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WaveNet Radio Network 3065

Radio network for connecting digital locking cylinders, Smart Handles and Smart Relays to a central computer. Data is transmitted via the 868 MHz frequency band. Other transfer media are also available. These are: USB or RS232 for connecting to a central PC, RS485 for cable-based backbones; LAN and WLAN for integration into existing building networks. The different transfer media can be interlinked with one another in virtually any way using corresponding router nodes. (G1 and G2)

 

 

Components assemblies:

 

  • Lock system software:
    the lock system is controlled and managed from a central PC using Locking System Management (LSM) software.

 

  • WaveNet Central Node:
    forms the central node in a WaveNet network. It is connected to the central PC via a RS232 or USB port. LAN or WLAN routers (TCP/IP) may also be connected at any point in the building network as an alternative to the central node. They then form the central node of a local WaveNet sub-network.

 

  • WaveNet Router Node:
    router nodes interlink the different network segments with one another in a WaveNet network. Different transmitting media can thus be interconnected with one another (example: a WN.RN.CR router connects a cable segment [C] with a radio segment [R]).

 

  • WaveNet Repeater Node:
    a repeater node regenerates and amplifies signals along very long cable segments (> 900m).

 

  • WaveNet Lock Node:
    this device is fitted next to locking cylinders, Smart Handles or Smart Relays which are to be networked. It communicates with the locking components via the tried-and-tested B-field interface and with the nearest router node via the 868 MHz radio interface (alternatively via an RS485 cable interface). The Lock Node provides additional I/Os to monitor door contacts and actuate external systems.

 

 

 

  • Housing made of light grey ABS plastic
  • Dimensions: 37 x 53 mm (H x Ø)
  • Power supply: 2 Batteries (type: CR2/3AA), lithium, 3.6 V
  • transmission power: approx. 1.8 mW at approx. 2.5 dBm
  • Frequency: 868.xx – 870.xx MHz
  • Inputs: 3 x isolated
  • Output: open drain; max. switching voltage: 25 V DC; max. starting current: 2 A; continuous current: 650 mA; internal resistance (AN): 0.5 Ohm
  • Battery life: up to six years

  • Housing made from light grey polycarbonate
  • Housing dimensions for central node and router node: 40 x 100 x 65 mm, with antenna 130 x 100 x 65 mm (W x H x D)
  • Power supply to central node and router nodes: 9 V ... 12 V DC
  • Output: max. 3 VA
  • Transmission power of radio module: max. 8 dBm (6.3 mW) at the antenna
  • Radio module frequency: 868.xx – 870.xx MHz
  • All routers include connecting terminals for an external plug-in power supply and an external transmission and receiver antenna
  • Power supply: from a regulated plug-in power supply WN.POWER.SUPPLY.PPP, WN.RN.WR / WN.RN.ER: 9 V...48 V DC; WN.RN.CR: 9 V ... 12 V DC; WN.RN.ER also via PoE (Power over Ethernet)

All hardware products with item numbers starting with 'WNM' are designed for auto-configuration. The WaveNet Manager (software tool) allows you to automatically address all WNM components by radio or by cable.    
WaveNet Central Node for auto-configuration with RS232/RS485 port to connect to a PC/Server   WNM.CN.SC
WaveNet Central Node for auto-configuration with RS232-/868 MHz radio interface to connect to a PC/Server   WNM.CN.SR
WaveNet Central Node for auto-configuration with USB/RS485 port to connect to a PC/server; in anthracite-coloured housing   WNM.CN.UC
WaveNet Central Node for auto-configuration with USB
and 868 MHz radio interface to connect to a PC/server; in anthracite-coloured housing
  WNM.CN.UR
WaveNet Repeater Node for auto-configuration with two RS485 ports for line extension in the backbone, including connecting terminals for external plug-in power supply, including connecting terminals for an external plug-in power supply and an external transmission   WNM.RP.CC
WaveNet Router Node for auto-configuration with 868 MHz radio module, including connecting terminals for an external plug-in power supply and an external transmission and receiver antenna   WNM.RN.R
WaveNet Router Node for auto-configuration with tow RS485 ports to extend segment   WNM.RN.CC
WaveNet Router Node for auto-configuration to convert from 868 MHz frequency to RS485 port, to use the routing node as a backbone, including connecting terminals for an external plug-in power supply and an external transmission and receiver antenna   WNM.RN.CR
WaveNet Router Node for auto-configuration to convert from the 868 MHz frequency to the RS485 port, to use the Router Node as a backbone, including connecting terminals for an external plug-in power supply and an external transmission an external transmission and receiver antenna   WNM.RN.RC
WaveNet Lock Node for auto-configuration without I/O function (battery-operated)   WNM.LN.R.O.I/O
WaveNet Lock Node for auto-configuration with 868 MHz radio interface, with three inputs and an output (battery-operated)   WNM.LN.R
WaveNet Lock Node for auto-configuration with RS485 port with three inputs and an output   WNM.LN.C
WaveNet Router Node for auto-configuration to convert from Ethernet to the 868 MHz frequency, including connecting terminals for an external plug-in power supply and an external transmission and receiver antenna, Power over Ethernet-capable (PoE 802.3af)   WNM.RN.ER
WaveNet Router Node for auto-configuration to convert from Ethernet to the RS485 port, including connecting terminals for an external plug-in power supply and an external transmission; Power over Ethernet-capable (PoE 802.3af)   WNM.RN.EC
WaveNet Router Node for auto-configuration to convert from WLAN to the 868 MHz frequency, including connecting terminals for an external plug-in power supply and an external transmission   WNM.RN.WR
WaveNet Router Node for auto-configuration to convert from WLAN to the RS485 port, including connecting terminals for an external plug-in power supply and an external transmission   WNM.RN.WC

 

Component assemblies:
Copyright MAXXmarketing GmbH

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