FN-TG01S Button or Sensor Triggered Audio Player with 25W*2 Stereo Amplifier

FN-TG01S Button or Sensor Triggered Audio Player with 25W*2 Stereo Amplifier

FN-TG01S is a high quality button or sensor triggered audio player launched by Flyron Technology Co., Ltd. It’s very flexible to use a button/relay/PIR sensor/photoelectric sensor/proximity sensor(metal sensor), etc. to activate the sound. Also it provides many different types of trigger modes (functions) to meet different requirements. With the distinctive features of flexible to work with a button or sensor, multiple trigger modes available (multifunctional), and simple wiring and easy to use, it’s possible to have it used in different kinds of applications such as museums, stations, exhibition halls, animatronics, CCTV systems, industrial control systems, security equipment, smart workshops, etc.

Features

1). Able to work with a button or normally open relay switch.

2). Able to work with a PIR sensor, photoelectric sensor, proximity sensor (metal sensor), etc.

3). Built-in high quality MP3 audio decoder.

4). Built-in 16MBytes flash memory and supports max. 32GB micro SD card.

5). Equipped with a type-C USB connector, and load audio files to the internal flash memory/micro SD card directly via USB connection to computer.

-The internal flash memory or micro SD card works as a USB flash drive on computer. No need any software/program.

6). Equipped with a class D 25watt x 2 stereo amplifier that can drive max. two 25watts (4-8 ohms) speakers directly for left and right channels.

7). 10 types of trigger modes available to choose according to actual needs.

8). Set a trigger mode easily in a config file (.txt file).

9). Adjustable sound volume through the volume knob for the speaker output.

10). Equipped with a 3.5mm audio jack for stereo output that can drive an earphone directly or connect to an external amplifier.

11). Able to drive an external equipment like a warning light simultaneously when it is playing a sound.

12). Uses a metal enclosure that is solid and durable.

Technical Parameters

1). Working voltage: DC 12V-24V

2). Working current: ≥4500mA @12V (when it has two 25W speakers, and external load/warning light is not connected)

≥2250mA @24V (when it has two 25W speakers, and external load/warning light is not connected)

3). Output current to an external load/warning light: ≤1000mA

4). Power consumption: ≤50W ( (external load/warning light not included))

5). Internal flash memory size: 16MB

6). Audio format: MP3

Dimensions

Connections

1. Working with a Normally Open Button/Relay Switch

2. Working with a PIR Sensor

Note: The PIR sensor needed is the one that is able to output low-level signal (0V) to trigger the player and it can run on 12-24V DC. If you want to use a PIR sensor that outputs high-level signal (3.3V or higher) to trigger the player, please contact us first and we’re open to customize another version of the player for you.

3. Working with a Photoelectric Sensor/Proximity Sesnor (metal sensor)

Note: The photoelectric sensor/proximity sensor (metal sensor) needed is a NPN type and it can run on 12-24V

DC. If you want to use a PNP type to trigger the player, please contact us first and we’re open to customize another version of the player for you.

Trigger Modes

There are 10 trigger modes available for users to choose according to the actual needs. Please refer to the below sheet about the details.

Number in Config File	Corresponding Trigger Mode	Explanatory Note
0	Play next audio file	In this mode, if there is only one audio file, it’ll always play the same audio file after each activation. If there are multiple audio files, it’ll always play next audio file after each activation. During playback, the audio file can’t be interrupted. This mode can be used for a self reset button, PIR sensor, photoelectric sensor, or proximity sensor (metal sensor).
1	Level hold for loop playback	In this mode, a button must be held or a sensor must be kept sending signal to the trigger for audio file to complete. The audio file will only play back while the button is held or the sensor is kept sending signal. During playback once the button being held is removed or the sensor stops sending signal, the playback will be stopped/canceled. Once the button is kept holding or the sensor is kept sending signal, when the playback of the audio file is finished, it will start to play it repeatedly(loop playback). This mode can be used for a self-locking button, photoelectric sensor or proximity sensor (metal sensor).
2	Level hold for playback once	The same as the mode “1”above. The only difference is that once the button is kept holding or the sensor is kept sending signal, when the playback of the audio file is finished, it will stop. This mode can be used for a self-locking button, photoelectric sensor or proximity sensor (metal sensor).
3	Pulse interruptible	In this mode, short press the button to start playback. It is possible to interrupt the playback by pressing the button again. Once playback is interrupted, it will automatically restart the audio file immediately. This mode can be used for a self reset button.
4	Pulse uninterruptible	In this mode, short press the button or a sensor sends a momentary signal to start playback. Once an audio file is triggered, the audio file will not be able to beinterrupted/canceled during playback. The playback will only end when the audio file has played its entirety. This mode can be used for a self reset button, PIR sensor, photoelectric sensor or a proximity sensor (metal sensor).
5	Play multiple audio files in order (interruptible)	In this mode, the button is associated with a folder “01”. In this folder it is possible to store multiple audio files (for example from “001.mp3”to “030.mp3”). Short press the button to play audio file “001.mp3”, and short press again to play the next audio file “002.mp3”, and so on. When the last audio file finishes playing, short press the button again to go back to play the audio file “001.mp3”. During playback, if the buttonis pressed again, the playback will be interrupted and it will playnext audio file automatically. This mode can be used for a self reset button.
6	Play multiple audio files in order (uninterruptible)	The same as mode “5”above, but during playback, if the the buttonis pressedagain or the device is triggered again by the sensor, the playback will be uninterrupted. This mode can be used for a self reset button, PIR sensor, photoelectric sensor or a proximity sensor (metal sensor).
7	Play multiple audio files at random (interruptible)	In this mode, the button is associated with a folder “01”. In this folder it is possible to store multiple audio files (for example from “001.mp3”to “030.mp3”). Short press the button to play an audio file at random. During playback, if the buttonis pressedagain, the playback will be interrupted and it will play another audio file at random automatically. This mode can be used for a self reset button.
8	Play multiple audio files at random (uninterruptible)	The same as mode “7”, but during playback, if the the buttonis pressed againor the device is triggered again by the sensor, the playback will be uninterrupted. This mode can be used for a self reset button, PIR sensor, photoelectric sensor or proximity sensor (metal sensor).
9	Autoplay and insert mode	In this mode, audio file(s) stored in the folder “00”will automatically play in a loop when power is applied. A button or a sensor, which is associated with the audio file “001.mp3”saved in the root directory, can interrupt it and switch to play the associated audio file “001.mp3”. Once the associated audio file “001.mp3”finishes the playback, the audio file(s) stored in the folder “00”will continue to play in a loop. This mode can be used for a self reset button, PIR sensor, photoelectric sensor or a proximity sensor (metal sensor).