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Distech ECYPSE User Manual

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Summary of Contents for Distech ECYPSE

  • Page 1 ECLYPSE User Guide...
  • Page 2 05DI-UGIPNET-13 ©, Distech Controls Inc., 2015. All rights reserved. While all efforts have been made to verify the accuracy of information in this manual, Distech Controls is not responsible for damages or claims arising from the use of this manual.

  • Page 3: Table Of Contents

    ABLE OF ONTENTS CHAPTER 1 ............................9 Introduction ............................9 Introduction ..........................10 About the ECY Series Controller ....................10 About the IP Protocol Suite ....................... 10 ® About BACnet .......................... 10 About This User Guide ........................ 11 Purpose of the User Guide ......................11 ECLYPSE Introduction ......................
  • Page 4 About the 2.4 GHz ISM band ....................37 Distance between ECLYPSE Wi-Fi Adapter and Sources of Interference ....... 38 About Wi-Fi Network Channel Numbers ................... 38 Radio Signal Range ........................38 Radio Signal Transmission Obstructions .................. 39 Where to Locate Wireless Adapters ..................39 Transmission Obstructions and Interference ................
  • Page 5 General ............................77 Routing ............................78 Network Port IP ......................... 79 BBMD Settings .......................... 80 Foreign Device Settings ......................81 Network Port MS/TP ........................82 Firmware Update ......................... 84 User Management ........................85 Authentication ..........................85 Local RADIUS Server ........................ 86 Local User Management ......................
  • Page 6 Data Bus Shield Grounding Requirements ................119 ECB 24V-Powered Controller Data Bus Shield Grounding Requirements ......119 ECB-PTU Line-Powered Data Bus Controller Shield Grounding Requirements ....120 Data Bus Shield Grounding Requirements When Mixing Both ECB 24V-Powered Controllers and ECB-PTU Line-Powered Controllers ................121 Using Repeaters to Extend the Data Bus .................

  • Page 7: Eclypse User Guide

    CHAPTER 18 ............................. 172 Wi-Fi Network Troubleshooting Guide ..................172 APPENDIX A ............................. 173 Metric Conversions for Wire Gauge ..................... 173 APPENDIX A ............................. 174 Referenced Documentation ......................174 ECLYPSE User Guide...

  • Page 9: Chapter 1

    CHAPTER 1 NTRODUCTION This section provides an overview of the user guide. In This Chapter Topic Page Introduction About This User Guide Acronyms and Abbreviations Used in this Document ECLYPSE User Guide...

  • Page 10: Introduction

    About the IP Protocol Suite Distech Controls’ ECLYPSE Series controllers use a widely used IP protocol to communicate with each other and with other applications for control and supervision. What is commonly referred to as IP is actually a multi-layered protocol suite that reliably transmits data over the public internet and privately firewalled-off intranets.

  • Page 11: About This User Guide

    Introduction About This User Guide Purpose of the User Guide This user guide does not provide and does not intend to provide instructions for safe wiring practices. It is the user’s responsibility to adhere to the safety codes, safe wiring guidelines, and safe working practices to conform to the rules and regulations in effect in the job site jurisdiction.

  • Page 12: Related Documentation

    Related Documentation The follow documentation is referenced in this document. These documents are available on Distech Controls SmartSource website.  Always refer to the Hardware Installation Guide for the devices you are installing. ...

  • Page 13: Acronyms And Abbreviations Used In This Document

    Introduction Acronyms and Abbreviations Used in this Document Table 1-1: Acronyms and Abbreviations Acronym Definition ASHRAE American Society of Heating, Refrigeration, and Air-Conditioning Engineers Access Point APDU Application Protocol Data Units Application Programming Interface ASCII American Standard Code for Information Interchange ®...
  • Page 14 Introduction Acronym Definition Transmission Control Protocol User Datagram Protocol Uniform Resource Locator Universal Serial Bus Virtual Private Network Wide Area Network Wi-Fi Protected Access World Wide Web ECLYPSE User Guide...

  • Page 15: Chapter 2

    CHAPTER 2 NTERNET ROTOCOL UITE UNDAMENTALS This chapter describes the Internet protocol operating principles necessary to configure the IP parameters of an IP controller. In This Chapter Topic Page About the Internet Network Internet Protocol Suite Overview ECLYPSE User Guide...

  • Page 16: About The Internet Network

    Internet Protocol Suite Fundamentals About the Internet Network The internet is the world-wide interconnection of networks. At its root however, it is not one big network, but a group of networks that communicate between each other by using standard protocols and by using gateways between these networks called routers. The structure of the internet is decentralized and non-hierarchical.

  • Page 17: Internet Protocol Suite Overview

    However it is the Transmission Control Protocol (TCP), the most commonly used internet transport protocol that is used by Distech Controls IP controllers to communicate with each other. TCP creates a connection-oriented channel between two applications; that is to say the...

  • Page 18: Chapter 3

    IPv4 Communication Fundamentals CHAPTER 3 OMMUNICATION UNDAMENTALS This chapter describes IPv4 Communication operating principles. In This Chapter Topic Page DHCP versus Manual Network Settings Networking Basics About Routers, Switches, and Hubs ECLYPSE User Guide...

  • Page 19: Dhcp Versus Manual Network Settings

    IPv4 Communication Fundamentals DHCP versus Manual Network Settings The following methods can be used to set the network settings:  Manually set network settings allow precise control over the network’s configuration. This option may require an in-depth understanding of arcane networking details – much of which is covered in this guide.

  • Page 20: Networking Basics

    IPv4 Communication Fundamentals Networking Basics When manually configuring the TCP/IP interface on an ECLYPSE IP controller (the DHCP option is not used), an IP address, subnetwork mask, and a default gateway are required in the Network Settings. IP Addressing The most widely used internet addressing scheme is IPv4. It codes an IP address in 32 bits. An IPv4 address is made up of two parts defined by a subnetwork mask;...

  • Page 21: Private Ipv4 Address Ranges

    Each IP address class has a private address range. Private IPv4 addresses cannot be routed over the Internet. Distech Controls IP controllers will normally be assigned to a private IP address and are connected to the LAN ports of a router, thereby keeping them behind a firewall from the internet while allowing them to freely communicate to each other and to other trusted devices.

  • Page 22: Domain Name System (Dns)

    Domain Name System (DNS) was created to allow internet users to take advantage of a meaningful Uniform Resource Locator (URL) such as http://www.distech-controls.com/ connect to an IP address without having to know the server’s or computer’s numerical IP address. The DNS does this by looking up the URL and providing the numeric IP address to the requesting computer.

  • Page 23: About Routers, Switches, And Hubs

    IPv4 Communication Fundamentals About Routers, Switches, and Hubs The differences between a hub, switch, and router are discussed in the table below. Device Type Description Every incoming data packet is repeated on every other port on the device. Due to this, all traffic is made available on all ports which increase data packet collisions that affect the entire network, thus limiting its data carrying capacity.

  • Page 24: Network Address Translation / Firewall

    IPv4 Communication Fundamentals Network Address Translation / Firewall A router’s uplink port provides Network Address Translation (NAT) and firewall functions. NAT is a method to hide the private IP addresses of a range of devices (connected to LAN ports) behind a single IP address presented at the WAN uplink port. NAT uses a mechanism to track requests to WAN IP addresses and readdresses the outgoing IP packets on exit so they appear to originate from the router itself.
  • Page 25 IPv4 Communication Fundamentals For certain wireless topologies, a wireless router can be used to connect ECLYPSE controller. In this scenario, a wireless operator interface (laptop or tablet) can be used for commissioning as shown in the figure below. If the laptop has Soft EC-BOS installed, it can be used to program ECB series controllers connected to the RS-485 port of the Connected System Controller.

