CONTEMPORARY CONTROLS BASGE-EN868 EnOcean to BACnet Gateway User Manual
- June 29, 2024
- CONTEMPORARY CONTROLS
Table of Contents
BASGE-EN868 EnOcean to BACnet Gateway
Specifications
-
Product Name: EnOcean to BACnet Gateway 868 MHz (Europe/China
Version) -
Model: BASGE-EN868
-
Firmware Version: 2.x
-
Power Requirements: 24 VAC/VDC
-
Network Connection: 10/100 Mbps Ethernet
-
Supported Frequency: 868 MHz
Product Information
The EnOcean to BACnet Gateway is a device that enables
communication between EnOcean devices and BACnet systems. It can be
DIN-rail or panel mounted and requires a 10/100 Mbps Ethernet
connection and 24 VAC/VDC power supply.
1. Features and Benefits
The gateway allows for the discovery of EnOcean devices, mapping
their data to BACnet devices and objects. It supports remote
configuration of EnOcean devices and provides status updates and
transmitted data from each device.
2. Product Usage Instructions
2.1 Installation
1. Mount the EnOcean to BACnet Gateway on a DIN-rail or panel
securely.
2. Connect the gateway to a 10/100 Mbps Ethernet network using
the provided Ethernet port.
3. Provide a 24 VAC/VDC power supply to the gateway.
2.2 Configuration
1. Access the gateway’s configuration interface using a web
browser.
2. Discover EnOcean devices by following the on-screen
instructions.
3. Manually add EnOcean devices if needed.
2.3 Monitoring and Control
1. Monitor the status of EnOcean devices through the gateway’s
interface.
2. Control EnOcean devices remotely by modifying their Link
Table and adding virtual output devices.
FAQ
Q: Can the EnOcean to BACnet Gateway be used with devices
operating on frequencies other than 868 MHz?
A: No, the EnOcean to BACnet Gateway is specifically designed
for operation at 868 MHz and may not work with devices operating on
different frequencies.
BASGE-EN868
EnOcean to BACnet Gateway 868 MHz (Europe/China Version)
EnOcean to BACnet Gateway
User Manual
UM-BASGE868-AA0 Firmware Version 2.x
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.
Copyright
© Copyright 2024, by Contemporary Control Systems, Inc. All rights reserved.
No part of this publication may be reproduced, transmitted, transcribed,
stored in a retrieval system, or translated into any language or computer
language, in any form or by any means, electronic, mechanical, magnetic,
optical, chemical, manual, or otherwise, without the prior written permission
of:
Contemporary Control Systems, Inc. 2431 Curtiss Street Downers Grove, IL
60515, USA Contemporary Controls Ltd (UK)
Contemporary Controls (Suzhou) Co. Ltd
Contemporary Controls GmbH (Germany)
Tel: Fax: E-mail:
Tel: Fax: E-mail:
Tel:
Fax: E-mail:
Tel:
Fax: E-mail:
+1-630-963-7070
+1-630-963-0109 info@ccontrols.com
+44 (0)24 7641 3786 +44 (0)24 7641 3923 ccl.info@ccontrols.com
+86 512 68095866
+86 512 68093760 info@ccontrols.com.cn
+49 (0)341 520359 0
+49 (0)341 520359 16 ccg.info@ccontrols.com
Disclaimer
Contemporary Control Systems, Inc. reserves the right to make changes in the
specifications of the product described within this manual at any time without
notice and without obligation of Contemporary Control Systems, Inc. to notify
any person of such revision or change.
