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Related Manuals for FIRVENA EO-BAC-IP
Summary of Contents for FIRVENA EO-BAC-IP
- Page 1 EnOcean to BACnet IP Gateway EO-BAC-IP 868 MHz User Manual V1.7 English...
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Page 2: Table Of Contents
Contents ONTENTS Contents ................................. 2 Terms and Abbreviations ..........................4 Introduction ............................5 Description ............................5 Installation instructions ........................5 Hardware Overview ..........................6 Technical Data ............................7 Safety Information and Warnings ......................8 Dimensions (in mm) ..........................9 Power Supply ............................9 Configuration ............................ - Page 3 Contents Firmware Update ..........................27 Over Network ..........................27 Over USB............................27 References ..............................29 Revision History ............................30 ANNEX A Mapping examples of EnOcean devices ................31 Basic Examples ..........................31 RPS Buttons and Switches ......................32 A5-20-01 HVAC Components, Battery Powered Actuator ............33 D2-01-XX Electronic switches and dimmers with Energy Measurement and Local Control ..
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Page 4: Terms And Abbreviations
Thank you for purchasing our product! We believe in your satisfaction with the product that aligns with the company philosophy of the highest care and precision. In case of interesting ideas and concepts, please contact firvena@firvena.cz www.firvena.com EnOcean to BACnet IP Gateway – User Manual V1.7 / 2023-11-01... -
Page 5: Introduction
The BACnet is a communication protocol that was designed to provide unified interface for data exchange across a building management system. The EO-BAC-IP gateway can receive data from up to 40 EnOcean devices, store it and provide it through the BACnet IP interface to other devices connected to the BACnet network. -
Page 6: Hardware Overview
Hardware Overview ARDWARE VERVIEW On the front panel, there are a power connector, RJ45 Ethernet connector, type B USB connector, antenna connector and LED indicators. The USB connector can be used for configuration and firmware update, and is also used by the EO-BAC Tool application. The green POWER terminal block is removable, making it easier to handle the device when cables are connected. -
Page 7: Technical Data
Technical Data ECHNICAL Category Parameter Value Product name EO-BAC-IP Product title EnOcean to BACnet IP Gateway Product Product ID 11.1 Vendor name FIRVENA s.r.o. Rated supply voltage 24 V DC / 24 V AC Supply voltage range 10–32 V DC / 24 V AC ( 10 %) -
Page 8: Safety Information And Warnings
Safety Information and Warnings AFETY NFORMATION AND ARNINGS Please follow the general safety regulations. This device may only be installed by a qualified person (accredited electrician) and after reading these instructions. Improper installation can result in health, property or equipment damage. The product meets the general safety regulations. -
Page 9: Dimensions (In Mm)
Dimensions (in mm) / Power Supply IMENSIONS IN MM OWER UPPLY There are two possible power supply connections: 1. Power supply via PoE (Power over Ethernet): The device supports PoE according to the 802.3af standard. Network elements must support this type of power interface. Passive PoE is not possible through the ETHERNET input. -
Page 10: Configuration
-> SUPPORT/DOWNLOAD/EO-BAC-IP/APPLICATION, it requires USB connection to the gateway and Windows 7 or higher. The use of EO-BAC Tool becomes necessary, among other things, if the password to Web UI has been forgotten. The following part describes how to open Web UI for the first time. - Page 11 Configuration The gateway is under the group “Other Devices”. The description and IP address of the gateway are shown. Double click on the device item to open the Web UI. [Right click > Properties] will display additional information. If the gateway is not shown, try to refresh the list: [Click on the list >...
