Contemporary Controls BASGE-EN902 User Manual

Enocean to bacnet gateway 902 mhz north american version
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BASGE-EN902
EnOcean to BACnet Gateway 902 MHz (North American Version)
EnOcean to
BACnet Gateway
User Manual
UM-BASGE902-AA0
Firmware Version 2.x

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Summary of Contents for Contemporary Controls BASGE-EN902

  • Page 1 BASGE-EN902 EnOcean to BACnet Gateway 902 MHz (North American Version) EnOcean to BACnet Gateway User Manual UM-BASGE902-AA0 Firmware Version 2.x...
  • Page 2 Trademarks BASautomation, Contemporary Controls and CTRLink are registered trademarks of Contemporary Control Systems, Inc. BACnet is a registered trademark of the American Society of Heating, Refrigerating and Air-Conditioning Engineers, Inc. Powered by Sedona Framework is a trademark of Tridium, Inc. Other product names may be trademarks or registered trademarks of their respective companies.
  • Page 3: Table Of Contents

    Contents Safety Information: FCC statement .......................... 5 FCCID: 2AU57BASGE-EN902 ............................5 IC RSS-Gen Antenna Statement ..........................6 Déclaration d’antenne CN RSS-Gen ......................... 6 IC RF Exposure Statement ............................6 Déclaration d'exposition aux radiations ......................... 7 Introduction ..................................8 Features and Benefits ............................9 Versatile Gateway and Control Device ........................
  • Page 4 Configure ................................17 Configure Settings ............................ 17 Configure Password ..........................18 Add Devices ................................19 Remote Commissioning ........................... 22 Virtual Output Device Registration Page ..................25 Mapping Status ..............................29 Upload/Download .............................. 29 Using the Gateway to Control LEDRU ........................30 BACnet Protocol Implementation Conformance Statement (PICS) ............
  • Page 5: Safety Information: Fcc Statement

    1 Safety Information: FCC statement FCCID: 2AU57BASGE-EN902 This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation.
  • Page 6: Ic Rss-Gen Antenna Statement

    The device for operation in the band 902 MHz is only for indoor use to reduce the potential for harmful interference to co-channel mobile satellite systems. The maximum antenna gain permitted for devices in the band 902 MHz shall be such that the equipment still complies with the e.i.r.p.
  • Page 7: Déclaration D'exposition Aux Radiations

    Approved antenna for EnOcean gateway: BASGE-ANT902-1M (from Contemporary Controls) Antenna specifications: 50 ohm, gain 0.7 dBi, efficiency 55% at 902 MHz Antenne approuvée pour la passerelle EnOcean : BASGE-ANT902 (de Contemporary Controls) Spécifications de l'antenne : 50 ohms, gain 2 dBi, efficacité 70 % à 902 MHz Antenne approuvée pour la passerelle EnOcean : BASGE-ANT902-1M (de Contemporary Controls)
  • Page 8: Introduction

    2 Introduction The EnOcean to BACnet Gateway provides the systems integrator with a flexible building block when integrating EnOcean wireless devices to BACnet/IP networks or expanding the number of EnOcean points in an existing building automation system. Thanks to virtual routing technology, the EnOcean to BACnet gateway seamlessly discovers and connects to EnOcean devices and makes them appear as individual BACnet-compliant devices.
  • Page 9: Features And Benefits

    2.1 Features and Benefits Versatile Gateway and Control Device • Bidirectional gateway functionality between EnOcean Wireless and BACnet/IP • EnOcean device discovery with built-in EEP • Remote commissioning of link tables and configuration settings • Each EnOcean device appears as virtual BACnet device to aid in integration •...
  • Page 10: Specifications

    3 Specifications 3.1 Power (Class 2 Circuits Only) Item Limits Input Power 24 VAC/DC ±10%, 6VA 47-63 Hz, 3W 3.2 Communications Protocol Description IEEE 802.3 10/100 Mbps data rate 10BASE-T, 100BASE-TX,100 m BACnet/IP (max) CAT5 cable length EnOcean 902MHz (EN902 model), 30 m typical distance inside buildings 3.3 Environmental Item Description...
  • Page 11: Electromagnetic Compatibility (En902)

    FCC CFR Title 47 Part 15 Subpart C Section 15.231 ANSI C63.10:2013 RSS-210 Issue 10 RSS-Gen Issue 5 3.6 Ordering Information Model Description BASGE-EN902 EnOcean to BACnet Gateway 902 MHz BASGE-ANT902 EN902 stick antenna: (sold separately) 50 ohm, gain 0.86 dBi, efficiency value 25% at 902 MHz BASGE-ANT902-2M...
  • Page 12: Mechanical Drawing (All Dimensions Are In Inches)

    3.7 Mechanical Drawing (all dimensions are in inches) Wiring: 16 to 18 AWG wires or 1.5mm wires Mounts directly onto panel or DIN rail. Width: 3.56 in Height: 2.44 in Depth: 2.81 in UM-BASGE902-AA0 Page 12...
  • Page 13: Installation

    4 Installation 4.1 Power Connection The EnOcean to BACnet Gateway requires 24 VAC or 24 VDC while drawing no more than 6 VA of power. The recommended conductor size is 16–18 AWG. COM is directly connected to zero volts and the chassis is DC isolated from zero volts.
  • Page 14: Reset Ip