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Contents
1 Introduction …………………………………………………………………………………………………………………………………………………. 5 1.1
Features and Benefits…………………………………………………………………………………………………………………………6 Versatile
Gateway and Control Device …………………………………………………………………………………………………….. 6
Convenient Installation……………………………………………………………………………………………………………………………….6 1.2
Product Image and Main Features ………………………………………………………………………………………………….. 6
2 Specifications ………………………………………………………………………………………………………………………………………………. 7 2.1
Power (Class 2 Circuits Only) ……………………………………………………………………………………………………………. 7 2.2
Communications ……………………………………………………………………………………………………………………………….. 7 2.3
Environmental ……………………………………………………………………………………………………………………………………. 7 2.4
Ethernet LED Indicators……………………………………………………………………………………………………………………..7 2.5
Electromagnetic Compatibility (EN868)………………………………………………………………………………………….8 2.6
Ordering Information…………………………………………………………………………………………………………………………8 2.7
Mechanical Drawing (all dimensions are in inches)………………………………………………………………………9
3 Installation …………………………………………………………………………………………………………………………………………………. 10 3.1
Power Connection…………………………………………………………………………………………………………………………… 10 3.2 Power
Supply Precautions …………………………………………………………………………………………………………….. 10 3.3 Wiring
Diagram ……………………………………………………………………………………………………………………………….. 10 3.4 Web Page
Configuration ……………………………………………………………………………………………………………….. 10 Reset
IP……………………………………………………………………………………………………………………………………………………….. 11
4 Virtual BACnet Routing to Discover EnOcean
Devices……………………………………………………………………….. 12 4.1 Supported EEPs
……………………………………………………………………………………………………………………………….. 12 4.2 Virtual BACnet
Devices …………………………………………………………………………………………………………………… 12
5 EnOcean to BACnet Gateway Webpage Configuration………………………………………………………………………
14 5.1 Home…………………………………………………………………………………………………………………………………………………. 14 5.2
Configure………………………………………………………………………………………………………………………………………….. 14 Configure
Settings ……………………………………………………………………………………………………………………… 14 Configure Password
…………………………………………………………………………………………………………………… 15 5.3 Add
Devices……………………………………………………………………………………………………………………………………… 16 5.4 Remote
Commissioning…………………………………………………………………………………………………………………. 19 Virtual Output
Device Registration Page………………………………………………………………………………… 22
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5.5 Mapping Status ……………………………………………………………………………………………………………………………….. 26 5.6 Upload/Download ………………………………………………………………………………………………………………………….. 26 6 Using the Gateway to Control LEDRU …………………………………………………………………………………………………… 27 7 BACnet Protocol Implementation Conformance Statement (PICS) …………………………………………………. 28 8 Warranty …………………………………………………………………………………………………………………………………………………….. 29 9 Returning Products for Repair ………………………………………………………………………………………………………………… 29 10 Declaration of Conformity ………………………………………………………………………………………………………………………. 29
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1 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. The gateway creates a set of BACnet
objects, specific for each EnOcean Equipment Profile (EEP), and decodes the
received EnOcean data into standard BACnet objects, such as analog-inputs for
temperatures, humidity, light levels, etc. and multistate objects for EnOcean
values that represent multiple states, for easy integration to BACnet system –
saving the head-end from decoding the transmitted EnOcean data.
The EnOcean to BACnet Gateway can be DIN-rail or panel mounted requiring one
10/100 Mbps Ethernet connection, and 24 VAC/VDC power. Its half-wave rectified
power supply allows sharing of power with other half-wave devices. The gateway
can also remotely configure EnOcean devices which support EnOcean remote
configuration.
The 1.x EnOcean to BACnet gateway allowed the discovery of EnOcean devices
(sensors, switches, etc.) and have their transmitted data mapped to BACnet
devices and objects. Each EnOcean device appears as a separate BACnet device
using the EnOcean to BACnet gateway.
The EnOcean devices can also be manually entered into the gateway. The gateway
provides the status of each EnOcean device and can display the last
transmitted value from the EnOcean device.
The 2.x EnOcean to BACnet gateway provides all the features of the 1.x version
along with additional features. In the 2.x firmware the gateway provides bi-
directional EnOcean ability. The gateway can be used to create virtual output
EnOcean devices. These devices reside in the gateway. Each virtual device will
create a BACnet device which can be written via BACnet. Once written, the
gateway will transmit EnOcean messages, acting as the virtual EnOcean device.
The virtual device can be bound to real EnOcean output devices, or it can be
placed in the Link Table of remote commissionable devices, such as the EnOcean
Inc. LEDRU.
The 2.x gateway also provides the ability to discover EnOcean devices which
support remote commissioning. Once they are discovered their Link Table can be
modified. Also, the virtual output EnOcean devices can be added to their Link
Table. This allows the gateway to control remote commissionable devices from
BACnet writes targeted to the gateway’s virtual output devices.
