SAMD

SAMD

  • Automatic Detection of Weapons hidden in shoes and simultaneous discrimination of shoe metal components
  • Fast, non-intrusive and effective
  • Increase in Screening Throughput
  • Conforms to European Detection Requirements for Airport Security

SAMD

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Product Specifications

Acoustic Alarm 90 dBA at 1 m
Alarm Indication Optical and acoustic alarm
Analysis Time Approximately 2 seconds
Applications Airports / aviation security / high-security checkpoints / passenger screening / government facilities / critical infrastructure
Compliance Designed to comply with applicable European airport-security and metal-detection requirements
Control Unit Dimensions 380 × 157 × 82 mm
Control Unit Weight 1.5 kg
Controller Protection IP20 standard enclosure
Detection Capability Metallic weapons concealed in shoes while discriminating against normal metallic shoe components
Detection Method Non-intrusive walk-over screening
Detection Technology Low-frequency electromagnetic metal detection with digital signal processing
Discrimination Exceptional discrimination of normal shoe metal components
False Alarm Reduction Can reduce the number of shoes requiring manual examination by up to 10 times or more according to CEIA
Installation Automatic adaptation to environmental parameters without initial or periodic calibration
Key Advantage Allows passengers to keep their shoes on while automatically checking for concealed metallic weapons. reducing unnecessary secondary screening and improving checkpoint throughput
Magnetic Media Safety Safe for magnetic data media such as floppy disks and magnetic tapes
Manufacturer CEIA
Operating Temperature -20°C to +70°C
Optical Alarm Visibility Up to 6 m at 4000 lux
Parameter Protection Programmable parameters can be password protected
Passenger Throughput Designed for high passenger flow and rapid supplementary screening
Power Supply 115/230 VAC ±15% 50–60 Hz 30 VA
Primary Application Automatic screening of passengers' shoes for concealed metallic weapons without removing footwear
Product Name CEIA SAMD®
Product Type Shoe and Lower-Leg Metal Detector / Shoe Scanner
Radiation No ionizing radiation; uses low-frequency electromagnetic fields
Random Alarm Programmable random alarm function for supplementary inspection requirements
Relative Humidity 0–95% non-condensing
Remote Control Full remote control through RS-232C serial interface
Safety Declared safe for pacemaker wearers users of life-support devices. sick persons and pregnant women
Scanner Dimensions 546 × 605 × 970 mm
Scanner Weight 60 kg
Security Levels Chip-card system for direct selection of security levels according to international standards or customer requirements
Storage Temperature -35°C to +70°C
Synchronization Automatic synchronization between multiple units installed as close as 1 m apart without cables

SAMD

  • Automatic Detection of Weapons hidden in shoes and simultaneous discrimination of shoe metal components
  • Fast, non-intrusive and effective
  • Increase in Screening Throughput
  • Conforms to European Detection Requirements for Airport Security

The CEIA SAMD® Shoe Metal Detector is designed to overcome the inconvenience currently experienced in examining passengers’ shoes.

At the very high Security Levels today required for Walk-Through Metal Detector inspection, a percentage of shoes containing significant metal masses causes the Walk-Through Metal Detector alarm, thus requiring additional/supplementary screening. Metal masses still cause alarms during transit and therefore have to be examined by security. This may cause inconvenience to passengers in transit and engage screeners in longer inspection processes.

In the light of this new operational scenario, CEIA has developed the SAMD® Shoe Metal Detector to check shoes worn by passengers without having to remove them, employing low-frequency electromagnetic fields which are non-ionizing and completely harmless.

The SAMD® Shoe Analyzer is an extension of the Walk Through Metal Detector Gate, which complies with the most recent, stringent security requirements and reduces by up to 10 times or more the number of shoes that must be examined manually because of metal alarm.

According to the current EU Regulation for WTMDs the CEIA SAMD® provides a programmable random alarm function for supplementary inspection requirements.

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