SPC PRO
INDOOR DUAL-TECH SEISMIC AND SHOCK SENSORS
WHAT IS IT ABOUT?
SPC PRO is a range of stand-alone indoor intrusion detectors which employ the one-of-a-kind DEA Sensor Fusion (DSF) technology to protect doors, windows, walls and glass surfaces against break-in attempts.
WHERE IS IT EMPLOYED?
Depending on the model, SPC PRO detectors are employed on doors, windows, skylights, glass surfaces and different types of walls, including masonry and armoured concrete walls.
HOW DOES IT WORK?
SPC PRO seismic and shock detectors perceive the impacts and the vibrations generated by attempts of forcing, breaking through or drilling the protected structure. They employ two different sensitive elements: a PIEZO transducer and a MEMS accelerometer. The signals received by each transducer are fused and processed using intelligent adaptive algorithms: such algorithms enhance the key benefits of both of the technologies to assure the maximum reliability in any application.
WHAT DOES IT CONSIST OF?
The system is composed of five detectors: two for doors and windows (each of them available in a version with and without magnetic contact), two for walls and one for glass surfaces. Being stand-alone, the four detectors do not need any separate processing board and can be directly interfaced with any control panel.
THE MOST IMPORTANT ADVANTAGE
The DSF dual-tech technology – available in the detectors protecting doors, windows and walls – does represent the most important DEA Security’s innovation, the one which projects SPC PRO among the state-of-the-art intrusion detection systems.
As a matter of fact, relying on two distinct signal sources fused and processed by intelligent algorithms allow the new sensors to adapt to different applications and to operate in an unparralleled way.
DEA Sensor Fusion (DSF) is a signal processing technology employed in DEA’s latest generation intrusion detection systems. Its peculiarity is that it combines, in a single detector, two different types of sensitive elements: a PIEZO transducer and a MEMS accelerometer.
The data acquired from the two sources of signal are analysed using adaptive intelligence algorithms: these algorithms integrate this information, make real time decisions based on the knowledge implemented in the firmware and based on the environment perception.
The adjective which best describes the DSF technology is “holistic”, namely the functional sum of the two transducers, PIEZO and MEMS, is higher than the sum of their performance taken individually. In other words, DSF goes beyond the limits of these single technologies and, combining their key benefits, reaches an unmatched level of reliability.
Thanks to DSF, the new generation of DEA detectors are able to adapt to a greater variety of structures, materials and operating conditions, always keeping the highest performance. And all this without complex and boring calibration activities: in most cases it will be sufficient, during the first configuration of the system, to select the type of structure to be protected.
KEY BENEFITS
DEA Sensor Fusion technology
The new DSF technology developed by DEA Security combines, in a single seismic sensor, all of the benefits of a traditional Piezoelectric transducer with the advantages of a MEMS accelerometer. The outcome is a detector capable of the highest performance.
Smart analysis
The powerful CPU integrated in the detectors is able to execute sophisticated algorithms to discriminate the different attacks against the protected structure: burglary (low attacks), break (gross attacks), breaking through (single heavy attacks) and continuous vibrations (cutting or drilling with electric tools).
High-performance digital filters
All of the SPC PRO detector models employ a DSP microcontroller for the digital processing of the signals and high-performance filters.
No positioning constraint
All of the SPC PRO detectors can be installed in any plane and orientation, providing the maximum installation flexibility.
The detectors
SN-SPCP-FDR1(M) for doors and windows
SN-SPCP-FDR1M shock detector protects doors, windows, skylights and relevant glass surfaces against burglary, breaking through, drilling and opening. It employs tamper devices to signal removal, opening and magnetic masking attempts of the sensor. A model without magnet (part number SN-SPCP-FDR1) is also available.
Calibration and configuration of the detector are easily performed via a dedicated app for iOS and Android. By app it is possible to select one of the three default calibrations according to EN 50131-2-8 (window, wood and concrete) or to fine-tune the parameters related to the single attack modes (burglary, breaking through and cutting/drilling) or the sensor operation.
- Calibration and configuration via Wi-Fi mobile app
- Magnetic contact with anti-masking technology (FDR1M version)
- Tamper device detecting the case opening and the magnetic tamper events
- Anti-removal device which detects the removal of the sensor from the structure
- Easy calibration per type of structure and advanced custom calibration
- Multi-colour LED for alarm signalling and configuration activities
SN-SPCP-FDR1 is certified Security Grade 3 and Environmetal Class II of standard EN 50131-2-8.
SN-SPCP-FDR1M is certified Security Grade 3 and Environmetal Class II of standard EN 50131-2-8 e EN 50131-2-6.
IMQ-Sistemi di allarme certification (IMQ is Italian most important certification body and one of Europe’s top players in the field of conformity assessment).
SN-SPCP-FDR2(M) for doors and windows
SN-SPCP-FDR2M shock detector protects doors and windows against burglary, breaking through, drilling and opening. It employs tamper devices to signal removal and case opening attempts of the sensor.
Unlike FDR1 model, calibration and configuration of the detector are performed via DIP switches through which it is possible to select one of the three default calibrations according to EN 50131-2-8 (window, wood and concrete) or to fine-tune the parameters related to the single attack modes (burglary, breaking through and cutting/drilling) or the sensor operation.