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1.1 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 ·
Received EnOcean data is decoded into standard BACnet objects · Built-in
EnOcean Device Profiles for seamless integration · Webpage configuration–no
external tools or software required
Convenient Installation · 10/100 Mbps Ethernet with auto-negotiation and Auto-
MDIX · 24 VAC/VDC powered · DIN-rail or panel mounting · EnOcean SMA connector
provides flexible antenna options
1.2 Product Image and Main Features
The SMA connector supports a stick antenna (as shown in the product image
below) or an antenna with 2 m cable for mounting the antenna outside the
control cabinet.
(sold separately)
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2 Specifications
2.1 Power (Class 2 Circuits Only)
Item
Limits
Input Power
24 VAC/DC ±10%, 6VA 47-63 Hz, 3W
2.2 Communications
Protocol
Description
BACnet/IP
IEEE 802.3 10/100 Mbps data rate 10BASE-T, 100BASE-TX,100 m (max) CAT5 cable length
EnOcean
868MHz (EN868 model), 30 m typical distance inside buildings
2.3 Environmental
Item
Operating Temperature
0°C to 60°C
Storage Temperature 40°C to +85°C
Description
Relative Humidity
Regulatory Compliance
1095%, non-condensing FCC CFR 47, Part 15 Subpart C
2.4 Ethernet LED Indicators
LED Indicator
Indication
Link (L)
Green: 100 Mbps, flashes with activity
Tx/Rx
Green: Activity
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2.5 Electromagnetic Compatibility (EN868)
Test Method EN 55032:2015+A1:2020
EN 55032:2015+A11:2020
EN 55035:2017+A11:2020
ESTI EN 301 489-1 V2.2.3 (2019-11)
ESTI EN 301 489-3 V2.3.2 (2023-01)
FCC CFR Title 47 Part 15 Subpart B: 2022 ANSI C63.4:2014
FCC CFR Title 47 Part 15 Subpart C Section 15.231 ANSI C63.10:2013 RSS-210
Issue 10 RSS-Gen Issue 5
2.6 Ordering Information
Model
Description
BASGE-EN868
EnOcean to BACnet Gateway 868 MHz
BASGE-ANT868 (sold separately)
BASGE-ANT868-2M (sold separately)
EN868 stick antenna: 50 ohm, gain 0.86 dBi, efficiency value 25% at 868 MHz
EN868 antenna with a 2 m cable: 50 ohm, gain 0.68 dBi, efficiency value 55% at
868 MHz
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2.7 Mechanical Drawing (all dimensions are in inches)
Wiring: 16 to 18 AWG wires or 1.5mm2 wires Mounts directly onto panel or DIN
rail. Width: 3.56 in Height: 2.44 in Depth: 2.81 in
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3 Installation
3.1 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 1618 AWG. COM is
directly connected to zero volts and the chassis is DC isolated from zero
volts. Input connections are reverse-polarity protected. See figure below for
power options.
3.2 Power Supply Precautions
Internally, this device utilizes a half-wave rectifier and therefore can only
share the same AC power source with other half-wave rectified devices. Sharing
a common DC power source is also possible. Sharing AC power with fullwave
rectified devices is NOT recommended. Devices powered from a common AC source
could be damaged if a mix of half-wave and full-wave rectified devices exists.
3.3 Wiring Diagram
3.4 Web Page Configuration
The EnOcean to BACnet Gateway contains an interactive web server accessible
from any Internetcompatible PC on the local network with recent versions of
most standard web browsers such as Microsoft Internet Explorer, Microsoft
Edge, Mozilla Firefox, or Google Chrome installed.
To configure the gateway initially, connect it to your Windows PC using an
Ethernet cable and set the PC’s IP and subnet mask in Local Area Connection >
Properties. In the Internet Protocol Version 4 (TCP/IPv4) settings of your
Windows PC, specify an IP address and a Subnet mask in the same subnet as the
gateway (e.g., 192.168.92.5 /24).
· EnOcean to BACnet Gateway’s factory-programmed default IP address:
192.168.92.68 with a Class C subnet mask of 255.255.255.0 (/24).
· User Name and Password: admin/admin
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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 above. Please wait
30 seconds for the gateway to complete its booting process
Use a flat head screwdriver at either of these two locations to take off the top cover.
