Farenheit Technologies TID-320T Goto Function, Fast Forward and Backward, Repeat, Random

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GOTO Function

Long press AUDIO/GOTO button on remote control to show GOTO menu, use 0-9 to input track/ time to go to directly.

Fast Forward and Backward

Press the /buttons and hold for two seconds to select the fast playing in backward or forward in 2 times, press and hold for two seconds again for 4times, repeat this operation for 8 times => 20 times => play. Press the PLAY/PAUSE button to return to normal playback.

Note: During the Memory card or USB playback when Fast backward or forward gets to the beginning of the playing another track, it resumes normal playback.

Repeat

Press the RPT button on remote control for REP 1 (repeat the current playing file) => REP DIR (repeat current folder) => REP ALL (repeat all folders) => REP OFF.

Repeat A-B Function

1.Press A-B button on the remote at the starting point of the section you want to repeat (point A).

2.Press A-B button again at the ending point of the section you want to repeat (point B). Section A-B repeating starts.

3.Press A-B button again to cancel the A-B repeat function.

Random

Press the RDM button on remote to play all song tracks in random order.

Note: This function is only for audio files.

Intro Playback

Press the INT button on remote to play the beginning of every track for 10 seconds in sequence. Press again to cancel INT play.

Note: This function is only for audio files.

Programming the Playback

1.Press PROG button on the remote open program menu.

2.Use/// buttons to select the program position and use digit 0-9 buttons to select the desired track.

3.Press PLAY/ PAUSE button to program play, or move the cursor to select PLAY and press ENTER button on remote or OK button on front panel to play.

4.Move the cursor to CLEAR on program menu, press ENTER button on remote or OK button on front panel to delete the programmed list.

5.Press PROG again to cancel program play.

Return Function (For video files and pictures only)

During playback of a video file or picture, press STOP button to return to the file list menu.

Selecting Different Audio Modes (only for MP4 files)

Press AUDIO button on the remote repeatedly to select the audio language.

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Contents TID-320/ TID-320T Table of Contents Important Safeguards Accessories Un-installation Installation/Un-InstallationInstallation TV Antenna is for TID-320T only Wiring ConnectionsUsing the ISO Connector Location FunctionDetaching the control panel Detachable Control PanelPanel Controls Attaching the control panelInner Panel IR Remote Control Replacing the BatteryGeneral Operations Picture Menu Menu SettingsAudio Menu Digital Tuner Driver Safety FunctionManual/ automatic tuning On-Screen Display OSDUSB Flash Memory Preset station 1-6 play and settingAS Auto Store / PS Preset Scan Memory CardRepeat Goto FunctionFast Forward and Backward Repeat A-B FunctionDiscs operations Stop Playing/pausingLoading a disc Playing the previous/ next track/ chapterIntro playback for CD/VCD discs Repeat playbackRandom playback for CD/VCD/MP3 discs PBC Playback Control function for VCD onlyMP3 overview Audio Auto program Auto seek mode SystemManual program manual seek mode Storage SearchCompatible Files Setup MenuSystem Setup Language Setup Audio SetupOther functions Video SetupDigital setup Anti-theft systemPage Troubleshooting guide Symptom Cause SolutionSpecification

TID-320, TID-320T specifications

Fahrenheit Technologies has garnered attention in the tech industry with its innovative offerings, particularly the TID-320T and TID-320 models. These high-performance thermal imaging devices are designed to meet the diverse needs of professionals across various sectors, including construction, maintenance, and emergency services.

The TID-320T and TID-320 share several key features that set them apart from conventional thermal cameras. Both models are equipped with a high-resolution thermal sensor, providing crisp and clear imaging with a sensitivity that captures even the slightest temperature variations. This capability is essential for professionals who rely on precision, such as electricians diagnosing circuit issues or HVAC technicians identifying elusive air leaks.

One of the standout characteristics of these cameras is their ease of use. The user-friendly interface ensures that even those new to thermal imaging can quickly adapt and benefit from the technology. The devices come with a bright, high-contrast display that allows for easy visibility in various lighting conditions, ensuring that users can access critical data without straining their eyes.

Fahrenheit Technologies has also focused on connectivity features in the TID-320T and TID-320 models. Users can easily share thermal images and data through built-in Wi-Fi and Bluetooth capabilities, making collaboration with colleagues a breeze. This connectivity extends to mobile devices, where users can utilize dedicated applications to analyze and manage their thermal images effectively.

Another impressive aspect of both models is their rugged construction. Designed for durability, the TID-320T and TID-320 can withstand harsh environments, whether it’s extreme temperatures, moisture, or dust exposure. This resilience ensures that users can rely on their equipment in demanding situations without fear of compromise.

In addition to their robust build, these thermal cameras are equipped with various intelligent features that enhance their functionality. Modes such as Picture-in-Picture allow users to overlay thermal images with visible light images, offering a comprehensive view of the area being assessed. Additionally, thermal analysis functions enable users to generate reports, helping streamline documentation and decision-making processes.

In conclusion, Fahrenheit Technologies' TID-320T and TID-320 models represent an excellent blend of innovation, user-friendliness, and ruggedness. With their high-resolution sensors, connectivity options, and intelligent features, these thermal imaging cameras provide unmatched assistance for professionals needing reliable and precise thermal analysis.