Superior SeismoProtect G3 Fibra

Wired seismic detector with an additional shock sensor

High-security protection for valuables

Meet a Grade 3 protection for your valuables with Superior SeismoProtect G3 Fibra. It is designed to detect vibrations caused by drilling or cutting attempts and explosions. The detector also identifies physical force, such as bending or pushing, temperature changes near the enclosure, and quickly reacts to shocks and tilt. The advanced software algorithm analyzes all detected vibrations to filter out false alarms. Installation is easy and convenient, requiring no extra cost: everything an installer might need to do the job is included.

Discover future-proof hardware

Piezoelectric sensor detects drilling, cutting, explosions, bending, pressing attempts, etc.
Accelerometer detects shock and tilt
Flexible PCB detects enclosure drilling and cutting
Digital temperature sensor detects rapid heat rise
Self-test device checks the piezoelectric sensor condition
Tamper against detaching the detector from the surface
Tamper against enclosure disassembling
Spirit level to perfectly mount the device

Ajax technologies against false alarms

When the device detects vibration, the structure-borne sound is instantly processed by hardware and converted into a signal, which is analyzed and correlated by a software algorithm. This procedure helps promptly distinguish real threats from false alarms caused by a swinging door, repair or maintenance work nearby, and passing trains or large vehicles.

Configurable sensor sensitivity

The piezoelectric sensor can adapt to the conditions of a particular facility, considering the installation surface and potential sources of false alarms. The sensitivity level defines the set of markers by which false alarms are filtered. Low sensitivity makes the detector less likely to respond to an active construction nearby. A high sensitivity will trigger the alarm in case any vibration is detected.

All informative and centralized

The system instantly notifies users about alarms with critical alerts via the Ajax apps. Informative push notifications include alarm type, device name, facility name, and device room. The alarm of each sensor also has its code for the CMS to identify the alarm type. Using proprietary protocols, the Ajax system can transmit alarms to the PRO Desktop monitoring app or third-party CMS. Upon receiving an alarm, the operator knows exactly where to dispatch the rapid response unit.

The event log records the 500 most recent events within the system. The data is explicit with the device, time, and event description. It helps reconstruct the actual event and find the causes to obtain comprehensive information for an insurance company.

Self-test device

The self-test device is designed to check the operational state of the piezoelectric sensor by imitating vibrations. It automatically diagnoses the sensor once a day. The test can also be run manually at any time through the Ajax app. The event log immediately displays the test result with all the necessary info.

Advanced system supervision

The device performs automatic self-diagnosis and reports its status to the hub. Essential parameters, including tamper, communication, power supply, and sensor statuses, are continuously monitored. The Ajax Cloud server controls communication between the hub and Ajax apps, ensuring instant notifications for ARCs, security companies, and users. In case of any malfunction or communication failure, an engineer is informed immediately to provide necessary services.

Sabotage-resistant

Two tampers
The enclosure has two tamper buttons to alert if the device is detached from the surface or the front lid is removed.

Detection of enclosure being drilled or cut
The detector features a flexible PCB on the back of the front lid. It instantly detects enclosure drilling and cutting.

Temperature monitoring
The detector features a digital temperature sensor that detects cutting the device (e.g., with oxy-fuel welding equipment).

Protection against short circuit
The system instantly detects a short circuit on the line and notifies the security company and the users. And when the problem is fixed, there is no need to replace the fuses: the system will restore operation automatically.

Data encryption
All data the system stores and transmits is protected by a block cipher with a dynamic key. Encryption makes it extremely difficult to reprogram the device, replace or steal the data.

Device authentication against spoofing
The hub checks the device's unique parameters for authentication during each communication session. If any parameter fails the check, the hub ignores commands from the device.

Regular polling
The device regularly exchanges data with the hub. The system controls each device state and reports if there is a malfunction or connection loss.

Communication failure detection
The device regularly exchanges data with the hub. With maximum ping interval settings available (3 data packages once in 12 seconds), it takes only 36 seconds to identify communication loss and notify the security company and users about the incident.

Unique wired technology

Fibra is proprietary Ajax technology for secure two-way communication between devices and a hub or module that extends the Fibra line. Fibra features encryption and device authentication to prevent sabotage, spoofing, and data theft. The Fibra line supports all types of devices, including sirens, keypads, and detectors with photo verification.

Energy efficiency as a priority

Fibra communication requires minimum power consumption: the device consumes only up to 0.29 W at its peak. Fibra also follows the TDMA principle. Each device has a short time frame for exchanging data with a hub, and its communication module is inactive for the rest of the time. This significantly reduces power consumption and helps avoid interferences even when multiple devices communicate simultaneously.

Installation at no extra cost

The detector comes with everything an installer might need to do the job. Along with the device, the complete set includes a stainless steel mounting plate, a 1.5-meter armored 4-core signal cable, a self-test device, and an installation kit containing all the necessary fasteners.

Stainless steel mounting plate
Designed for installing the detector on a curved metal or reinforced concrete

Armored 4-core signal cable
Designed to safeguard hub-to-detector connection

Self-test device
Designed to check the piezoelectric sensor's operational state

PRO is king

The myth about wired systems being difficult to install is busted. Ajax minimized an expensive, long, and dusty experience for PROs by developing an ultimate set of tools to make the process easy and flexible, from project design to client support and system maintenance. There is no need to disassemble the device for installation. Intuitive Ajax apps help quickly make the device a part of the system, and each device can always be reconfigured remotely without site visits. No need for programmers — everything is available out-of-box.