  • Page 26: Chapter 4

    ECLYPSE Controller IP Network Protocols and Port Numbers CHAPTER 4 ECLYPSE C IP N ONTROLLER ETWORK ROTOCOLS AND UMBERS This chapter describes the IP Network Protocols and Port Numbers used by the ECLYPSE controller. In This Chapter Topic Page About Port Numbers ECLYPSE IP Network Port Numbers and Protocols ECLYPSE Services that Require Internet Connectivity ECLYPSE User Guide...

  • Page 27: About Port Numbers

    ECLYPSE Controller IP Network Protocols and Port Numbers About Port Numbers In an IP packet, a port number is an extension of the packet’s IP address and completes the destination address for a communications session. By convention, the packet’s port number is associated with a protocol used between software applications and is used to uniquely identify a communications endpoint for a specific application or process running on a computer.

  • Page 28: Eclypse Ip Network Port Numbers And Protocols

    ECLYPSE Controller IP Network Protocols and Port Numbers ECLYPSE IP Network Port Numbers and Protocols ECLYPSE uses the following IP Network Protocols to communicate over IPv4 networks. The corresponding default in-bound port number is also shown. Default Port Where can this Number port number be Service...
  • Page 29 ECLYPSE Controller IP Network Protocols and Port Numbers Default Port Where can this Number port number be Service (Protocol) Description changed? Radius 1812 (UDP) Authentication Port: This is the port on User Server which authentication requests are made. Management page 85. If this is Radius 1813 (UDP) Accounting Port: This is the port on which...

  • Page 30: Eclypse Services That Require Internet Connectivity

    ECLYPSE Controller IP Network Protocols and Port Numbers ECLYPSE Services that Require Internet Connectivity In order to operate, the following out-bound services require:  A working DNS. See Domain Name System (DNS) on page 22.  The default gateway / router to be configured. See Default Gateway on page 21.

  • Page 31: Chapter 5

    Connecting IP Devices to an IP Network CHAPTER 5 IP D ONNECTING EVICES TO AN ETWORK An IP network requires infrastructure such as Ethernet cable, routers, switches, or Wi-Fi hotspots in order to work. The following topics discuss the fundamentals of such a network. In This Chapter Topic Page...

  • Page 32: Connecting The Ip Network

    Connecting IP Devices to an IP Network Connecting the IP Network There are two methods to connect a device to an IP Network:  Wired (Ethernet connection with the PRI and SEC ports).  Wireless (when the ECLYPSE Wi-Fi Adapter is connected to the controller). Wired Network Cable Requirements Wired networks use commonly available Cat 5e structural cabling fitted with RJ-45 connectors.
  • Page 33 Pair 2 Pair 1 Pair 3 Pair 4 Figure 5-1: Pins on RJ-45 Jack Face Distech Controls recommends the Cat 5e cables shown below. Cables fitted with connectors are crimped as T568B. Table 5-3: Distech Controls Recommended Cable Types to use for the Cat 5e...

  • Page 34: About The Integrated Ethernet Switch

    Connecting IP Devices to an IP Network About the Integrated Ethernet Switch The 2-port wired interface uses a switch to forward packets addressed to downstream IP devices connected to it. This allows controllers to be daisy-chained together to extend the IP network’s physical range and to reduce the amount of network cable required as each controller no longer has to make a home run to the network switch.

  • Page 35: Spanning Tree Protocol

    Connecting IP Devices to an IP Network Spanning Tree Protocol Switches and routers that support Spanning Tree Protocol (are IEEE 802.1D certified) are able to detect and eliminate a loop from being formed on the network by disabling any port on the router that is causing a loop.

  • Page 36: Connecting The Network Cable To The Eclypse Controller

    Connecting IP Devices to an IP Network When a network wire is cut, the ring is split into two – the switch / router automatically enables the port to maintain service. This is shown below. To Other IP Devices Wired Router / Switch The Port is Automatically Enabled Daisy-Chained BACnet/IP Controllers...

  • Page 37: Wireless Network Connection

    Connecting IP Devices to an IP Network Wireless Network Connection The ECLYPSE Wi-Fi adapter connects to an ECLYPSE controller’s USB port. Figure 5-6: ECLYPSE Wi-Fi Adapter It adds wireless IP connectivity to ECLYPSE controllers and it can be used in a number of wireless topologies and applications.

  • Page 38: Distance Between Eclypse Wi-Fi Adapter And Sources Of Interference

    Connecting IP Devices to an IP Network Distance between ECLYPSE Wi-Fi Adapter and Sources of Interference Unrelated transmitters should be more than 6.5 feet (2 m) away from the ECLYPSE Wi-Fi Adapter to avoid possible interference. About Wi-Fi Network Channel Numbers Wi-Fi communications use a slice of radio spectrum or channel width for data transmission.

  • Page 39: Radio Signal Transmission Obstructions

    Connecting IP Devices to an IP Network or Wi-Fi stumbling tool on a laptop computer. This software shows the currently operating Wi-Fi networks operating within range, their signal strength, and their channel number so as to make the best configuration choices. Radio Signal Transmission Obstructions Radio signals are electromagnetic waves;...

  • Page 40: Eclypse Wi-Fi Adapter Mounting Tips

    Connecting IP Devices to an IP Network High Angle of Incidence Figure 5-10: Angle of Radio Waves A solution to avoid an obstruction is to add another wireless router located closer to the controller(s). ECLYPSE Wi-Fi Adapter Mounting Tips This section provides information and examples on how to properly position the ECLYPSE Wi-Fi Adapter to ensure reliable wireless communication.
  • Page 41 Connecting IP Devices to an IP Network Figure 5-12: ECLYPSE Wi-Fi Adapter Position with VAV in Metal Enclosure Typical Metal Relay Panel/Utility Box Installation The following image shows where to install an ECLYPSE Wi-Fi Adapter on a metal relay panel or utility box with a controller inside the panel/box. To maximize wireless range, the ECLYPSE Wi-Fi Adapter must be installed on the top or side of the panel.

  • Page 42: Planning A Wireless Network

    Connecting IP Devices to an IP Network Antenna & receiver installed on top or side panel Antenna & receiver Antenna & receiver NOT to be installed installed directly on metal inside the metal panel should be avoided enclosure Figure 5-14: ECLYPSE Wi-Fi Adapter Position on Fan Coil Unit Planning a Wireless Network A wireless network can be installed in many different types of floor spaces, large or small: office space, commercial space, residential space, etc.
  • Page 43 Connecting IP Devices to an IP Network Figure 5-16: Mark relevant radio shadings 3. Draw circles to locate the ideal positions for your ECLYPSE Wi-Fi Adapter as shown below: Radio Shading Down Wi-Fi Hotspot Wi-Fi Hotspot Elevator Channel 6 Shaft Channel 1 Elevator Shaft...

  • Page 44: Eclypse Wi-Fi Adapter Connection Modes

    Connecting IP Devices to an IP Network For reliable range planning, the unfavorable conditions should be detected at the beginning but often come from later changes to the environment (room filled with people, alteration of partition walls, furniture, room plants, etc.). Even after careful planning, range and signal tests should be done during installation to verify proper reception at the ECLYPSE Wi-Fi Adapter positions.

  • Page 45: Wi-Fi Client Connection Mode

    Connecting IP Devices to an IP Network Wi-Fi Client Connection Mode Cut installation costs by leveraging existing wireless infrastructure by eliminating the need for Ethernet cables. This architecture is characterized by the point-to-point connection between an access point and a client-controller. Leverage Existing Wireless Infrastructure: Use Wi-Fi to Eliminate Ethernet Cables Wireless Router...