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4 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.
4.1 Supported EEPs
The EEP defines how the data is structured in the EnOcean message. The EnOcean
to BACnet Gateway supports input and output EEPs. An input EEP is for a device
that transmits EnOcean messages, and the gateway brings that data to BACnet.
EnOcean to BACnet Gateway Supported Input EEPs a50205 a50701 a51004 a5100d a51018 a51101 a50213 a50702 a51005 a51010 a51019 a51200 a50214 a50703 a51006 a51011 a5101a a51405 a50401 a50801 a51007 a51012 a5101b a52001 a50402 a50802 a51008 a51013 a5101c a53001 a50403 a50904 a51009 a51014 a5101d a53002 a50601 a51001 a5100a a51015 a5101f a53003 a50602 a51002 a5100b a51016 a51022 a53808 a50603 a51003 a5100c a51017 a51023 a53f7f
d2030a d20310 d21430 d21441 d21500 d23200 d23202 d24000 d50001
f60101 f60201 f60202 f60203 f60204 f60401 f60501 f60502 f61000 f61001
4.2 Virtual BACnet Devices
Once entered into the gateway, a virtual input BACnet device will be created
and can be discovered from a BACnet client or head-end. This virtual BACnet
device will have appropriate BACnet objects to expose the data provided by the
EnOcean device, such as Analog-Input objects for temperatures, humidity, light
levels, etc. and multistate objects for conditions reported by the EnOcean
device and binary objects for simple on/off EnOcean status. Each device will
also have an RSSI object which provides the signal strength for the last
received EnOcean message from the associated EnOcean device. It will also have
a Minutes after Last Reception object which will indicate when the gateway
last received a message from the EnOcean device. A value of “-1” indicates it
never received a message since it last powered up. These are only for EnOcean
input devices such as sensors, rocker switches, etc. Virtual output devices
will not have these objects. The gateway will refresh the values in these
objects when new EnOcean messages are received. A COV subscription can also be
used to keep the BACnet client up to date with the changing data in these
objects.
With the BACnet protocol, physical BACnet devices are assigned unique device
instances. In this way, any BACnet device within the same BACnet internetwork
can be uniquely identified. Accommodations
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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. Using
the concept of virtual BACnet routing, each uniquely addressed EnOcean device
appears as an individual BACnet device with a unique BACnet device instance
assignment. Within this BACnet device are a collection of BACnet objects that
relate to the data the EnOcean devices transmit.
The BACnet head-end sees the EnOcean devices as standard BACnet devices
through the EnOcean to BACnet Gateway, which acts as a BACnet router to the
virtual network containing the EnOcean devices. Each EnOcean device has the IP
address of the gateway and appears to be on network 1100 with an automatic
BACnet MAC address.
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5 EnOcean to BACnet Gateway Webpage Configuration
5.1 Home
The gateway can be fully configured from the Home page.
5.2 Configure
Configure Settings
From the Configure web page, select Configure Settings to change the BACnet &
IP settings of the gateway. The gateway will route BACnet data to virtual
BACnet devices it creates on the network corresponding to EnOcean devices
created or added on the gateway webpage. The virtual network number is unique
as this is the network which the gateway will route to for its created BACnet
devices. The “Gateway Address” is the address of the IP router which is used
to reach other subnets or the Internet. If the EnOcean to BACnet gateway’s
traffic is not being routed through IP routers, then leave this at 0.0.0.0.
The BACnet device instance is the BACnet device object instance used by the
gateway. UDP port is the BACnet UDP port used for BACnet communications to the
gateway. BBMD IP address is the IP address of the BBMD which the gateway will
register as a foreign device if this is required by your network. If not leave
this value at 0.0.0.0. ReadPropertyMultiple support can be disabled or
enabled. Disable this option if the gateway is communicating through MS/TP
networks. COV interval controls how often a COV notification can be sent by
the gateway.
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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.
All other BACnet settings will also return to factory settings. Please wait 30
seconds for the reboot to complete. Then connect to the gateway and modify
these settings.
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5.3 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. The name value is the unique BACnet device
object name to be used in the same BACnet device.
