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DELTA GROUP EnOcean O3-DIN Application Manual

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O3-DIN
EnOcean Gateway
Application Guide
Firmware 4.13
Edition 1.0

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Summary of Contents for DELTA GROUP EnOcean O3-DIN

  • Page 1 O3-DIN EnOcean Gateway Application Guide Firmware 4.13 Edition 1.0...
  • Page 2 © 2022 Delta Controls Inc. All rights reserved. No part of this document may be reproduced, transmitted, transcribed, stored in a retrieval system, or translated into any language (natural or computer), in any form or by any means, without the prior written permission of Delta Controls. ®...

  • Page 3: Table Of Contents

    Contents Introduction EnOcean Basics O3-DIN EnOcean Gateway Basics O3-DIN EnOcean Gateway Specifications Getting Started Setting Up an EnOcean Network Setting Up the O3-DIN EnOcean Gateway Configuring Input Devices Configuring Input Devices Using an O3 Hub Configuring Input Devices Using a CON-ENOC Manually Pairing an EnOcean Device Resetting Pairing Configuring Output Devices...
  • Page 4 Translation Table Details Differences Between Current and Previous FIL Object Mappings Creating a Custom XML Mapping File Saving Mapping Data Troubleshooting Troubleshooting an O3 Hub The O3 Hub is not communicating Communications are unreliable How to Determine the Sending ID of O3 Hub Packets Troubleshooting a CON-ENOC The CON-ENOC is not communicating Communications are unreliable...

  • Page 5: Introduction

    Introduction This section covers the following topics: EnOcean Basics O3-DIN EnOcean Gateway Basics O3-DIN EnOcean Gateway Specifications EnOcean Basics EnOcean is a wireless protocol for ultra-low power energy harvesting sensors, switches, and controls. EnOcean devices offer batteryless, maintenance-free operation and come with standardized communication profiles to ensure interoperability across manufacturers.

  • Page 6: O3-Din Enocean Gateway Specifications

    Introduction O3-DIN EnOcean Gateway Specifications The following table lists the specifications of the EnOcean gateway in O3 firmware version 4.13: Gateway Capacity Up to 32 devices per EnOcean radio with device numbers in the range 01–32. Device SV instances in the 33–99 range are not supported.
  • Page 7 Introduction Auto Mapping/Discovery Supports auto learn feature for inputs Supports one click learn out, three click learn out, custom 4BS, and 4BS Variant 3 learn out for outputs Allows manual addressing Supported EnOcean Devices 868 MHz (Europe) or 902 MHz (North America) EnOcean input (read) devices 868 MHz (Europe) or 902 MHz...

  • Page 8: Getting Started

    Getting Started This section covers the following topics: Setting Up an EnOcean Network Setting Up the O3-DIN EnOcean Gateway Setting Up an EnOcean Network Before installing EnOcean devices, conduct a site survey to assess optimal placement of sensors and receivers. To conduct a site survey: 1.

  • Page 9: Setting Up The O3-Din Enocean Gateway

    Getting Started move the sensors, change antenna positions, or add repeaters to achieve the desired result. As each receiver location is verified, record the signal strength measurements on the floor plan. Setting Up the O3-DIN EnOcean Gateway The O3-DIN EnOcean Gateway requires a controller and an EnOcean receiver. The controller can be an O3-DIN-CPU or an O3-DIN-SRC.

  • Page 10: Configuring Input Devices

    Configuring Input Devices This section covers the following topics: Configuring Input Devices Using an O3 Hub Configuring Input Devices Using a CON-ENOC Manually Pairing an EnOcean Device Resetting Pairing Configuring Input Devices Using an O3 Hub To configure EnOcean input devices using an O3 Hub: 1.

  • Page 11: Configuring Input Devices Using A Con-Enoc

    Configuring Input Devices a. Open the device SV object. b. In Gateway Mapping, select the EnOcean Equipment Profile (EEP) or other XML mapping that corresponds to your EnOcean device. c. Click Save. The Subordinates section populates with a list of suggested BACnet object instances and names.
  • Page 12 Configuring Input Devices For example, if the CON-ENOC is connected to NET1, create SV100000. 3. Create an SV object for each EnOcean device (up to 32). The object instance follows the format pDD 000, where p is the number of the NET port that the CON-ENOC is connected to, and DD is the number of the EnOcean device in the range 01 to 32.