  • Page 46: Wi-Fi Hotspot

    Connecting IP Devices to an IP Network A second ECLYPSE controller can be configured as a wireless client. This can be used as a solution to ‘jump’ architectural features that are not compatible with wires such as glass atriums and the like. To configure the Wi-Fi client connection mode, see Setting up a Wi-Fi Client Wireless Network on page 97.

  • Page 47: Mesh Network

    Connecting IP Devices to an IP Network Mesh Network A mesh network increases communication reliability and provides redundancy. When one node drops out, the remaining nodes can still communicate with each other, either directly or through one or more intermediate nodes, thus allowing the mesh network to self-heal, resulting in increasing network availability.
  • Page 48 Connecting IP Devices to an IP Network Alternate the Mesh Network Channel Number When there is a need for more than 30 mesh network clients, two or more mesh network are used as shown below. To reduce interference between mesh networks and increase network throughput, it is important to alternate the mesh network’s channel number between channel 1 and channel 3 for each mesh network that is next to another.

  • Page 49: Wireless Network Commissioning Architectures

    Connecting IP Devices to an IP Network Wireless Network Commissioning Architectures Client to Access Point Configuration A laptop is connected through Wi-Fi, as a Wi-Fi client, to any Connected VAV Controller that has its wireless settings configured as an Access Point. The other Connected VAV Controllers are configured as Wi-Fi Clients and are wirelessly connected to the same Access Point.

  • Page 50: Client To Hotspot Configuration

    Connecting IP Devices to an IP Network Client to Hotspot Configuration A laptop is connected through Wi-Fi, as a Wi-Fi client, to a Connected System Controller that has its wireless settings configured as a Hotspot. The Connected VAV Controllers that are part of the wired network are configured, on their wireless side as a Wi-Fi Access Point.

  • Page 51: Mesh Configuration

    Connecting IP Devices to an IP Network Mesh Configuration The laptop is part of the wired IP daisy chain. The Connected VAV Controllers that are part of the wired network are configured on their wireless side as Wi-Fi Mesh and they are enabled as the Mesh Gate (see Wireless Configuration on page 73).

  • Page 52: Chapter 6

    First Time Connection to an ECLYPSE Controller CHAPTER 6 ECLYPSE IRST ONNECTION TO AN ONTROLLER This chapter describes how to get started with an ECLYPSE controller. This includes discovering the controller on the network using the XpressNetwork Utility and gaining access to the controller’s configuration interfaces.

  • Page 53: Connecting To The Controller

    First Time Connection to an ECLYPSE Controller Connecting to the Controller When connecting to the controller for the first time, the goal is to gain access to the controller so that you can configure it to work in its future network environment. To do so, you must connect the controller to form a network.

  • Page 54: Ethernet Network Connection

    First Time Connection to an ECLYPSE Controller Ethernet Network Connection Depending on the controller model, the way the controller is connected to the network will change according to whether the controller is a Power over Ethernet (PoE) model or not. ...

  • Page 55: Network Connections For Ecy-Vav-Poe Model Controllers

    First Time Connection to an ECLYPSE Controller Cat 5e Network Cable To Next IP Device To Router / Next IP Device RJ-45 Connector Figure 6-3: ECY-VAV Wired Network Connection: Cat 5e Cables with RJ-45 Connectors are used 2. Connect power to the controller(s). See the controller’s Hardware Installation Guide for how to do so.
  • Page 56 First Time Connection to an ECLYPSE Controller To remove power from an ECY-VAV-PoE controller, disconnect the “PoE Network Connection” shown in Figure 6-4. ECLYPSE User Guide...

  • Page 57: Wi-Fi Network Connection

    First Time Connection to an ECLYPSE Controller Wi-Fi Network Connection Once the ECLYPSE Wi-Fi Adapter has been connected to a powered controller, a Wi-Fi hotspot becomes available that allows you to connect to the controller’s configuration Web interface with your PC. On your PC’s wireless networks, look for an access point named ECLYPSE-XXYYZZ where XXYYZZ are the last 6 hexadecimal characters of the controller’s MAC address.

  • Page 58: Configuring The Controller

    First Time Connection to an ECLYPSE Controller Configuring the Controller Any of the following methods can be used to connect to the controller’s interface in order to configure it:  Using the XpressNetwork Utility  Using the controller’s factory-default Hostname in the Web browser ...

  • Page 59: Using The Controller's Ip Address In The Web Browser

    First Time Connection to an ECLYPSE Controller 2. In the Web browser’s address bar, type eclipse-cd4ad1.local and click go. 3. Login to the controller. Then set the controller’s configuration parameters in the controller’s configuration Web interface. Connecting to the Controller’s Configuration Web Interface on page 60.

  • Page 60: Connecting To The Controller's Configuration Web Interface

    First Time Connection to an ECLYPSE Controller Connecting to the Controller’s Configuration Web Interface The ECLYPSE Series Controller configuration can be made through the controller’s configuration Web interface to set all the controller’s configuration parameters including the controller’s IP address according to your network planning. Once connected to the controller, you must login to the configuration Web interface.

  • Page 61: Chapter 7

    Supported RADIUS Server Architectures CHAPTER 7 RADIUS S UPPORTED ERVER RCHITECTURES A RADIUS server is used to centralize user credentials (controller login username / password) across all devices. This chapter describes the supported RADIUS server architectures and how to configure a RADIUS server in EC-Net or in an ECLYPSE controller.

  • Page 62: Overview

    Supported RADIUS Server Architectures Overview When network connectivity allows, an EC-gfxProgram user can connect directly to an ECLYPSE controller or a user can connect to the ECLYPSE controller through an EC-Net station. No matter the connection method, a user has to authenticate themselves with their user credential (controller login username / password combination).

  • Page 63: Radius Server Architectures

    Supported RADIUS Server Architectures RADIUS Server Architectures Local Credential Authentication Each device has its own credential database in the local credential authentication architecture. This approach is labor-intensive as multiple credential database instances must be maintained. EC-gfxProgram EC-Net ECLYPSE ECLYPSE Controller A Controller B Key: Credential Database...

  • Page 64: Eclypse-Based Centralized Credential Authentication

    Supported RADIUS Server Architectures Component Description This is the ECLYPSE controller A’s credential database and ECLYPSE Credential controller B’s credential database. If EC-gfxProgram users are to connect to Database B station, the controller’s and C either of these controllers through the EC-Net station’s credential database must have the credentials for EC-Net RestService.

  • Page 65: Ec-Net Ax -Based Centralized Credential Authentication

    Supported RADIUS Server Architectures Component Description station’s RestService to Login This is the login credential used by the EC-Net Credential 3 connect to any ECLYPSE controller. To program an ECLYPSE controller with EC-gfxProgram through EC-Net , the RestService must be configured on the EC-Net station with a login credential to all ECLYPSE controllers.

  • Page 66: Configuring The Ec-Net Station's Restservice

    Supported RADIUS Server Architectures Component Description This is the login credential used by an EC-gfxProgram user to connect to Login Credential 2 any ECLYPSE controller. This credential is managed in the EC-Net User Service. station’s RestService to Login This is the login credential used by the EC-Net Credential 3 connect to any ECLYPSE controller.

  • Page 67: Chapter 8

    ECLYPSE Web Interface CHAPTER 8 ECLYPSE W NTERFACE This chapter describes the ECLYPSE controller’s Web interface. In This Chapter Topic Page Overview Web Configuration Interface Network Settings BACnet Settings Firmware Update User Management Device Information System Settings Viewer Information ECLYPSE User Guide...

