Why does 'SERVICE' flash on the display of my Theben TR top2?
The 'SERVICE' indicator flashes on the display because the preset number of operating hours for relay activation has been reached. To resolve this, you need to reset the operating hours counter.
What to do if OBELISK top2 Theben Timer does not start when inserting?
The OBELISK top2 might not start due to several reasons. First, check if a PIN is activated and deactivate it. If you have forgotten the PIN number, contact Theben hotline. Second, ensure that the time switch is in auto mode. If not, return to auto mode using the ESC push button.
What to do if OBELISK top2 displays ERROR on Theben TR top2 before overwriting?
The 'ERROR' message appears because the OBELISK top2 is either not programmed for your specific time switch or contains unreadable data. You can rewrite the OBELISK top2 by copying data from the time switch to the OBELISK top2. Alternatively, use the OBELISK top2 software to configure the necessary settings and load a program that matches your time switch type into the OBELISK top2.
Why do the switching times entered become active every day at a different time on my Theben Timer?
The switching times may be occurring at different times each day because a random program is activated. This program causes the switching times to be randomly displaced by up to 20 minutes. To fix this, end the RANDOM function in the MANUAL menu.
How to fix sum-win changeover if it does not work correctly in Australia on Theben TR top2?
The changeovers in the Southern Hemisphere operate in the opposite manner. To correct this, use the free setting. For the sum-win changeover, select a date from the first half of the year (e.g., March). For the win-sum changeover, select a date from the second half of the year (e.g., October).
Why hour setting 11:00 pm for sum-win "free setting" and "fixed date" is not possible on Theben Timer?
The 11:00 pm hour setting isn't possible for the sum-win changeover with "free setting" and "fixed date" because day transfer is not permitted for the sum-win changeover (time change forwards or backwards). As a solution, select sum-win changeover at 10:00 pm or 00:00 midnight.
General| Display | LCD |
|---|---|
| Mounting | DIN rail |
| Operating Voltage | 230 V AC |
| Protection Class | IP 20 |
| Automatic Summer/Winter Time Correction | Yes |
| Type | Digital |
| Channels | 1 |
| Switching Capacity | 16 A / 250 V AC |
| Frequency | 50/60Hz |
| Ambient Temperature | +55 °C |
| Timer Range | 1 min |
| Operating Temperature | +55°C |
Overview of the TR top2 (35 mm) time switch model.
Overview of the TR top3 (35 mm) time switch model.
General description of the display and user interface elements.
Instructions on how to operate the time switch functions.
Details on connecting wires to the spring terminals.
Explains the dynamic text line displays in auto mode.
Description of the graphical bar display for time segments.
How to use auto, manual, and permanent switching modes.
Programming, querying, changing, and deleting switching times.
How to verify programmed switching times.
Procedures for modifying existing switching times.
Steps to remove programmed switching commands.
How to program short pulse switching commands.
How to program cyclical repetitive switching sequences.
Setting and adjusting the current time.
Setting and adjusting the current date.
Configuring automatic summer/winter time changeover.
Setting the weekday number allocation.
Selecting the preferred date display format.
Selecting the preferred time display format (24h/AM-PM).
Setting permanent ON or OFF states for channels.
Activating manual ON switching for a channel.
Using the hourglass sequence timer function.
Programming holiday periods with ON/OFF or random switching.
Activating random switching patterns.
Monitoring and managing device operating hours.
Configuring external input functions like switches or push buttons.
Adjusting the display backlight settings.
Changing the device's display language.
Setting a PIN code to lock the keypad.
Resetting the device to its original factory configuration.
Displaying device information like production year and software version.
Understanding the hierarchy of switching command priorities.
Storing the OBELISK memory card within the time switch cover.
Procedures for copying programs between OBELISK card and time switch.
Navigating and using the OBELISK memory card menu.
Initiating a program from the OBELISK memory card.
Using PC software to create and manage OBELISK programs.
Details on what data can be transferred via OBELISK.
BLE communication, app symbols, and interface settings like language.
Creating, editing, duplicating, and transferring projects between app and device.
Defining and managing switching times via list or graphical interface.
Manual commands, time/date sync, holiday programs, and operating hours.
Using pulse programs for smooth sequence of class/working times.
Controlling access with time-controlled locking systems.
Automatic time-controlled irrigation systems for lawns.
Hygienic flushing cycles for urinals based on time control.
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