When discovering EnOcean devices, click the Start Discovery button. Activate
your EnOcean device by pressing it’s Learn button or perform other activities
that cause the EnOcean device to transmit. When the device’s EURID appears in
the list of discovered devices, click Stop Discovery and fill out the provided
form. Previously registered EnOcean devices will not appear in the list of
discovered devices.
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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.
Enter the selected BACnet device object name and BACnet device ID (BACnet
device object instance). Then click the Register button. After registering
your devices, they should appear in the list of registered devices. You can
select a device in the registered devices list to remove it from the list by
clicking the provided delete button. The devices with a “Real” type are
EnOcean sensors or EnOcean transmitting devices. The “Virtual” devices are
virtual EnOcean output devices. Instructions on how to add, edit, and remove
registered devices will be discussed in the next section, Remote
Commissioning. Entered devices will appear in BACnet after a reboot of the
gateway. To reboot the gateway, go to the Upload/Download menu on the Home
page and select Backup/Restore, then click the Update button.
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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.
The image to the right shows the latest information transmitted by the EnOcean
device (0151232), which includes temperature, humidity, illumination, sensor
status, x, y, z acceleration data, magnetic contact status, RSSI and minutes
after last EnOcean reception. RSSI is a signal strength indication. If the
value is “0” then, no messages have been received from the EnOcean device. The
less negative the value, the greater its strength. For example,” -40″ is
stronger than “-60.” The “Minutes after last reception” is the number of
minutes since the gateway received an EnOcean message from this device. If the
value is “-1,” then no messages have been received since the gateway has
started.
The multisensor has one multistate value object. BACnet multistate objects
cannot have the value 0. The the EEP document on the EnOcean Alliance website
shows sensor status ranges from 0 to 2 for D2-14-41 (see below). Because the
multistate cannot have a 0 value, this object will range from 1-3 in the
gateway, where 1 indicates the periodic update, 2 is the threshold that 1
exceeded, and 3 is the threshold 2 exceeded value. Some BACnet tools will give
you the multistate string and not the value so you will not see this issue.
However, if your BACnet tool provides the integer value of the multistate,
then you will see this change from the EEP. The mapping status webpage will
only show the integer value of the multistate. BDT below shows both the
integer value and the multistate string.
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5.4 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.
Click the Start Discovery button and the list of devices should appear. Only
remote commissionable devices can be discovered.
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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. For example, if this is an EnOcean relay it will toggle the relay on
and off. Click the Download Link Table button to view and modify the Link
Table in this device. This will take about 30 seconds to complete.
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When the Link Table appears, you can delete entries in the table by selecting a device in the table and then clicking the provided Delete button (unlink or delete will remote this entry). Then click the Save changes to controller button when prompted.
To add entries to the Link Table, select devices in your Registered Devices
list. After selecting a device, it should appear in the Link Table on the
webpage. Click Save changes to controller to complete the process. If you
select a real EnOcean device, this device can be used to control this EnOcean
device. Make sure you select a device which is compatible with your device. If
you select a virtual device, then the gateway can be used to control the
remote commissionable EnOcean device.
You can use the Remote Configuration button to configure the settings in
EnOcean devices that support this feature. If the option is grayed out, then
this is not supported on the EnOcean device, or the gateway does not contain a
compatible 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. Click the include in
the next get/set operation checkbox for any changed values. Then click the Set
Device Configuration button to store these settings to the EnOcean device.
Click the Configure Virtual EnOcean Output Devices button at the bottom of the
page. This will open the Virtual Output Device Registration page.
Virtual Output Device Registration Page
You can add or delete virtual EnOcean output devices on the Virtual Output
Device Registration page. The gateway provides two types of BACnet devices.
When you add sensor type devices or EnOcean devices which normally only
transmit, the gateway will create BACnet devices that carry the EnOcean data
transmitted by these devices and received by the gateway. This BACnet device
will have readonly BACnet object types (Analog Input, Binary Input, Multistate
Input, etc.). The second type of BACnet device is the virtual EnOcean output
device. The virtual EnOcean output device is a BACnet device that, when
written via BACnet, will cause the gateway to transmit EnOcean data. This
BACnet device will have BACnet objects which can be written (Analog Output,
Binary Output, Multistate Output, etc.). The virtual EnOcean output device
would be used to control EnOcean devices which can receive EnOcean
transmissions. For example, the gateway can be used to control the EnOcean
Inc., LEDRU relay.
