Menu
TANDA Traceable Fire Alarm System
Traceable Control Panels
TR-100
Traceable Fire Alarm Devices
TR91-02
- +44 345 116 2945
- 80 COLEMAN STREET LONDON EC2R 5BJ
TR100 series TANDA Traceable Fire Alarm Control Panels are designed to trace the exact location of a fire, detect multiple fires that coincide simultaneously when they work with TANDA TR91 series traceable detectors, and can be integrated with conventional detectors without interfering with their operation.
TR100 series TANDA traceable FACP can manage multiple zones, each zone capable of connecting to 25 traceable smoke and heat detectors. These detectors can pinpoint the precise location of fires in sequence, providing a significant advantage in large-scale or complex buildings where quick identification of a fire’s origin is critical.
TR9-102 TANDA traceable smoke detector is an advanced fire safety device designed to provide precise location tracking in the event of a fire to enhance safety measures in various environments. It represents the pinnacle of detection technology, ideally suited for a broad range of applications. Its exceptional linear response to diverse smoke patterns ensures compliance with the sensitivity requirements of EN 54 Part 7, the European Standard. Designed with an eye for aesthetics, the detector’s sleek and discreet profile harmonizes with contemporary architectural styles.
At the heart of the unit lies a sophisticated processor, equipped with an Algorithm Map, integrated A/D Converter, Drift Compensation, Self-Diagnosis, and a comprehensive History Log. This intelligent system facilitates secure and rapid communication, empowering the detector with autonomous decision-making capabilities that enhance overall automation.
In critical fire situations, the embedded microprocessor meticulously analyzes incoming signals based on intensity and progression rate. It then cross-references this data with established fire scenarios and smoke pattern algorithms to deliver a prompt and reliable response. Upon verification of a fire event, the detector’s LED indicator illuminates to reflect the sensor’s status, simultaneously transmitting a communication signal to the control panel.
The TR91-02 Designed to work with traceable function seamlessly with specific T100 series TANDA fire alarm control panels, and with conventional function with any third-party conventional detectors or fire alarm control panel avoiding a unique compatibility issue.
TR9-103 TANDA traceable smoke detector is an advanced fire safety device designed to provide precise location tracking in the event of a fire to enhance safety measures in various environments. It represents the pinnacle of detection technology, ideally suited for a broad range of applications. Its exceptional linear response to diverse smoke patterns ensures compliance with the sensitivity requirements of EN 54 Part 5, the European Standard. Designed with an eye for aesthetics, the detector’s sleek and discreet profile harmonizes with contemporary architectural styles.
At the heart of the unit lies a sophisticated processor, equipped with an Algorithm Map, integrated A/D Converter, Drift Compensation, Self-Diagnosis, and a comprehensive History Log. This intelligent system facilitates secure and rapid communication, empowering the detector with autonomous decision-making capabilities that enhance overall automation.
In critical fire situations, the embedded microprocessor meticulously analyzes incoming signals based on intensity and progression rate. It then cross-references this data with established fire scenarios and smoke pattern algorithms to deliver a prompt and reliable response. Upon verification of a fire event, the detector’s LED indicator illuminates to reflect the sensor’s status, simultaneously transmitting a communication signal to the control panel.
The TR91-03 Designed to work with traceable function seamlessly with specific T100 series TANDA fire alarm control panels, and with conventional function with any third-party conventional detectors or fire alarm control panel avoiding a unique compatibility issue.