- Calibration and configuration via DIP switches
- Anti-opening magnetic contact (FDR2M version)
- Anti-removal device which detects the removal of the sensor from the structure
- Tamper device which detects the sensor case opening
- Simplified calibration per type of structure and custom calibration
- Multi-colour LED for alarm signalling and configuration activities
SN-SPCP-FDR2 is certified Security Grade 3 and Environmental Class II of standard EN 50131-2-8.
SN-SPCP-FDR2M is certified Security Grade 3 and Environmental Class II of standard EN 50131-2-8 and Security Grade 2 and Environmental Class II of standard EN 50131-2-6.
IMQ-Sistemi di allarme certification (IMQ is Italian most important certification body and one of Europe’s top players in the field of conformity assessment).
SN-SPCP-FWL1 for walls and armoured structures
SN-SPCP-FWL1 seismic and shock detector protects walls and armoured structures against breaking, breaking through and drilling. It can be applied to different types of walls, including masonry, tuff, reinforced concrete walls and metal (e.g. vaults, safes and security cabinets). The detector employs tamper devices to signal removal, opening and thermal sabotage of the sensor.
Calibration and configuration of the detector are easily performed via a dedicated mobile app for iOS and Android. By app you can select three predefined calibrations (window, wood and concrete) in accordance with EN50131-2-8 standard or five custom presets, each of which optimized for a different type of structure: hollow bricks, reinforced concrete, tuff, safes and security cabinets. For each preset it is also possible to intervene up to the parameters related to the individual attack modes (breaking, breaking through and drilling).
- Calibration and configuration via Wi-Fi mobile app
- Protection of any type of masonry and armoured concrete wall
- Thermal tamper device
- Sensor anti-removal and anti-opening tamper
- Cable entry from each side and available interior compartment for cabling
- Simplified calibration per type of structure or advanced custom calibration
- Periodic functional self-test
- Operational test on external command from alarm control panel
- Multi-colour LED for alarm signalling and configuration activities
SN-SPCP-FWL1 is certified Security Grade 3 and Environmental Class II of standard EN 50131-2-8.
SN-SPCP-FWL2 for walls and armoured structures
SN-SPCP-FWL2 seismic and shock detector protects walls and armoured structures against breaking, breaking through and drilling. It can be applied to different types of walls, including masonry, tuff, reinforced concrete walls and metal (e.g. vaults, safes and security cabinets). The detector employs tamper devices to signal removal, opening and thermal sabotage of the sensor.
Calibration and configuration of the detector are performed via DIP switches through which it is possible to select three predefined calibrations (window, wood and concrete) in accordance with EN50131-2-8 standard or five additional presets, each of which optimized for a different type of structure: hollow bricks, reinforced concrete, tuff, safes and security cabinets.
- Calibration and configuration via Wi-Fi mobile app
- Protection of any type of masonry and armoured concrete wall
- Thermal tamper device
- Sensor anti-removal and anti-opening tamper
- Cable entry from each side and available interior compartment for cabling
- Predefined calibrations per type of structure
- Periodic functional self-test
- Operational test on external command from alarm control panel
- Multi-colour LED for alarm signalling and configuration activities
SN-SPCP-FWL2 is certified Security Grade 3 and Environmental Class II of standard EN 50131-2-8.
SN-SPC-GL for glass
Equipped with anti-removal tamper, magnetic anti-masking and resistor balancing of the output lines, SN-SPC-GL is the most reliable and comprehensive seismic sensor for glass break detection on doors, windows, glass facades and showcases.
Thanks to the digital sensitivity adjustment on four levels, the detector works best on any type of glass, including multi-layer and reinforced glass. It can be fixed to glass in any plane and orientation by means of the double-sided adhesive tape supplied with it. The malicious or accidental removal of the sensor is immediately signalled as tamper alarm.
- Calibration via DIP switches
- Compatible with any type of glass
- Anti-removal device which detects the removal of the sensor from the glass
- Automatic restore after alarm
- Simplified calibration on 4 sensitivity levels
- Multi-colour LED for alarm signalling and configuration activities
- Very low consumption
The service app
Detectors SN-SPCP-FDR1, SN-SPCP-FDR1M and SN-SPCP-FWL are equipped with a service app, which can be downloaded free of charge for iOS and Android mobile devices; this app enables you to configure and calibrate the detectors in a centralized way, using a Wi-Fi connection. Once connected, the app automatically recognizes the sensor model and displays the related configuration tools.
More deeply, referring to FDR1(M) sensor, by app you can calibrate the sensor by selecting one of the three default configurations (window, wood and concrete, as per standard EN 50131-2-8) or performing a custom calibration. In this last case it is possible to create a custom configuration and set, for each type of attack (low attacks, gross attacks and continuous vibrations), the following parameters:
- the detection sensitivity (adjustable for breaking through events, as well);
- the number of events triggering the alarm;
- the event reset time between one count and another;
- the coupling, the PIEZO/MEMS ratio coefficient.
By app it is also possible to:
- calibrate the magnetic sensor (SN-XS-FDRM sensor only);
- view in real-time the signal strength and the event counting;
- activate/deactivate the status LED and configure its behaviour;
- recognize the specific alarm event thanks to the explicative graphic icons.