RF DEACTIVATOR PROTOCOL
1. OPERATIONAL RANGE
This function is intended exclusively for Radio Frequency (RF) label tags (stickers).
Why so close?
The current model does not feature a "feedback" function (tag status verification). Using the device at a distance of 3–5 cm ensures 100% destruction of the tag's circuit within 1-2 seconds.
2. OPERATIONAL TECHNIQUE
Correct positioning of the device relative to the tag is critical. The deactivator antenna is not centered; it is offset toward the back cover.
THE "BLIND SIDE"
The impact should be delivered using the "blank" side of the chassis — the side where the digital battery screen is absent.
- The antenna is located as close as possible to the back wall.
- Hold the device parallel to the plane of the tag.
- Do not attempt to deactivate through the screen side — effectiveness will be zero.
3. MODE ACTIVATION
The high-power emitter can be launched in two ways.
In the main control menu, press the red button RF tag deact
This will disable all active suppression modes and switch the device to "tag killer" mode.
Use this method if the phone is unavailable.
HOW TO DEACTIVATE?
The mode remains active until you disable it manually:
- By pressing the button again in the phone menu.
- By one long press (2-3 sec) of the physical button on the chassis.
4. RELIABILITY AND PERSPECTIVES
ENGINEERING BRIEF
The current version of the device has undergone extensive field testing on a vast array of different tags. All are guaranteed to fail (the oscillating circuit capacitor burns out) within 1–2 seconds when located within a 5 cm radius of the back cover.
The Future of Technology:
We are currently developing a separate specialized device (not a jammer). This will be a narrow-profile instrument exclusively for deactivation, featuring:
- Increased operational radius.
- Smart-Scan function: searching for and verifying tag activity (you will know exactly that the chip has "burned out" and the signal has vanished).