  • Page 13: Manually Pairing An Enocean Device

    Configuring Input Devices the device (press the rocker switch) to allow the gateway to learn the device ID. This should initiate pairing. c. Once the pairing is complete, command the Learn Mode BV object to Off. If a FIL object associated with a Device SV object is changed or edited, a controller reboot is required to clear data from the previous profile.

  • Page 14: Configuring Output Devices

    Configuring Output Devices This section covers the following topics: Main Steps for Configuring Output Devices Configuring Simple Relays Configuring Load Controllers with Central Command Support Configuring Radiator Valve Controllers Main Steps for Configuring Output Devices The initial steps for configuring an EnOcean output device are the same as for configuring an EnOcean input device.
  • Page 15 Configuring Output Devices Name Reference (O3 Hub) Reference (CON-ENOC) AV3 sDD 993 (e.g., AV3201993 AV pDD 993 (e.g., AV101993) Device Type AV3 sDD 990 AV pDD 990 OFF Value AV3 sDD 991 AV pDD9 91 ON Value BV3 sDD 001 BV pDD 001 Relay ONOFF s = hub rotary switch address (2-9) p = controller NET port (1-3) DD = EnOcean device number (01-32) The Device Type AV object is used for output control and defines two categories of devices:...

  • Page 16: Rps Force Send

    Configuring Output Devices RPS Force Send Since simple relays do not include a feedback function, there is no indication of the relay's actual state. In some cases, you may want to send the same command again to ensure that the command was received and acted on correctly by the relay output device.
  • Page 17 Configuring Output Devices State = 0 End If End Do End If <the rest of the GCL+ program> In the preceding code, "Run" is a GCL+ integer variable that indicates that RPS Force Send should be set periodically when it is non-zero. "Time" is a GCL+ variable that indicates the value of the desired RPS Force Send interval.
  • Page 18 Configuring Output Devices PG2 Example Code: Sends the ON Followed by a Release Packet Variable ON_VALUE As Integer Variable RELEASE_VALUE As Integer ON_VALUE = 80 RELEASE_VALUE = 0 If ('Rocker ON and release switch' = 0) Then If ('Rocker ON state variable' > 7) Then 'RPS Force Send' = Off 'Rocker ON state variable' = 0 End If...
  • Page 19 Configuring Output Devices 'Rocker ON and release switch.Manual_Override' = 0 End If End Do End If PG3 Example Code: Sends the OFF Followed by a Release Packet Variable OFF_VALUE As Integer Variable RELEASE_VALUE As Integer OFF_VALUE = 112 RELEASE_VALUE = 0 If ('Rocker OFF and release switch' = 0) Then If ('Rocker OFF state variable' >...

  • Page 20: Configuring Load Controllers With Central Command Support

    Configuring Output Devices ElseIf ('Rocker OFF state variable' = 5) Then // send the release packet here 'RPS Force Send' = On ElseIf ('Rocker OFF state variable' = 6) Then 'RPS Force Send' = Off Else 'OFF Value' = OFF_VALUE 'Rocker OFF state variable' = 0 'Rocker OFF and release switch.Manual_Override' = 0 End If...
  • Page 21 Configuring Output Devices Name Reference (O3 Hub) Reference (CON-ENOC) AV3 sDD 001 (e.g., AV pDD 001 (e.g., Command AV3201001) AV101001) AV3 sDD 002 AV pDD 002 Dimming Value AV3 sDD 003 AV pDD 003 Ramping Time BV3 sDD 004 BV pDD 004 Dimming Range Relative Value BV3 sDD 005...

