OBELISK top3

Description of the OBELISK top3 App

The OBELISK top3 application is designed to provide users with a straightforward, efficient, and user-friendly method for programming digital time switches from Theben. This app is specifically tailored for the top3 series, which are the latest advancements in time-switch technology, replacing the widely-used and trusted top2 models.

Key Features and Benefits

The top3 app allows users to program their time switches directly from a smartphone or tablet. This process is not only simple but also quick and convenient. The programming data is then securely transmitted to the top3 time switch using a Bluetooth Low Energy dongle known as OBELISK.

One of the standout features of the top3 series is its enhanced performance, energy efficiency, and ease of use. These improvements make it an ideal choice for modern applications. For instance, Theben SELEKTA top3 astronomical time switches offer precise control over connected loads based on the natural cycles of sunrise and sunset.

The advantages of choosing the top3 digital time switches from Theben include:

• Convenient Programming: Easily manage your time switch programs through a free app available for smartphones and tablets.
• Intuitive Interface: Whether you prefer programming on a PC or laptop, or directly at the device, the interface ensures that you can do so intuitively.
• Cloud Integration: Store your time programs in the cloud and send them conveniently via email.
• Tamper-Proof Transfer: Ensure security by transferring your time switch programs securely via Bluetooth Low Energy OBELISK dongle.
• Backward Compatibility: The top3 series is fully compatible with top2 devices, making it easy to migrate your existing top2 accessories and programs to the new system.
• LED Optimization: Ideal for LED applications, with a redesigned zero-cross switching feature capable of handling up to 600W of LED output.

By leveraging the OBELISK top3 app, users can take full advantage of these innovative features, enhancing both the functionality and reliability of their time switch systems.