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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.
The entered unique BACnet ID or BACnet object instance will be the value used
by the gateway when it creates this virtual BACnet device. The name field is
the unique BACnet object name to be used. The Destination EURID is the EURID
to which the EnOcean messages will be transmitted when the BACnet objects are
written. You can enter the default broadcast address of “FFFFFFFF” which will
be received by all EnOcean devices. Or you can enter a single EURID. Once
entered it will appear in the registered EnOcean Virtual Output devices list
and it can be discovered on the BACnet network.
The gateway will only control the EnOcean devices to which it has been bound
or linked. If you use a broadcast address, then you can control multiple
linked EnOcean devices from one virtual output
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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.
The gateway masquerades as one of these device types so it can control the
EnOcean device. For example, if the gateway masquerades as a D500-01, it can
control a large number of EnOcean devices, e.g., EnOcean relays. The gateway
controls these devices based on BACnet messages it receives to its created
virtual BACnet device. For example, when the gateway’s virtual BACnet binary
output receives a TRUE, the gateway will transmit a message as a D5-00-01, and
this will turn on an EnOcean relay which is linked to the gateway.
The list of output EEPs is short. These are the most popular EEPs which are
typically used to control EnOcean output devices.
NOTE: More input and output EEPs can be added upon customer request provided
they do not require Smart Acknowledge.
EnOcean to BACnet Gateway Supported Output EEPs
A5-04-03
A5-02-03
A5-3F-7F
A5-38-08
D2-14-41
D5-00-01
F6-02-02
EEPs are defined by the EnOcean Alliance. The gateway contains files which provide a list of BACnet objects that correspond to the values in an EnOcean message for the EEP. For example, a D5-00-01 EEP virtual output device will have 3 objects. The Analog Value-2 can be ignored as these are only for input devices. When a BACnet client writes the Binary Output-1 object then the gateway will transmit an EnOcean message for this virtual device. The destination of the message will be the EURID provided during configuration of this virtual device. The EnOcean message will only be transmitted when all the output BACnet objects are written for the virtual device. In the case of the D5-00-01 there is only one object.
If you use an EEP like the A5-38-08 then you will see many BACnet objects in its list of objects. However, this type of EEP is a special EEP and only a subset of objects are needed to be written in order for an EnOcean transmission to occur. The A5-38-08 has a command object. This object indicates the type of EnOcean message and only the objects in the group need to be written. If you look at the object names you can see a two-character indication followed by a colon, “SW,” “DG,” “SS,” “BS,” “CV,” “FS,” and “BC.” All objects in the same group have the same two-character indication. If you wish to use the “SW” features of the EnOcean device, then write a “1” to the Command object and then write a
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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.
Command Value
Group
1
SW
2
DG
3
SS
4
BS
5
CV
6
FS
7
BC
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5.5 Mapping Status
The Mapping Status webpage will show the status of the EnOcean devices which
have been entered into the gateway. Select the device from the Device Instance
drop-down. You can then select an object from the list of objects and select
Present Value and click the Read button to see its current state from the last
transmission of the corresponding EnOcean device. You can also use this to
write values to EnOcean output devices which are entered into the gateway by
selecting the appropriate object instance (with object property set to Present
Value) and entering the appropriate property value and clicking the Write
button. The Unit status box shows the last time a message was received by the
gateway from this EnOcean device. If a message has been received, the text
will be green, otherwise the text will be black. The EnOcean virtual output
devices will appear in this list but will not have any status.
5.6 Upload/Download
The upload/download menu allows the firmware of the gateway to be updated via
the webpage. Follow the instructions on the webpage. Backup/Restore allows the
settings to be saved and restored for the gateway. 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.
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6 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.
1 Create the virtual EnOcean Output Device. Go to the Remote Commissioning
webpage. Click the Configure Virtual EnOcean Output Devices button. Select
your desired EEP. A D5-00-01 is a simple EEP that can be used to turn on/off
the relay by writing one BACnet object. The A5-38-08 is also supported by the
LEDRU and will allow more functions to be controlled on the LEDRU but it will
require more BACnet objects to be written. Enter a unique BACnet ID and Name.