  • Page 68: Overview

    ECLYPSE Web Interface Overview The ECLYPSE controller has a web-based interface that allows you to view system status, configure the controller, and update the controller’s firmware. Your current login username is shown in the top-right corner. Figure 8-1: ECLYPSE Controller’s Web Interface Welcome Home Page Option Description ENVYSION...

  • Page 69: Login Credentials

    ECLYPSE Web Interface Login Credentials The default user and password are:  user: admin  password: admin Figure 8-2: ECLYPSE Web Configuration Interface Login It is important to create new user accounts with strong passwords to protect the controller from unauthorized access. Remove the factory default account admin / admin as this is a commonly known security breech.

  • Page 70: Web Configuration Interface

    ECLYPSE Web Interface Web Configuration Interface This allows you to view and set the controller’s configuration settings including its IP address, Wi-Fi settings, and to update the controller’s firmware. These configuration parameters are password protected. Main Screen The ECLYPSE controller’s network interface and wireless configuration parameters are configured through this web interface.
  • Page 71 ECLYPSE Web Interface Item Description User This is where the user access rights are set. User Management Management page 85 Device This provides information about the device and Device Information Information its network connection. page 90 This is where you set the controller’s interface System System Settings Settings...

  • Page 72: Network Settings

    ECLYPSE Web Interface Network Settings This is where wired and wireless network configuration parameters are set. Figure 8-6: Network Settings The following configuration options are available. Item IP Configuration IP Configuration on page 72 Wireless Configuration Wireless on page 73 Hotspot Configuration Hotspot Configuration on page 75...

  • Page 73: Wireless Configuration

    ECLYPSE Web Interface Option DHCP Client: Enabled DHCP Client: Disabled Gateway This is the gateway IP The IP address of the default gateway to other Address provided by the networks. This is usually the IP address of the network’s DHCP server. connected network router.
  • Page 74 ECLYPSE Web Interface Item Description Network Name The network name is the Service Set IDentification (SSID) for a Wi-Fi hotspot. When this controller’s active mode is configured as a:  Hotspot: set a descriptive network name that other wireless clients will use to find this hotspot. ...

  • Page 75: Hotspot Configuration

    ECLYPSE Web Interface Hotspot Configuration When a wireless network type (Active Mode) is configured as a Hotspot/AP, this configuration interface sets the wireless network’s mode (hotspot mode or access point mode) and corresponding network parameters. Item Description This sets the wireless network’s mode. Enabled ...
  • Page 76 ECLYPSE Web Interface Item Description Channel Number This sets the center frequency of the transmission. If there are other Wi-Fi networks are nearby, configure each Wi-Fi network to use different channel numbers to reduce interference and network drop- outs. The range of available channels may vary from country to country.

  • Page 77: Bacnet Settings

    ECLYPSE Web Interface BACnet Settings This is where the BACnet interface parameters are set. General This sets the controller’s BACnet network parameters. Figure 8-7: General BACnet Settings Item Description Controller Name Set a descriptive name by which this controller will be known to other BACnet objects.

  • Page 78: Routing

    ECLYPSE Web Interface Routing This enables the routing of BACnet packets between BACnet MS/TP controllers connected to the ECLYPSE Connected System Controller’s RS-485 port and BACnet/IP controllers connected to the ECLYPSE Connected System Controller’s Ethernet Switch ports. For example, routing must be enabled for EC-Net to discover the BACnet MS/TP controllers connected to the ECLYPSE Connected System Controller’s RS-485 port.

  • Page 79: Network Port Ip

    ECLYPSE Web Interface Network Port IP This sets the IP network configuration parameters including BACnet Broadcast Management Device (BBMD) and Foreign Device for intranetwork connectivity. Figure 8-9: BACnet IP Configuration Item Description Enabled This enables/disables the routing of BACnet packets between BACnet MS/TP controllers connected to the ECLYPSE Connected System Controller’s RS-485 port and BACnet/IP controllers connected to the ECLYPSE Connected System Controller’s Ethernet...

  • Page 80: Bbmd Settings

    ECLYPSE Web Interface Item Description Enable Foreign Foreign Device Registration allows a BACnet/IP device to send Devices broadcast messages to a device with BBMD enabled. See Foreign Device Settings on page 81. To enable this feature, set Enable Foreign Devices on only one device on each subnet.

  • Page 81: Foreign Device Settings

    ECLYPSE Web Interface Figure 8-11: Adding a BBMD Item Description The IP address of the BBMD located on the other subnetwork. MASK The subnetwork mask for the other subnetwork. PORT The port number for the BACnet service of the BBMD located on the other subnetwork.

  • Page 82: Network Port Ms/Tp

    ECLYPSE Web Interface Remove a foreign device from this controller’s Broadcast Distribution Remove Table. Figure 8-13: Adding a Foreign Device Item Description The IP address of a controller (foreign device) located on another subnetwork. PORT The port number for the BACnet service of the controller located on the other subnetwork.
  • Page 83 ECLYPSE Web Interface Item Description Network Number A network number identifies a LAN for routing purposes. All controllers with the same network number are members of the same logical BACnet network. See Device Addressing on page 125. Baud Rate The recommended baud rate setting is 38 400. See Baud Rate page 113.

  • Page 84: Firmware Update

    ECLYPSE Web Interface Firmware Update The controller’s firmware can be updated through the Web Update file upload interface. The firmware can be uploaded for:  The ECLYPSE series controller under the “Automation & Connectivity Server” icon.  The ECY Series Controller’s I/O modules under the “I/O Extension Modules” icon. Figure 8-15: The Web Update File Upload Interface The following firmware upload options are available.

  • Page 85: User Management

    ECLYPSE Web Interface User Management User management is the control of who can access the controller by enforcing the authentication credentials users need to access the controller. User management can either be locally managed or remotely managed. If there is more than one ECLYPSE controller on the network, it is best to centralize access management –...

  • Page 86: Local Radius Server

    ECLYPSE Web Interface Local RADIUS Server When Authentication is set to Local, the following configuration parameters are available. This controller can be used as a RADIUS server by other controllers on the network. In this scenario, the other controllers must be configured to use the Remote RADIUS server mode with this controller’s IP address.

  • Page 87: Adding A User

    ECLYPSE Web Interface Adding a User Adding a user creates a user profile that allows a person to login to the controller with a username / password combination and to have access to certain controller software interfaces. When this controller is used as a RADIUS server by other controllers, users connecting to those controllers will have to those controllers as defined by their user profile.

  • Page 88: Remote Radius Server

    ECLYPSE Web Interface Item Description User access The access levels the user will be able to use. Set one or more options according to the user’s role. attributes: Admin: Allows user access to the ENVYSION studio and viewer. The user can also view and modify all configuration interface parameters and program the controller with EC-gfxProgram.
  • Page 89 ECLYPSE Web Interface Figure 8-19: Using the Network’s RADIUS Server for User Authentication Management The port values of 1812 for authentication and 1813 for accounting are RADIUS standard port numbers. However, other port numbers may be used. No matter which port numbers are used, make sure that the port numbers are unused by other services on this controller and that both the RADIUS server and the RADIUS clients use the same port number values.

  • Page 90: Device Information

    ECLYPSE Web Interface Device Information This shows detailed information about the controller such as the software version, MAC address for each network interface, extension modules versions, and Wi-Fi information. Figure 8-20: Device Information Item Description Click to refresh the information in the list. Reboot Click to reboot the controller.