  • Page 22: Setting Up Feedback

    Configuring Output Devices Name Reference (O3 Hub) Reference (CON-ENOC) BV3 sDD 986 BV pDD 986 4BS Learn Out CSV3 sDD 987 CSV pDD 987 Learn Out Func CSV3 sDD 988 CSV pDD 988 Learn Out Type BV3 sDD 998 BV pDD 998 Learn Mode CSV3 sDD 999 CSV pDD 999...

  • Page 23: Configuring Radiator Valve Controllers

    Configuring Output Devices 1. Command the Learn Mode BV object to On. The Link Status CSV object changes to "Pairing." 2. On the EnOcean output device, generate a learn packet from the device using the method specified by the manufacturer. When pairing is complete, the Device Address CSV object shows the device’s ID and the Link Status CSV object changes to "Online."...
  • Page 24 Configuring Output Devices Name Reference (O3 Hub) Reference (CON-ENOC) AV3 sDD 994 AV pDD 994 Total Receive Error AV3 sDD 995 AV pDD 995 Total Receive CSV3 sDD 996 CSV pDD 996 Link Status AV3 sDD 997 AV pDD 997 Reliability Timer BV3 sDD 998 BV pDD 998...
  • Page 25 Configuring Output Devices The wake-up cycle is typically at least 10 minutes for a radiator valve application, so you can expect a significant delay before a new valve position is received and acted on. © 2022 Delta Controls Inc.

  • Page 26: Monitoring Network Communication

    Monitoring Network Communication This section covers the following topics: Understanding the Link Status Understanding the Reliability Timer Monitoring Communication Statistics Monitoring the Wireless Signal Understanding the Link Status Link Status has four status values that indicate the current stages of the EnOcean device in the linking process: Unpaired: The status of Unpaired indicates that the device has not set up a link with an EnOcean device.

  • Page 27: Monitoring Communication Statistics

    Monitoring Network Communication Name Reference (O3 Hub) Reference (CON-ENOC) AV3 sDD 997 AV pDD 997 Reliability Timer s = hub rotary switch address (2–9) p = controller NET port (1–3) DD = EnOcean device number (01–32) The Reliability Timer object displays a value in seconds (although the unit displays as %). When a new packet is received, the timer resets and begins another count down cycle.

  • Page 28: Monitoring The Wireless Signal

    Monitoring Network Communication Monitoring the Wireless Signal RSSI (Receive Signal Strength Indicator) is a measurement that determines the power of a received signal. You can view the received signal strength on the Trend Log object page in dBmV (decibels relative to one millivolt) and adjust the position of the sensor if your signal is weak. The trend log table graphically displays the time range and strength of the signal.

  • Page 29: Working With Range And Scale Values

    Working With Range and Scale Values This section covers the following topics: Understanding Range and Scale Values Using a BV Object to Show Off/On States Understanding Range and Scale Values EnOcean device values are scaled according to the minRange, maxRange, minScale, and maxScale configurations specified in the XML mapping file.

  • Page 30: Using A Bv Object To Show Off/On States

    Working With Range and Scale Values </eno:analogValue> </si:advalue> </si:variable> In the above code, the raw value range of 0–250 corresponds to engineering values of 0–5 VDC. The minRange may sometimes be greater than the maxRange, as in the following example: <eno:minRange>255</eno:minRange>...
  • Page 31 Working With Range and Scale Values You could create the following objects to represent the device's PIR value: Name Reference (O3 Hub) Reference (CON-ENOC) BV3 sDD 002 (e.g., BV3201002) BV pDD 002 (e.g., BV101002) PIR Status - Off BV3 sDD 003 (e.g., BV3201003) BV pDD 003 (e.g., BV101003) PIR Status - On A value greater than 128 would indicate that the room is occupied, while a value less than or...

  • Page 32: Working With Mapping Files

    Working With Mapping Files This section covers the following topics: Modifying a Default Mapping File Creating a Custom XML Mapping File Saving Mapping Data The O3-DIN EnOcean gateway supports both standard EEP profiles and custom XML files for mapping. The EEP profiles included in the default database (FIL1201–1227) should be used whenever possible.