    Reset IP Remove the top cover, locate the reset IP switch (see picture) and while the unit is powered press for 10 seconds. The unit will reboot, and you can access it via the IP address and user name/password defaults shown Use a flat head above.
  • Page 15: Virtual Bacnet Routing To Discover Enocean Devices

    5 Virtual BACnet Routing to Discover EnOcean Devices You can discover EnOcean devices or manually enter them into the gateway via the EnOcean to BACnet gateway webpages. You will select the appropriate EEP for each EnOcean device. 5.1 Supported EEPs The EEP defines how the data is structured in the EnOcean message.
  • Page 16 must be made for non-BACnet compliant devices such as EnOcean devices but the ability to uniquely identify each EnOcean device within the BACnet internetwork can be retained thanks to the EnOcean to BACnet gateway and the concept of virtual networking. Collectively, all the selected EnOcean devices are assigned to a virtual BACnet network number during configuration.
  • Page 17: Enocean To Bacnet Gateway Webpage Configuration

    6 EnOcean to BACnet Gateway Webpage Configuration 6.1 Home The gateway can be fully configured from the Home page. 6.2 Configure Configure Settings From the Configure web page, select Configure Settings to change the BACnet & IP settings of the gateway.
  • Page 18: Configure Password

    Configure Password The Configure Password option allows the configuration of the user ID and password. If the IP address or user ID/password of the gateway is lost, press the IP reset button on gateway. This button is located under the cover of the gateway. Press it for 10 seconds and the gateway will reboot. The IP address will change to 192.168.92.68, and the user ID/password will be admin/admin.
  • Page 19: Add Devices

    6.3 Add Devices The Add Devices webpage can be used to manually enter EnOcean devices or to discover EnOcean devices. To manually enter a device the EURID (manufacturer set unique EnOcean ID) and EEP (type of EnOcean device—usually provided by the manufacturer of the device) must be known. Enter a unique BACnet ID or device instance to be used in the gateway when it creates a BACnet device to carry the data from the EnOcean device.
  • Page 20 Select the devices to enter into the gateway by checking the box in the Select column. Select the appropriate EEP value from the drop down. This should be provided by the EnOcean device manufacturer. If the EEP for your device is not shown, contact Contemporary Controls, and we can provide you with additional EEPs for your device.
  • Page 21 The following image shows three devices which were located using the BACnet Discovery Tool (BDT). The BASenocean device (Device 0015231) has no objects except for a device object. The multisensor1 (Device 0015232) has BACnet objects for the EnOcean data provided by this sensor. The BACnet data will contain the latest information transmitted by the EnOcean device.
  • Page 22: Remote Commissioning

    6.4 Remote Commissioning The Remote Commissioning webpage can be used to remotely commission or configure an EnOcean device, configure virtual EnOcean output devices, or have the gateway transmit a learn message on behalf of a virtual EnOcean output device. To perform remote commissioning, enter in the unlock code for your EnOcean devices. The default value is used by default with devices from EnOcean, Inc.
  • Page 23 UM-BASGE902-AA0 Page 23...
  • Page 24 Click Stop Discovery when your devices are discovered. After you click Stop Discovery, you will see a form which allows you to work with the discovered devices. Click the Locate button to have the EnOcean device toggle its state to help you verify that you have selected the correct device.
  • Page 25: Virtual Output Device Registration Page

    DDF file for this device. Request this file from your device manufacturer and Contemporary Controls can assist in getting this into the gateway. Once selected, a new webpage will appear which will allow you to configure the settings of the remote configurable device.
  • Page 26 When creating the virtual output device, you need to select an EEP for this virtual device. This EEP must be compatible with the EnOcean devices you wish to control from the gateway. These can be remote commissionable EnOcean devices or standard EnOcean output devices that you wish to control from the gateway.
  • Page 27 device. If you use a single EURID address, then the virtual output device will only control one bound/linked EnOcean device. An output EEP is for a device that receives EnOcean messages. The gateway transmits to these devices using an EEP selected from a list of supported output EEPs. EnOcean to The gateway masquerades as one of these device types so it can control BACnet...
  • Page 28 value to all of the “SW” objects. After the last object is written, the gateway will transmit an EnOcean message carrying data for the SW features of the EnOcean device. If you wish to write to the “DG” features of the EnOcean device, write a “2” to the Command object and then write to all of the DG objects, and an EnOcean message will be transmitted carrying data for the DG features of the EnOcean device.
  • Page 29: Mapping Status

    Upload EnOcean Devices allows the uploading of a CSV file to define all of the EnOcean devices in the gateway. Contact Contemporary Controls for the format of this CSV file. After the CSV file has been uploaded the “Add Devices” webpage will show the loading of these EnOcean devices into the gateway.
  • Page 30: Using The Gateway To Control Ledru

    7 Using the Gateway to Control LEDRU The gateway can be used to control EnOcean relay devices such as EnOcean Inc.’s LEDRU. As this device supports remote commissioning our example will make the link to the LEDRU via remote commissioning. Create the virtual EnOcean Output Device.
  • Page 31: Bacnet Protocol Implementation Conformance Statement (Pics)

    8 BACnet Protocol Implementation Conformance Statement (PICS) UM-BASGE902-AA0 Page 31...
  • Page 32: Warranty

    9 Warranty Contemporary Controls (CC) warrants this product to the original purchaser for two years from the product shipping date. Product returned to CC for repair is warranted for one year from the date the repaired product is shipped back to the purchaser or for the remainder of the original warranty period, whichever is longer.

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