  • Page 91: System Settings

    ECLYPSE Web Interface System Settings This is where you configure the controller’s Web interface, port numbers, and secure web interface. A secure web interface requires a SSL certificate. Figure 8-21: System Settings Item Description Set the controller’s date Date Set the controller clock’s time and the time zone the controller is Time and Time Zone located in.

  • Page 92: Saving A Certificate

    ECLYPSE Web Interface Item Description Import certificate Set this to import a pre-existing certificate saved as a file on your Import Certificate To import the custom certificate. Status Not present: No certificate has been imported. Present: A certificate has been imported. Password The password for the certificate to be imported.
  • Page 93 ECLYPSE Web Interface Figure 8-24: Installing the Certificate on the PC 6. Select Place all certificates in the following store. Click Browse. Figure 8-25: Selecting the Store 7. Select Trusted Root Certificate Authorities and click OK. Figure 8-26: Selecting the Store 8.
  • Page 94 ECLYPSE Web Interface 9. Accept the warning. Click Yes. Figure 8-27: Accept the Warning ECLYPSE User Guide...

  • Page 95: Viewer Information

    ECLYPSE Web Interface Viewer Information When a user logs into the controller, the first page they will see can be set so they do not have to navigate to that page every time they connect to the controller. This allows a user to be immediately situated in a task according to their role.

  • Page 96: Chapter 9

    Configuring the ECLYPSE Wi-Fi Adapter Wireless Networks CHAPTER 9 ECLYPSE W ONFIGURING THE DAPTER IRELESS ETWORKS ECLYPSE Wi-Fi Adapter supports a number of wireless network connection modes. This chapter describes how to configure a controller’s wireless network. See also ECLYPSE Wi-Fi Adapter Connection Modes on page 44.

  • Page 97: Setting Up A Wi-Fi Client Wireless Network

    Configuring the ECLYPSE Wi-Fi Adapter Wireless Networks Setting up a Wi-Fi Client Wireless Network This connects the controller as a client of a Wi-Fi access point. See Wi-Fi Client Connection Mode on page 45 for more information. Figure 9-1: Client Wireless Network Settings Configure the controller’s ECLYPSE Wi-Fi adapter mode as a Wi-Fi client as follows.

  • Page 98: Setting Up A Wi-Fi Access Point Wireless Network

    Configuring the ECLYPSE Wi-Fi Adapter Wireless Networks Setting up a Wi-Fi Access Point Wireless Network This turns the controller into a Wi-Fi access point that other wireless clients can use to have network access. This access point operates off of the same subnetwork and has the same IP connectivity that the controller has with its wired network connection.

  • Page 99: Setting Up A Wi-Fi Hotspot Wireless Network

    Configuring the ECLYPSE Wi-Fi Adapter Wireless Networks Setting up a Wi-Fi Hotspot Wireless Network This turns the controller into a Wi-Fi hotspot with a router. This puts the hotspot into a separate subnetwork with a DHCP server to provide IP addresses to any connected device. Wi-Fi Hotspot on page 46 for more information.
  • Page 100 Configuring the ECLYPSE Wi-Fi Adapter Wireless Networks = 192.168.0.26 will allow a maximum of 5 clients to connect to the hotspot on a first-to- connect basis. 10. Under Advanced, set the Channel Width, Channel Number, and Wi-Fi Mode. See Advanced on page 75 for an explanation of these parameters.

  • Page 101: Setting Up A Wi-Fi Mesh Wireless Network

    Configuring the ECLYPSE Wi-Fi Adapter Wireless Networks Setting up a Wi-Fi Mesh Wireless Network This feature is only available to Beta clients. This makes the controller a member of a mesh network. This interface can auto-configure its IP parameters when the connected network has a DHCP server.
  • Page 102 Configuring the ECLYPSE Wi-Fi Adapter Wireless Networks Signal strength is measured in negative units where the stronger the signal, the closer it is to zero. A weaker signal strength will have a more negative number. For example, a receive signal strength of -35 dBm is much stronger than a receive signal strength of -70 dBm.

  • Page 103: Chapter 10

    Securing an ECLYPSE Controller CHAPTER 10 ECLYPSE C ECURING AN ONTROLLER This chapter describes how to harden an ECLYPSE controller from unauthorized access and use. In This Chapter Topic Page Introduction Passwords Account Management and Permissions Additional Settings External Factors ECLYPSE User Guide...

  • Page 104: Introduction

    Securing an ECLYPSE Controller Introduction This chapter describes how to implement best security practices for ECLYPSE controllers. Security is built up layer upon layer to make the system more resistant to attacks. This involves taking simple but effective steps to implement built-in security features. ECLYPSE User Guide...

  • Page 105: Passwords

    Securing an ECLYPSE Controller Passwords A username / password combination (or credentials) authenticates a user’s access rights to a controller. If an attacker gains access to a user’s password, the attacker has access to carry out any action on the controller that is allowed by that user’s permissions. Change the Default Platform Credentials When a controller is shipped, the following default credentials provide ‘administrator’...

  • Page 106: Account Management And Permissions

    Securing an ECLYPSE Controller Account Management and Permissions User accounts must be properly managed to make it harder for an attacker to compromise security, and to make it easier to detect that an attack has occurred. To set user account parameters, see User Management on page 85.

  • Page 107: Additional Settings

    Securing an ECLYPSE Controller Additional Settings Update the ECLYPSE Controller’s Firmware to the Latest Release Always keep the ECLYPSE controller’s firmware up-to-date. The most recent firmware has the latest bug fixes and stability enhancements. ECLYPSE User Guide...

  • Page 108: External Factors

    Securing an ECLYPSE Controller External Factors Install ECLYPSE Controllers in a Secure Location Ensure that the ECLYPSE Controller is installed in a physically secure location, under lock and key. Through physical access, an attacker can take over the controller to do with it what they please.

  • Page 109: Chapter 11

    CHAPTER 11 MS/TP C OMMUNICATION UNDAMENTALS This chapter describes the BACnet MS/TP Communications Data Bus operating principles. In This Chapter Topic Page BACnet MS/TP Data Transmission Essentials Maximum Number of BACnet MS/TP Devices on a Data Bus Segment and Baud Rate Data Bus Physical Specifications and Cable Requirements Data Bus Topology and EOL Terminations Data Bus Shield Grounding Requirements...

  • Page 110: Bacnet Ms/Tp Data Transmission Essentials

    The markings to identify the polarity can vary by manufacturer. The following table summarizes the most common identification labels for BACnet MS/TP data bus polarity. Table 11-1: Common Identification Labels for BACnet MS/TP Data Bus Polarity for Distech Controls’ Products Distech Controls Product Typical Data Bus Connection Terminals Inverting...
  • Page 111 BACnet MS/TP Communication Data Bus Fundamentals Except for an ECB-PTU Line-Powered Controllers and ECY Series Controllers, never connect the shield of the BACnet MS/TP data bus to the Reference terminal. Data Bus Shield Grounding Requirements on page 119 for more information. Table 11-2: Common Identification Labels for BACnet MS/TP Data Bus Polarity for other Manufacturers Device Manufacturer...

  • Page 112: Maximum Number Of Bacnet Ms/Tp Devices On A Data Bus Segment And Baud Rate

    113.  Distech Controls recommends that you connect no more than 50 of our ⅛ or ½-load devices on a single BACnet MS/TP Data Bus Segment when a baud rate of 19 200 or higher is used (preferably 38 400 baud). This is to ensure that the BACnet MS/TP Data Bus has enough bandwidth to efficiently communicate network variables between controllers.