  • Page 33: Translation Table Details

    Working With Mapping Files Translation Table Details Use caution when modifying mapping values as some options are not supported by the EnOcean gateway and you will not receive any feedback if an unsupported value is selected. Use caution when modifying mapping values as some options are not supported by the EnOcean gateway and you will not receive any feedback if an unsupported value is selected.

  • Page 34: Differences Between Current And Previous Fil Object Mappings

    Working With Mapping Files Column Values offset The bit offset in the data packet, where an offset of '0' is the most significant bit of the first byte in the data packet. For example, offset 0 and size 3 in a byte that has a value of 0x55 (0x01010101) means a value of 0000010.

  • Page 35: Creating A Custom Xml Mapping File

    Working With Mapping Files A window opens showing the differences between the current and previous version of the file. Scroll down to see recent changes. Creating a Custom XML Mapping File While it is recommended to use the predefined EEP mapping files included in the default database (FIL1201–1227), you can also create your own XML mapping files that follow the syntax rules defined in the Special Interface and EnOcean XML schema files (FIL1001 and FIL1012).

  • Page 36: Saving Mapping Data

    Working With Mapping Files Saving Mapping Data If you do an enteliWEB database save, the .zdd file does not include SV objects or XML mapping content. To save mapping data, you must use the Download File button on the FIL page. O3-DIN EnOcean Application Guide Edition 1.0...

  • Page 37: Troubleshooting

    Troubleshooting This section covers the following topics: Troubleshooting an O3 Hub Troubleshooting a CON-ENOC Troubleshooting EnOcean Objects Troubleshooting an O3 Hub The O3 Hub is not communicating Check that the O3 Hub has EnOcean capability (the model name must end in "E8" or "E9") and is communicating over the correct frequency (868 MHz for O3-HUB-02-E8 models, 902 MHz for O3-HUB-02-E9 models).

  • Page 38: How To Determine The Sending Id Of O3 Hub Packets

    Troubleshooting Check for changes in the physical environment. For example, a new concrete or metal wall can affect communications adversely. Be aware of potential noise sources such as lighting ballasts or electrical equipment that can interfere with EnOcean signal strength. Modify the environment to improve communications.

  • Page 39: Troubleshooting Enocean Objects

    Troubleshooting Modify the environment to improve communications. If this is not possible, consider moving the CON-ENOC or installing a repeater. Troubleshooting EnOcean Objects EnOcean object values are not updating If you are using an O3 Hub, open the IOM object. If the hub’s physical address entry (e.g., 309000) shows as Offline or None, reboot the controller and/or check the hub’s physical connection.

  • Page 40: Appendix B: Fil Eep Profiles

    Appendix B: FIL EEP Profiles The 4.13 firmware includes 27 predefined FIL object EEP profiles. Many EnOcean devices use EEP profiles that are not included in the predefined FIL objects. These untested devices may or may not work with the gateway. Additional tested profiles may be available on support.deltacontrols.com/Products/EnOceanEEPs.
  • Page 41 Appendix B: FIL EEP Profiles Application Device Example A5-10-04 1209 Temp, setpoint, fan Thermokon SR04PS speed A5-10-05 1210 Temp, setpoint, Thermokon SR04PT occupancy A5-10-06 1211 Temp, setpoint Thermokon SR04P-MS & override button A5-10-0A 1212 Deprecated A5-10-0B 1213 Deprecated A5-10-0C 1214 Deprecated A5-10-10 1215 Temp, humidity, Thermokon SR04PT-...
  • Page 42 Appendix B: FIL EEP Profiles Application Device Example Thermokon 4 channel F6-02-01 1221 Light and blind switches control (EU application style) Echoflex ETRH2(*)-W ILLUMRA E3x-x12GP Echoflex PTM265D(*) F6-02-02 1222 Light and blind control Echoflex ERM series (NA application style) Echoflex ETRH2(*)-W ILLUMRA E3x-x12GP Echoflex F6-04-01 1223 Key card activated PTM265KCAU...

  • Page 43: Revision History

    Revision History Edition Date Description Based on O3 FW 4.12 application April 2022 guide. Updated for 4.13. Added RSSI config object. Updated AV object. © 2022 Delta Controls Inc.

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