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Data-sheet

Data-sheet
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Data-sheet

Product catalog summary
Introduction:
The "marinaSCAN" IoT sensor system is designed to provide real-time data on berth occupancy using optical and acoustic sensors. Data is transmitted to a central database via LoRa-WAN or NB IoT.
Overview:
  • Energy self-sufficient with solar panel power generation.
  • No moving parts and easy replacement of electronics.
  • LEDs with independent brightness control.
  • Constructed with UV and saltwater-resistant materials.
  • Aluminum housing and injection-molded plastic electronics.
  • Tread-resistant solar cell.
Technical Specifications:
  • Weight: Approximately 2.7 kg (±100g).
  • Dimensions: 377 x 281 x 36 mm (l,b,h ±2mm).
  • Operating temperature: -20°C to 50°C.
  • Humidity range: 0% to 85%.
  • Guarantee: 2 years.
Connectivity:
  • Wireless data transmission.
  • Protocols: LoRa Wan, NFC, QR, Bluetooth, NB IoT.
Sensors:
  • Optical sensors: 1 x ToF, 1 x brightness sensor.
  • Acoustic sensors: 2 x ultrasound in/out.
  • Distance measurement: 20 – 500 cm (Ultrasound), 20 – 200 cm (ToF).
  • Internal sensor: 1 x acceleration sensor.
Housing:
  • Base plate: Aluminum, UV and saltwater resistant.
  • Electronic unit: Injection molding, UV and saltwater resistant.
  • Viewing window: Acrylic glass, UV and saltwater resistant.
  • Mounting material: Stainless steel screws.
LED Panel:
  • 16 x RGB front LEDs, 2 x RGB rear LEDs.
  • Automatic brightness control.
  • Available in various RGB colors.
Power Supply:
  • Battery: 2 x LiPo, each 2200mA.
  • Maximum performance: 4.2 V.
  • Charging: Solar modules, energy self-sufficient.
  • Solar panel dimensions: 200 x 350 x 2.5 mm.
  • Maximum performance: 6.7 V.
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Catalog excerpts

Data-sheet-1

Data sheet: IoT sensor technology 2024 "marinaSCAN" Generate live data from the berth and control availability. The marinaSCAN sensor system was developed to determine information on the occupancy status of a berth in real time. The information is recorded using optical and acoustic sensors. All information is transmitted to a central database either via Lora-WAN or NB IoT. Overview: - The module is energy self-sufficient and generates its power via a solar panel - No moving parts - Revisable electronics inlay for easy replacement of defective electronics - Independent, brightness-dependent control of the LEDs - UV-resistant materials - Saltwater-resistant materials - Basic housing made of aluminum, electronic unit made of injection-molded plastic - Tread-resistant solar cell

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Data-sheet-2

Technical specifications of the mooring sensor system

 Open the catalog to page 2
*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.