  • Page 113: Device Loading

    The use of full load devices limits the number of devices connected to a BACnet MS/TP Data Bus Segment to 32 devices. Distech Controls’ BACnet MS/TP devices are ⅛-load devices and ½-load devices, which allows more devices to be connected to the BACnet MS/TP Data Bus Segment, as compared to full load devices.
  • Page 114 All devices on the data bus must be set to the same baud rate. Therefore, the chosen baud rate must be supported by all devices connected to the data bus. The recommended baud rate for Distech Controls’ devices is 38 400. We recommend that you: ...

  • Page 115: Data Bus Physical Specifications And Cable Requirements

    Pair Shielded Cable – FT6, Rated for Plenum (0.148 in.) Applications Distech Controls BACnet cable offers the best performance over the full range of baud rates, cable lengths, and number of connected devices. This is primarily due to lower conductor-to- conductor capacitance of this cable.

  • Page 116: Data Bus Topology And Eol Terminations

    BACnet MS/TP Communication Data Bus Fundamentals Data Bus Topology and EOL Terminations Function of EOL Terminations The first and last device on the data bus must have End-of-Line (EOL) termination resistors connected across the two data lines/wires of the twisted pair. These resistors serve the following purposes: ...

  • Page 117: About Setting Built-In Eol Terminations

    IP, XML, HTTP, oBIX ORKS ECY-S1000 Maximum of 32 nodes and 1200 meters. Maximum is 50 nodes when using EOL Internally Set Distech Controls devices exclusively  MS/TP Data Bus Segment Segment 1 EOL Internally Set Central Plant Air Handling Controllers...
  • Page 118 BACnet MS/TP Communication Data Bus Fundamentals Only linear, daisy-chained devices provide predictable data bus impedances required for reliable data bus operation. Only a daisy-chained data bus topology should be specified during the planning stages of a project and implemented in the installation phase of the project. A spur is only permitted when it is connected to the data bus through a repeater (see Using Repeaters to Extend the Data Bus...

  • Page 119: Data Bus Shield Grounding Requirements

    BACnet MS/TP Communication Data Bus Fundamentals Data Bus Shield Grounding Requirements The EIA-485 data bus standard requires that the data bus must be shielded against interference. A BACnet MS/TP data bus must also be properly grounded. For ECB Series 24V-Powered Controllers: The data bus’ cable shields must be twisted together and isolated with electrical tape at each device.

  • Page 120: Ecb-Ptu Line-Powered Data Bus Controller Shield Grounding Requirements

    BACnet MS/TP Communication Data Bus Fundamentals Typical BACnet 24VAC- Typical BACnet 24VAC- Typical BACnet 24VAC- Typical BACnet 24VAC- Powered Controller Powered Controller Powered Controller Powered Controller ECY Series Data Bus Shields: Connect to the ‘S’ terminal Data Bus Shields: Twist Data Bus Shield: Data Bus Shield: together and Isolate...

  • Page 121: Data Bus Shield Grounding Requirements When Mixing Both Ecb 24V-Powered Controllers And Ecb-Ptu Line-Powered Controllers

    BACnet MS/TP Communication Data Bus Fundamentals Data Bus Shield Grounding Requirements When Mixing Both ECB 24V-Powered Controllers and ECB-PTU Line-Powered Controllers The shield on each data bus segment must be connected to the electrical system ground at one point only, for example, at the ECY Series System Controller, as shown below in Figure 11-10 Figure...

  • Page 122: Using Repeaters To Extend The Data Bus

    Will have the same network number as they remain part of the same network or LAN. Distech Controls recommends that you connect no more than 50 of our ⅛ or ½-load devices on all BACnet MS/TP Data Bus repeater segments when a baud rate of 19 200 or higher is used (preferably 38 400 baud).
  • Page 123 BACnet MS/TP Communication Data Bus Fundamentals A repeater can be used to create a spur as shown below. MS/TP Data Bus Segment: - 1220 m (4 000 ft) Maximum - 50 Connected Devices Maximum Total MS/TP Repeater EOL Internally Set EOL Terminator EOL Internally Set ECY-S1000...
  • Page 124 BACnet MS/TP Communication Data Bus Fundamentals When to Use EOL Terminations on page 116 for more information. The shield of one data bus must be grounded at one point as specified in Data Bus Shield Grounding Requirements on page 119. The shields of the two data buses must be connected together 11-14.

  • Page 125: Device Addressing

    Table 11-7: Recommended BACnet MS/TP Bus MAC Address Values / Ranges for BACnet MS/TP Data Bus Devices MAC Address Usage Devices Value / Range This address is invalid for Distech Controls’ Data Bus Master (ECY Series ECB series devices Controller) Temporary...
  • Page 126 BACnet MS/TP Communication Data Bus Fundamentals BACnet MS/TP Data Bus Token-Passing Overview The BACnet MS/TP data bus protocol is a peer-to-peer, multiple-master protocol that shares data bus bandwidth by passing a token between Master devices on the data bus that authorizes the device that is holding the token to initiate communications on the data bus.
  • Page 127 Default Device Instance Number Numbering System for Distech Controls’ controllers By default, controllers from Distech Controls automatically self-assign a Device Instance number generated from the unique MAC Address assigned to the controller during installation. The Device Instance number is calculated as follows: Device Instance number = 364 X 1000 + MAC Address Where 364 is Distech Controls unique BACnet Manufacturer ID.
  • Page 128 BACnet MS/TP Communication Data Bus Fundamentals Table 11-8: Recommended Numbering Scheme for MAC Addresses, Instance Numbers, and Network Numbers Description Range Example BACnet/IP Network Number 0 to 65 534 ECY Series Controller BACnet/IP Device Instance 10 000 to 10 000 Numbers: Multiples of 10 000 4 190 000 20 000...
  • Page 129 BACnet MS/TP Communication Data Bus Fundamentals Inter-Building BACnet Connection BACnet network connections between buildings must be made using BACnet/IP as shown below. - Data Bus Management - Data Bus Integration - Alarm - User Interface - Device Configuration and - Trend Log - Remote Access programming - Schedule...

  • Page 130: Power Supply Requirements For 24Vac-Powered Controllers

    Power Supply Requirements for 24VAC-Powered Controllers BACnet MS/TP is a Three-Wire Data Bus Even though data is transmitted over a 2-wire twisted pair, all EIA-485 transceivers interpret the voltage levels of the transmitted differential signals with respect to a third voltage reference common to all devices connected to the data bus (signal reference).
  • Page 131 ECLYPSE Selection Tool.xlsm Distech Controls’ 24V-powered devices are Class 2 Products. To conform to Class 2 installation requirements, only use transformers of 100VA or less to power the device(s).
  • Page 132 100 VA, use two or more transformers. Ensure that the load to be connected to each transformer follows the guideline of Step 1 above. Recommended 24V Power Cable The table below lists Distech Controls’ recommended power cable. Table 11-11: Distech Controls Recommended 24V Power Cable Cable Type...
  • Page 133 BACnet MS/TP Communication Data Bus Fundamentals Power Supply AC Power BACnet Device Fuse: 4A Max. Source Fast Acting 24 / 120 / 208 / 24V AC/DC 240 / 277 / 347 / 24 VAC 480 VAC, 1Ø, 2- 24V COM Wire plus Ground Maintain consistent BACnet Thermostat...

  • Page 134: Chapter 12

    CHAPTER 12 UBNETWORK NSTALLATION UIDELINES This chapter describes the subnetwork installation guidelines. This subnetwork supports a range of expansion / extension modules. In This Chapter Topic Page About the Subnetwork Data Bus Cat 5e Cable Subnetwork Data Bus Setting the Allure EC-Smart-Vue Sensor’s Subnet ID Address Commissioning a Connected VAV Controller with an Allure EC-Smart-Vue Sensor...

