quick, simple and safe by a revolutionary patented safety engineer hold-off mode. On power-up the hold-off mode is automatically enabled, preventing the unit from sounding until the tamper circuit is secure. This enables "one trip up the ladder" installation Hold-off mode can be re-invoked at any time from the control panel, ensuring easy maintenance and verification.

IP44 Sealed Electronics Module

The advanced electronics of the Texecom Odyssey 3E are protected by a robust inner cover and terminal block cover assembly. This provides protection from all the elements ensuring reliability in harsh conditions. Removal of the main PCB cover is unnecessary during installation. Access to the wiring connectors is made easy by simply unclipping the small terminal cover thereby guaranteeing a totally safeinstallation.

Dual Tamper Detection

Lid and wall tamper detection is provided as standard. Wall tamper is derived from a fixing screw location, removing the need to drill additional fixing holes and providing optimum reliability.

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