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Page 12: Web Ui
Configuration 5. DHCP server If you have access to the local DHCP server (usually through the configuration interface of your router), the IP address should be in DHCP clients list, look for the host name “EO-BAC-IP_XXXXXX”. To access the Web UI, enter the IP address to the address bar of your web browser. -
Page 13: Assigning Enocean Elements - Unidirectional
Configuration The main page is accessible without a password. The default password is “123”, you can change it in [Settings > Change Password]. 7.2.2 Assigning EnOcean elements – unidirectional This teach-in procedure is only applicable for unidirectional communication when the gateway only receives data. -
Page 14: Assigning Enocean Elements - Bidirectional
Configuration Devices can also by assigned manually by entering the ID and EEP. Click on the channel box to view more settings and status information: 7.2.3 Assigning EnOcean elements – bidirectional This teach-in procedure is applicable for EnOcean devices with bidirectional communication profiles when the gateway is supposed to receive data from the device and also transmit data to the assigned device. -
Page 15: Assigning Smart Ack Devices
Configuration 7.2.4 Assigning Smart ACK devices To assign a Smart ACK device to the gateway, the procedure is the same as for bidirectional profiles (7.2.3). Repeaters are not supported, there must be a direct connection between the gateway and the Smart ACK device. -
Page 16: Channel Details
Configuration Third, test the connection: 1. Navigate to [Edit channel > Values] 2. Set the data to be transmitted (0:closed or 1:open) 3. Use “Send Now” to transmit a data telegram Notes: • Each virtual device must have a unique ID, This is given by the MyID setting. -
Page 17: Removing Enocean Elements
Configuration 1. 2. 7.2.7 Removing EnOcean elements 1. Click on a channel box. 2. Click on the “Delete” button. To remove all elements, use [Settings > Factory Reset > Reset Channels]. 7.2.8 Backup and Restore The configuration of the gateway can be exported to a file for later recovery or reuse. The backup file is compatible with the file used by EO-BAC Tool application. -
Page 18: Steps - How To
Configuration 7.3 Steps – How to … 7.3.1 Enable EnOcean Repeater The repeater mode is changed in [Web UI > Settings > EnOcean]. It can also be changed through BACnet object MSV 2 (REPEATER_MODE). If turned on, the gateway forwards received telegrams in the EnOcean network. Value Meaning 1 –... -
Page 19: Bacnet Interface
BACnet Interface 8 BAC NTERFACE 8.1 Mapping of EnOcean Devices EnOcean devices are mapped as a set of standard BACnet objects. The gateway can handle up to 40 EnOcean devices. To assign an EnOcean device, the teach-in procedure has to be carried out (see Ch. 7.2). The assigned EnOcean devices are identified by Channel (CH1…40) within the gateway, the Channel is selected by user during teach-in procedure. - Page 20 BACnet Interface The Values from Telegram data range represent a model of EnOcean telegram. For simple devices (such as sensors with unidirectional communication) the model of telegram can also be assumed to be a model of EnOcean device. Some more complex EEP definitions consist of several types of telegrams that represent different commands, so the device cannot be described by a single telegram.
- Page 21 BACnet Interface The table below shows mapping examples for individual EnOcean devices, more examples are also in ANNEX Value 0 Temperature Value 1 A5-02-05 Temperature Sensors, Temperature Value 2 Sensor Range 0°C to +40°C Value 3 Value 4 … … …...
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Page 22: Supported Object Types
BACnet Interface 8.2 Supported Object Types This section describes object types that may be present in the device. Lists of optional and proprietary properties are provided for each object type. Information on range restrictions and default values of properties can be found here too. Writable properties are marked in the “W” column. 8.2.1 Device There is one instance of the Device object in the gateway. -
Page 23: Analog Input (Ai)
BACnet Interface 8.2.2 Analog Input (AI) The number of these objects depends on the number of assigned EnOcean devices and their type. Property Name Value Range Default Required Object_Identifier Object_Name see below Object_Type Present_Value Status_Flags Event_State Out_Of_Service False Units Property_List Optional Description 0…126 bytes see below... -
Page 24: Multistate Value (Msv)
BACnet Interface Out_Of_Service False Units Priority_Array Relinquish_Default Property_List Current_Command_Priority Optional Description 0…126 bytes see below Min_Pres_Value Max_Pres_Value Proprietary AO 100100–104099: Objects from this range are mapped to TX Values (see 8.1). AO 100100–100199 belongs to Channel 1, AI 100200–100299 to Channel 2, etc. Objects are not created for unused Values. Object_Name = “TX_CH{ChNum}_V{ValueIndex}_{ValueName}”... - Page 25 BACnet Interface Device Object ID Object Name Description Broadcast mode for unsubscribed MSV 1 UCOV_MODE COV reporting – MSV 2 REPEATER_MODE EnOcean repeater setting MSV 199, 1…40 299, …, CH{ChNum}_CONFIG {EEP} {Title} ({SenderID}) 4099 100195, 1…40 TX_CH{ChNum}_SEND Send option for Device{ChNum} 100295, …, 104095 MSV 1–2: These objects represent setting parameters of the gateway.
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Page 26: Proprietary Properties
BACnet Interface Value Meaning 1 – None (default) Transmitting disabled 2 – SendNow Transmit once immediately, the send option will not change Automatic response when telegram received from the assigned device (default for A5-20-01, 3 – OnReceived etc.) 4…10 Reserved 11 –... -
Page 27: Firmware Update
IRMWARE PDATE The firmware is constantly being improved and extended to support new features and devices. The latest version is available for download on FIRVENA website in the Downloads section. Firmware can be upgraded via gateway’s web interface or via the USB port in “MSC” mode. - Page 28 Firmware Update • Set the left switch back to the “HID” position, the gateway reboots • Now, the gateway checks the file and overwrites the current firmware with the new one • The result is indicated by LEDs • Disconnect the USB cable and plug the POWER connector back EnOcean to BACnet IP Gateway –...