  • Page 135: About The Subnetwork Data Bus

    Subnetwork Installation Guidelines About the Subnetwork Data Bus ECY Series Distech Controls’ controllers use the subnetwork data bus to support various optional modules that add extra inputs, outputs, sensor inputs (temperature, humidity, CO motion, receive wireless commands from a remote control), and interactive screen menus for user control.

  • Page 136: Subnetwork Module Compatibility And Supported Quantity Charts

    Subnetwork Installation Guidelines Subnetwork Module Compatibility and Supported Quantity Charts Not all subnetwork modules work with all controller models: The subnetwork module compatibility for an individual controller is shown in the table below along with the maximum supported quantity of room devices and extension modules. The Subnet ID address of all subnet devices must be set to be within the shown addressing range.

  • Page 137: Subnetwork Data Bus Length

    Subnetwork Installation Guidelines Subnetwork Bus: Typical Connection for Room Devices Cat 5e Cable Sub-Network Bus ECx Subnet Adapter Allure Series Light or Sunblind Typical ECLYPSE Typical Room Devices Sensors Connected System Expansion Module Controller Series Figure 12-1: Subnetwork Module Connection to the ECY Series Controller Example Subnetwork Bus: Typical Connection for Room Devices Cat 5e Cable Sub-Network Bus...
  • Page 138 Subnetwork Installation Guidelines sensor. To ensure proper operation, it is recommended to distribute the sensors throughout the length of the subnetwork. ECLYPSE User Guide...

  • Page 139: Cat 5E Cable Subnetwork Data Bus

    Cat 5e Cable Subnetwork Data Bus The Cat 5e Cable subnetwork data bus is used to connect compatible room devices (Table 12-1) to any Distech Controls ECLYPSE series controller. See Subnetwork Module Compatibility and Supported Quantity Charts on page 136 for a list of compatible extension / expansion modules.
  • Page 140 Pair 2 Pair 1 Pair 3 Pair 4 Figure 12-4: Pins on RJ-45 Jack Face Distech Controls recommends the Cat 5e cables shown below. Cables fitted with connectors are crimped as T568B. Table 12-5: Distech Controls Recommended Cable Types to use for the Cat 5e...

  • Page 141: Cat 5E Cable Subnetwork Bus Topology And End-Of-Line Terminations

    Subnetwork Installation Guidelines Cable Type Non-Plenum Applications (Use in Plenum Applications (FT6) Conduit - FT4) Part Number O.D. (Ø) Part Number O.D. (Ø) 300 m (1000 feet), Cat CB-W244P-1446WHTB 4.6mm (0.18in.) CB-W244P-2176WHTB 4.6mm (0.18in.) 5e Cable – Without Connectors 100 Crimp RJ-45 CB-W5506E CB-W5506E Connectors...
  • Page 142 Subnetwork Installation Guidelines Typical Room Devices Cat 5e Cable Subnetwork Bus ECx Subnet Adapter Typical ECLYPSE Connected VAV Back of Allure Controller EC-Smart-Comfort Remove the EOL jumper EOL set to ON at the last sensor at the end of the Bus Figure 12-7: Setting the EOL Terminations on the Cat 5e Cable Subnetwork Data Bus ECLYPSE Connected VAV Controllers Typical Room Devices...

  • Page 143: Setting The Subnet Id Addressing For Room Devices

    Subnetwork Installation Guidelines Cat 5e Cable Subnetwork Bus Inside Back of Allure EC-Smart-Vue EOL ON EOL set to ON at the last Typical ECLYPSE sensor at the Connected System end of the Bus Controller Series Figure 12-9: Setting the EOL Terminations on the Cat 5e Cable Subnetwork Data Bus for the ECY Series Controller Series Controllers Setting the Subnet ID Addressing for Room Devices Each type of room device connected to a controller’s Subnet Port must be set to a unique...

  • Page 144: Setting The Allure Ec-Smart-Vue Sensor's Subnet Id Address

    Subnetwork Installation Guidelines Setting the Allure EC-Smart-Vue Sensor’s Subnet ID Address An Allure EC-Smart-Vue sensor’s Subnet ID corresponds to the ComSensor block instance programmed in the controller with EC-gfxProgram. The Allure EC-Smart-Vue sensor’s Subnet ID can be set in the procedure below. ECLYPSE Connected VAV Controllers can be commissioned with an Allure EC-Smart-Vue sensor.

  • Page 145: Setting The Allure Ec-Smart-Air And Ec-Smart-Comfort Communicating Sensor Series' Subnet Id Address

    Subnetwork Installation Guidelines Setting the Allure EC-Smart-Air and EC-Smart- Comfort Communicating Sensor Series’ Subnet ID Address Each Allure EC-Smart-Air or EC-Smart-Comfort communicating sensor connected to a controller’s Subnet Port must be set to a unique subnet ID address. This address should correspond to the block number of the associated Subnet Extension block in EC-gfxProgram.

  • Page 146: Setting The Ec-Multi-Sensor Series' Subnet Id Address

    Subnetwork Installation Guidelines Setting the EC-Multi-Sensor Series’ Subnet ID Address Each EC-Multi-Sensor connected to a controller’s Subnet Port must be set to a unique subnet ID address. This address should correspond to the block number of the associated Multi Sensor block in EC-gfxProgram. The address is set through the rotary selector located next to the Subnet Port connector.

  • Page 147: Setting The Ecx-Light And Ecx-Blind Series' Subnet Id Address

    Subnetwork Installation Guidelines Setting the ECx-Light and ECx-Blind Series’ Subnet ID Address Each ECx-Light and ECx-Blind Series’ connected to a controller’s Subnet Port must be set to a unique subnet ID address. The address is set through the DIP switch located next to the Subnet Port connectors.
  • Page 148 Subnetwork Installation Guidelines Expansion Module Model Type Auto-assigned Subnet ID Address when the expansion modules’ MAC DIP Switch is set to 0 (factory default position) ECx-Light-4D (4 dimming lights) ECx-Blind-4 (4 blinds/shades 230V) ECx-Blind-4LV (4 blinds/shades 24V) Table 12-9: ECx-Light and ECx-Blind Series’ Automatic Subnet ID Address when the DIP Switch is set to 0 If you connect a second expansion module of the same type to the controller’s subnetwork data bus, you must set at least one of the two expansion modules’...

  • Page 149: Commissioning A Connected Vav Controller With An Allure Ec-Smart-Vue Sensor

    Subnetwork Installation Guidelines Commissioning a Connected VAV Controller with an Allure EC-Smart-Vue Sensor Commissioning a Connected VAV Controller with an Allure EC-Smart-Vue sensor involves the following tasks:  Set the Allure EC-Smart-Vue sensor’s Subnet ID. See Setting the Allure EC-Smart-Vue Sensor’s Subnet ID Address on page 144.

  • Page 150: Chapter 13

    Modbus TCP Configuration CHAPTER 13 TCP C ODBUS ONFIGURATION This chapter describes the Modbus TCP Configuration. In This Chapter Topic Page Modbus TCP Device Connection Device Addressing ECLYPSE User Guide...

  • Page 151: Modbus Tcp Device Connection

    Modbus TCP Configuration Modbus TCP Device Connection Modbus TCP devices are connected to the same subnet that the controller is connected to:  Connect the Modbus TCP device to the same network switch/router that the controller is connected to.  Connect the Modbus TCP device to either one of the controller’s Ethernet ports.