Enter the destination EURID. If you don’t know your EURID you can find this
from the Remote Commissioning webpage, perform a discovery, click the Locate
button for each device and then copy the EURID for the device which is
activated by the Locate command. Or you can use a broadcast (FFFFFFFF) EURID.
This will cause all devices which are bound/linked to the gateway to be
controlled at the same time. Then click the Register button. You should then
see your virtual output device in the list below. You will need to reboot the
gateway before this virtual output device is active
(Upload/Download->Backup/Restore->Update).
2 Download Link Table of LEDRU. Go to the Remote Commissioning webpage. Enter
the unlock code for the LEDRU or use the default one provided. Click Start
Discovery. When your LEDRU appears, click Stop Discovery. Then click the
Download Link Table button for your LEDRU. Select the device you created in
step 1. You should then be presented with the option to add this to the Link
Table. You can enter a channel ID of 0 and use the Inbound direction for most
applications. Click Add Device and you should see this device in the Link
Table. Click Save Changes to Controller to save this change to the LEDRU.
3 Reboot the gateway (see step 1). Go to the Mapping Status page. Select the
device you created in the device instance drop down. If you used the D5-00-01
EEP select the contact object. Enter 0 in the property value box and click the
Write button. Then enter the 1 in the property box and click the Write button.
These should toggle the state of the LEDRU. If you used the A5-38-08 EEP you
will need to write to the command object and the corresponding group objects
for that command.
If you are not using a remote commissionable EnOcean output device, you can
still link the gateway to the device by applying step 1 and for step 2 use
manual binding by putting the output device in link mode (see manufacturer
instructions) and click the Learn button on the remote commissioning page for
the device created in step 1. Step 3 should work the same way. You can also
use manual binding with an LEDRU.
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7 BACnet Protocol Implementation Conformance Statement (PICS)
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8 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. If the product fails to operate in compliance with its
specification during the warranty period, CC will, at its option, repair or
replace the product at no charge. The customer is, however, responsible for
shipping the product; CC assumes no responsibility for the product until it is
received. CC’s limited warranty covers products only as delivered and does not
cover repair of products that have been damaged by abuse, accident, disaster,
misuse, or incorrect installation. User modification may void the warranty if
the product is damaged by the modification, in which case this warranty does
not cover repair or replacement. This warranty in no way warrants suitability
of the product for any specific application. IN NO EVENT WILL CC BE LIABLE FOR
ANY DAMAGES INCLUDING LOST PROFITS, LOST SAVINGS, OR OTHER INCIDENTAL OR
CONSEQUENTIAL DAMAGES ARISING OUT OF THE USE OR INABILITY TO USE THE PRODUCT
EVEN IF CC HAS BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGES, OR FOR ANY
CLAIM BY ANY PARTY OTHER THAN THE PURCHASER. THE ABOVE WARRANTY IS IN LIEU OF
ANY AND ALL OTHER WARRANTIES, EXPRESSED OR IMPLIED OR STATUTORY, INCLUDING THE
WARRANTIES OF MERCHANTABILITY, FITNESS FOR PARTICULAR PURPOSE OR USE, TITLE
AND NONINFRINGEMENT.
9 Returning Products for Repair
Return the product to the location where it was purchased by following the
instructions at the URL: www.ccontrols.com/rma.htm
10 Declaration of Conformity
Additional compliance documentation can be found on our website:
www.ccontrols.com
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United States Contemporary Control Systems, Inc.
Tel: +1-630-963-7070 Fax:
+1-630-963-0109
info@ccontrols.com
China Contemporary Controls (Suzhou) Co. Ltd
United Kingdom Contemporary Controls Ltd
Germany Contemporary Controls GmbH
Tel: +86 512 68095866 Fax: +86 512 68093760
Tel: +44 (0)24 7641 3786 Fax: +44 (0)24 7641 3923
info@ccontrols.com.cn
ccl.info@ccontrols.com
www.ccontrols.com
Tel: +49 341 520359 0 Fax: +49 341 520359 16
ccg.info@ccontrols.com
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References
Read User Manual Online (PDF format)
Read User Manual Online (PDF format) >>