Multi Sensor

TFD-1270

GENERAL SPECIFICATIONS
- Conforms to EN 54-7 and EN54-5 Standards
- Detects smoke particles in the environment via Light Scatter principle
and generates alarm
- Detector is A2S class and gives alarm at 55oC
- Addressability with TFCM-1801 Device Programming-Addressing module
(optional)
- 240 Detector addressing in each loop
- 2 LED indicators enabling viewing from all directions
- Two different colors of indication by LEDs to individually display error
and alarm conditions (Blue/Red)
- LEDs which indicate operation of detector can be optionally deactivated
- 3 different detection sensitivity adjustable from the control panel and
configuration software (High, Medium, Low)
- Metallic cage and special protection circuit elements to increase EMC
and LVD resistance and to prevent associated faulty alarms

- Special software algorithms to eliminate sudden dust, smoke, etc.
external factors that may result in faulty alarms
- Metallic cage preventing entrance of bugs, flies and foreign objects into
detector sensing chamber
- Adaptive protection preventing faulty alarms by sampling the
environment continuously
- Advanced pollution algorithm that continuously measures pollution
level and warning the user from detector and panel screen for stabile
and accurate operation
- Day/Night operation modes that can be programmed automatically or
by user for alarm verification
- Magnetic test feature enabling easy testing (Magnet test)
- Insert type contact structure eliminating non-contact problems
- Parallel indicator light connection option
- Easy to clean smoke chamber
- Aesthetic and elegant design fits any environment
- Label apparatus that can be installed to the bottom of detector for easy
viewing of detector address by technical personnel (Optional)

Other Informations

TFD-1270 Addressable optical smoke + heat detector uses combination of optical and temperature detection
technologies to sense fire.
Addressable Optical Smoke + Heat Detector uses genuine smoke chamber perfected by Teknim engineers
through long term fluid mechanics and optic refraction tests. Fire is detected by optical sensing technology. It
has a series of algorithms developed to minimize erroneous detections and to provide pollution warning. It
enables a flexible operation via configuration options provided on the panel. Sensitivity levels are adjustable.
Smoke chamber can be easily removed for cleaning in case of possible pollutions in excessively dusty
environments.

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