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  • About WiSen
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  • WiSenMeshWAN    System
    • 6005 - Smart Gateway
    • 6003 - Mini Smart Gateway
    • 6305/6306 - Omni Tilt Sensor Node
    • 6F07/6F08 - Omni Tilt & Distance Sensor Node
    • 6501/6510/6517 - RS485 Interface Node
    • 6A07/6A08 - 1/4-Channel Vibrating Wire Interface Node
    • 6C01 - Voltage Interface Node
  • WiSenMeshNET    System
    • 1005 - Smart Gateway
    • 1003 - Mini Smart Gateway
    • 1302/1304/1305/1600 - Tilt Sensor Node
    • 1F06/1F07/1F08 - Laser Tilt /Omni Tilt & Distance Sensor Node
    • 1700 - Displacement Sensor Node
    • 1A07/1A05/1A06 - 1/4/8-Channel Vibrating Wire Interface Node
    • 1501/1510/1517 - RS485 Interface Node
    • 1C02 - 2-Channel 4-20mA/1-5V Interface Node
    • 1B02 - 6-Channel 120Ω Foil Gauge Interface Node
    • 3101 - Visual Node
  • WiSen    System
    • 3002 - Camera Unit
    • 5001 - Distance Unit
    • M001/M002 - Battery Unit
    • M101 - Solar Unit
    • 12VDC@3.0A Outdoor Adaptor 5.0m EU Plug Type F
    • Accessory: Battery/Program Lead/Antenna/Bracket/Seal
  • Case Studies
  • Contact Us
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  • Introduction
  • Certificate/Honour (27)
  • Publication Download (12)
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    Features

    ·   Resilient mesh radio network re-routes traffic if needed.

    ·   Highly accurate sensors.

    ·   Sensors rated up to IP68.

    ·   Long battery life up to 10 years

    ·   Economical compared to manual monitoring and also compared to alternative products.

    ·   Large number of sensors per SmartGateway

    ·   Multiple gateways will work together for extended coverage and further resilience.

    ·   All sensors also act as relay nodes for wireless traffic.

    ·   Sensor nodes and SmartGateways store data locally in the event of temporary radio blockage.

    ·   SmartGateways have internal battery backup or can be powered by solar panels or local AC supply.

    History

           The Wisen Innovation mesh network was originally developed as part of work under taken at Cambridge University. Wisen Innovation has been operating in China since 2010, and internationally since 2012. Please refer to the Case Studies page for examples.

    What we do 

           Wisen Innovation develops and supplies wireless infrastructure monitoring equipment for the industrial use.  Our product range currently offers highly accurate sensors for measuring tilt and/or distance, and interfacing to industry standard analog, digital or vibrating wire sensors.

    • FCC-6005-TCB-P19SZ1
      FCC-6005-TCB-P19SZ1
    • FCC-6005-STS1911157
      FCC-6005-STS1911157
    • CE-6005-STS1911158-
      CE-6005-STS1911158-
    • FCC-6305-TCB-P19SZ1
      FCC-6305-TCB-P19SZ1
    • FCC-6305-STS1911152
      FCC-6305-STS1911152
    • CE-6305-STS1911152-
      CE-6305-STS1911152-
    • FCC-6501-TCB-P19SZ1
      FCC-6501-TCB-P19SZ1
    • FCC-6501-STS1911153
      FCC-6501-STS1911153
    • CE-6501-STS1911153-
    • FCC-6A07-TCB-P19SZ1
      FCC-6A07-TCB-P19SZ1
    • FCC-6A07-STS1911154
      FCC-6A07-STS1911154
    • CE-6A07-STS1911154-
      CE-6A07-STS1911154-
    • FCC-6F08-07-TCB-P19
      FCC-6F08-07-TCB-P19
    • FCC-6F08-07-STS1911
      FCC-6F08-07-STS1911
    • CE-6F08-07-STS19111
      CE-6F08-07-STS19111
    • Full Network Rail acceptance and approval PA05/06364(2019)
      Full Network Rail acceptance and approval PA05/06364(2019)
    • ISO9001 (2020) 
    • Australia Radio Approval (AS/NZS 60950.1:2015) 
    • London Underground Approval (2016) 
    • EMC Certificate (2015) 
    • WISENMESHNET System CE Certificate (2014) 
    • Gateway CE Certificate (2014) 
    • VW Interface Node CE Certificate (2014) 
    • Tilt Node CE Certificate (2014)
    • WISENMESHNET System CE Certificate (2011) 
    • London Survey Dinner Technical Collaborator Award(2015)
      London Survey Dinner Technical Collaborator Award(2015)
    • Madrid Trademark(2013-2023)
      Madrid Trademark(2013-2023)
    • 2020-06-29 Theoretical and Experimental Studies on the Signal Propagation in Soil for Wireless Underground Sensor Networks.docx

      끂526 2.43 MB
    • 2020-06-29 Buried Wireless Sensor Network for Monitoring Pipeline Joint Leakage Caused by Large Ground Movements.pdf

      끂764 2.28 MB
    • 2020-06-29 Shield tunnel deformation monitoring by wireless sensoring technique.pdf

      끂792 1.14 MB
    • 2020-06-29 Wireless sensing on shield tunnels in shanghai.pdf

      끂709 906.71 KB
    • 2020-06-29 Wireless sensor network water distribution monitoring system.pdf

      끂715 238.74 KB
    • 2020-06-29 Path loss estimation in 3d environments using a modified 2d finite-difference time-domain techni.pdf

      끂718 171.36 KB
    • 2020-06-29 Investigation of close-to-wall wireless sensor deployment using 2d finite-difference time-domain.pdf

      끂680 774.09 KB
    • 2020-06-29 Introduction to the segmented finite-difference time-domain method.pdf

      끂684 741.61 KB
    • 2020-06-29 How smart sensoring improve tunnel resilience from theoretical model to future application.pdf

      끂708 467.52 KB
    • 2020-06-29 Frequency diversity measurements at 2.4 GHz for wireless sensor networks deployed in tunnels.pdf

      끂669 498.7 KB
    • 2020-06-29 Comparative performance test of an inclinometer wireless smart sensor prototype for subway tunne.pdf

      끂759 1.65 MB
    • 2020-06-29 Can frequency diversity provide performance gains for WSNs at 2.4GHz for the fire hydrant to abo.pdf

      끂710 385.88 KB
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Wisen CN Address: Office D501, 530 Mansion, Taihu International Hi-tech Zone, New District, Wuxi, China. Postcode: 214135     Mailbox: support@wisencn.com

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本网站支持 IPv6
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本网站支持 IPv6