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Page 29: References
References EFERENCES EnOcean Technical Specifications (https://www.enocean-alliance.org/specifications/) EnOcean Equipment Profiles (EEP) (https://www.enocean-alliance.org/wp-content/uploads/2020/07/EnOcean-Equipment-Profiles-3- 1.pdf) Communication telegrams defined in EnOcean equipment profiles (http://tools.enocean-alliance.org/EEPViewer/) Smart Acknowledge – Bidirectional communication with energy harvesting devices (https://www.enocean-alliance.org/wp- content/uploads/2020/04/SmartAcknowledge_Specification_v1.7.pdf) EnOcean Unique Radio Identifier – EURID Specification (https://www.enocean-alliance.org/wp-content/uploads/2021/03/EURID-v1.2.pdf) Yabe (BACnet Explorer) (https://sourceforge.net/projects/yetanotherbacnetexplorer/) EnOcean to BACnet IP Gateway –... -
Page 30: Revision History
Revision History EVISION ISTORY Date Version Description 2022-04-01 V1.0 Initial release 2022-08-05 V1.1 Added bidirectional communication Added Ch. 7.2.5 2022-11-01 V1.2 Updated figures Updated ANNEX A Chapters rearranged 2022-12-14 V1.3 Added Ch. 4, 6 2023-01-23 V1.4 Extended ANNEX A (D2-01-XX) Updated figures Revised Ch. -
Page 31: Annex A Mapping Examples Of Enocean Devices
Mapping examples of EnOcean devices ANNEX A M APPING EXAMPLES OF CEAN DEVICES A.1 Basic Examples MSV 199, 299, …, 4099: Device Object ID Object Name Description Value A5-02-05 Temperature Sensors, MSV 199 CH1_CONFIG Temperature Sensor Range 0°C to +40°C ASSIGNED (01-81-28-68) MSV 299... -
Page 32: Rps Buttons And Switches
Mapping examples of EnOcean devices AI 4000 CH40_0_Humidity Humidity 0…100 % AI 4001 CH40_1_Concentration Concentration 0…2550 ppm 1451 A5-09-04 AI 4002 CH40_2_Temperature Temperature 0…51 °C 23.2 °C Number of received AI 4090 CH40_V90_Telegram counter – telegrams 0…65535 Time elapsed since the last AI 4091 CH40_V91_Telegram age telegram 0…65000 s... -
Page 33: A5-20-01 Hvac Components, Battery Powered Actuator
Mapping examples of EnOcean devices A.3 A5-20-01 HVAC Components, Battery Powered Actuator The actuator wakes up periodically, transmits the actual value and waits for a response with a new setpoint, which must be sent within 1 second. The response is built from Present_Value properties of TX data objects. The response also contains other settings, e.g. -
Page 34: Example With Nodon Micro Smart Plug (D2-01-0E) - Measurements
Mapping examples of EnOcean devices functions, e.g. type 0x02 has one dimmable output, type 0x12 has two relay outputs without dimming function or type 0x0B supports energy and power measurements. The gateway creates a universal interface for all device types from the D2-01-XX group, regardless of the features supported by a particular type. -
Page 35: Example With Nodon Relay Switch (D2-01-12) - Controlling The Output
Mapping examples of EnOcean devices Setting up the measurement through BACnet interface in Web UI 1. Go to Edit channel -> Values 2. Set Command ID (AO100100) to CMD 5 – Set Measurement 3. Confirm “Apply” 4. The UI gets updated: CMD5 –... - Page 36 Mapping examples of EnOcean devices Direction TX (to actuator): Object Present Device Object Name Description Unit Value 1:Set Output;2:Set Local; … TX_CH1_V0_Command ID – 100100 TX_CH1_V1_I/O channel 0...31 – 100101 TX_CH1_V2_Output value 0...127 % 100102 D2-01-12 0:Switch to output value;1:Dim TX_CH1_V3_Dim value to output value –...
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Page 37: D2-11-Xx Bidirectional Room Operating Panel (Smart Ack)
Mapping examples of EnOcean devices A.5 D2-11-XX Bidirectional Room Operating Panel (Smart ACK) What is Smart ACK? EnOcean sensors are in sleep mode most of the time to reduce power consumption, so they cannot receive any telegram. The Smart ACK protocol enables bidirectional communication with energy self-sufficient devices. - Page 38 Mapping examples of EnOcean devices Direction TX (to sensor): The gateway responds with message ID 1. Settings are changed by writing these values and SendOption = 2:SendNow, changes will apply next time the sensor wakes up. Without a response, the sensor uses the last settings.
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Page 39: D2-15-00 People Activity Sensor
Mapping examples of EnOcean devices A.6 D2-15-00 People Activity Sensor Object Present Ch. Device Object Name Description Unit Value 0:Present;1:Not Present;2:Not AI 100 CH1_V0_Presence detectable;3:Presence Detector – error CH1_V1_Energy Storage 0:High;1:Medium;2:Low;3:Critical AI 101 – Status D2-15-00 AI 102 CH1_V2_Pir Update Rate 1...16 s AI 103 CH1_V3_Pir Counter... -
Page 40: Annex B Bacnet Protocol Implementation Conformance Statement (Pics)
BACnet Protocol Revision: Product Description: The EO-BAC-IP device is a gateway between EnOcean and BACnet IP communication protocols. It receives data from EnOcean sensors and provides it to other devices connected to the BACnet network. BACnet Standardized Device Profiles Supported:...
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