  • Page 152: Device Addressing

    Modbus TCP Configuration Device Addressing Device addressing allows the coordinated transfer of messages between the master (the ECY Series Controller) and the slave Modbus TCP device. For this, each Modbus TCP device is identified by its address. About the Device Address Each slave device must have its own unique address number in the range from 1 to 254.

  • Page 154: Chapter 14

    CHAPTER 14 RTU C ODBUS OMMUNICATION UNDAMENTALS This chapter describes the Modbus RTU Communications Data Bus operating principles. In This Chapter Topic Page Modbus RTU Data Transmission Essentials Maximum Number of Modbus RTU Devices on a Data Bus Segment and Baud Rate Data Bus Physical Specifications and Cable Requirements Data Bus Topology and EOL Terminations Data Bus Shield Grounding Requirements...

  • Page 155: Modbus Rtu Data Transmission Essentials

    The markings to identify the polarity can vary by manufacturer. The following table summarizes the most common identification labels for Modbus RTU data bus polarity. Table 14-1: Common Identification Labels for Modbus RTU Data Bus Polarity for Distech Controls’ Products Distech Controls Product Typical Data Bus Connection Terminals...

  • Page 156: Maximum Number Of Modbus Rtu Devices On A Data Bus Segment And Baud Rate

    Modbus RTU Communication Data Bus Fundamentals Maximum Number of Modbus RTU Devices on a Data Bus Segment and Baud Rate The number of Modbus devices supported by an ECY Series Controller is software limited according to the controller model purchased. See the controller’s datasheet for more information.
  • Page 157 Modbus RTU Communication Data Bus Fundamentals Figure 14-2: Setting the Modbus Network Communication Parameters in EC-gfxProgram’s Resources Configuration Window See the EC-gfxProgram User Guide for more information. ECLYPSE User Guide...

  • Page 158: Data Bus Physical Specifications And Cable Requirements

    Pair Shielded Cable – FT6, Rated for Plenum (0.148 in.) Applications Distech Controls Modbus RTU cable offers the best performance over the full range of baud rates, cable lengths, and number of connected devices. This is primarily due to lower conductor-to-conductor capacitance of this cable.

  • Page 159: Data Bus Topology And Eol Terminations

    Modbus RTU Communication Data Bus Fundamentals Data Bus Topology and EOL Terminations Function of EOL Terminations The first and last device on the data bus must have End-of-Line (EOL) termination resistors connected across the two data lines/wires of the twisted pair. These resistors serve the following purposes: ...

  • Page 160: Only A Daisy-Chained Data Bus Topology Is Acceptable

    Modbus RTU Communication Data Bus Fundamentals Only a Daisy-Chained Data Bus Topology is Acceptable Use a daisy-chained Modbus RTU data bus topology only. No other data bus topology is allowed. Only linear, daisy-chained devices provide predictable data bus impedances required for reliable data bus operation. Only a daisy-chained data bus topology should be specified during the planning stages of a project and implemented in the installation phase of the project.

  • Page 161: Data Bus Shield Grounding Requirements

    Modbus RTU Communication Data Bus Fundamentals Data Bus Shield Grounding Requirements The EIA-485 data bus standard requires that the data bus must be shielded against interference. A Modbus RTU data bus must also be properly grounded. The data bus’ cable shields must be twisted together and connected to the S or shield terminal at each ECY Series Controller.

  • Page 162: Device Addressing

    Modbus RTU Communication Data Bus Fundamentals Device Addressing Device addressing allows the coordinated transfer of messages between the master (the ECY Series Controller) and the slave Modbus RTU device. For this, each device connected to the Modbus RTU data bus is identified by its address. About the Device Address Each slave device must have its own unique address number in the range from 1 to 247.

  • Page 163: Chapter 15

    Resetting or Rebooting the Controller CHAPTER 15 ESETTING OR EBOOTING THE ONTROLLER This chapter describes how to recover control over the controller by resetting it to the factory default settings. In This Chapter Topic Page Resetting or Rebooting the Controller ECLYPSE User Guide...

  • Page 164: Resetting Or Rebooting The Controller

    Resetting or Rebooting the Controller Resetting or Rebooting the Controller The reset button is located between the RS-458 and Ethernet connectors on connected system controllers and underneath the cover on connected VAV controllers. Depending on the amount of time the reset button is held down, different actions are taken by the controller.

  • Page 166: Chapter 16

    CHAPTER 16 ECY C ONTROLLER ROUBLESHOOTING Table 16-1: Troubleshooting ECY Controller Symptoms Symptom Possible Cause Solution Controller is Fuse has blown (for 24V Disconnect the power. Check the fuse integrity. powered but does controllers) Reconnect the power. not turn on Power supply polarity Verify that consistent polarity is maintained between all controllers and the transformer.
  • Page 167 128 to 255. codes. This range is for slave devices that cannot initiate communication. All Distech Controls’ devices are master devices and must their MAC Address set accordingly. See Device Addressing on page 125.
  • Page 168 Symptom Possible Cause Solution Open circuit or short Using a voltmeter, check the voltage on the input circuit terminal. For example, for a digital input, a short circuit shows approximately 0V and an open circuit shows approximately 5V. Correct wiring if at fault. Configuration problem Using the controller configuration wizard, check the configuration of the input.
  • Page 169 Table 16-3: STATUS LED Interpretation for Normal Operation with ECB Devices Device STATUS LED blink Status Description patterns One fast blink Initialization The device is starting up. The STATUS LED is always No anomaly Normal operation. OFF (Not applicable to ECB-PTU Series) Table 16-4: Verify that the Following Recommendations have been Carried Out Before Calling Technical Support...

  • Page 170: Chapter 17

    CHAPTER 17 EC-S LLURE MART OMMUNICATING ENSOR ROUBLESHOOTING Table 17-1: Allure EC-Smart-Vue Sensor Normal Operation Symptom Status Description When the Allure Firmware upgrade in Wait for the upgrade to complete. Do not EC-Smart-Vue progress disconnect the Allure EC-Smart-Vue sensor from sensor is connected the controller as the upgrade will only restart once to a Controller, the...
  • Page 171 Error code 2 with Invalid configuration. In EC-gfxProgram, resynchronize the code with the Bell icon controller. Contact Distech Controls Customer Support. Error code 3 with Allure EC-Smart-Vue With EC-gfxProgram, check the configuration of the Bell icon sensor is not properly...
  • Page 172 CHAPTER 18 ETWORK ROUBLESHOOTING UIDE Any wireless system consists of two or more Wi-Fi transceivers and a radio propagation path (Radio Path). Problems encountered can be any of the following. Symptoms Probable Causes Corrective actions Wi-Fi Presence of a low power If the low power jammer is close to the communications are jammer...

  • Page 173: Appendix A

    Appendix A ETRIC ONVERSIONS FOR AUGE The following table provides information about metric wire equivalents for wire gauge. Diameter (Ø) Area Approximate stranded metric equivalents inch kcmil mm² 0.1019 2.588 10.4 5.26 0.0808 2.053 6.53 3.31 0.0641 1.628 4.11 2.08 0.0508 1.291 2.58...

  • Page 174: Appendix A

    EFERENCED OCUMENTATION The follow documentation is referenced in this document. Controller Hardware Installation Guides: These documents are available on Distech Controls SmartSource website XpressNetwork Utility User Guide: This document is available on Distech Controls SmartSource website EC-gfxProgram User Guide: This document is available on Distech Controls SmartSource website **05DI-UGIPNET-13* Distech Controls Inc.

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