Networking Guide for Redwood Manager

Transcription

1 Issue 4, August 2014 Networking Guide for Redwood Manager General The Redwood engine controls the lighting policies, communicates to the Redwood gateways, distributes low-voltage DC power to the fixtures, and collects sensor data. After the initial AC, network, and fixture connections are complete, connect the Redwood engines to a laptop computer on the local network. For information on setting up AC and low-voltage settings, see the Redwood Systems Installation Guide ( ). Systems with several engines can be grouped together into clusters for easier management. The Redwood director and engine run the embedded Redwood Manager software used for commissioning and administrative processes, IMPORTANT The Redwood engine, director, sensors, gateways and wall switches are designed for commercial use only and are not for household use. Ordering information is listed below: Part No. ENG ENG RE64-2G ROS RE64-2G-277-ROS Description Engine 3 model VAC 250 VAC Engine 3 model VAC Engine, 2G, VAC Engine, 2G, 277 VAC. How to Contact Us To find out more about CommScope products, visit us on the web at / For technical assistance: - Within North and South America, contact your local technical manager or technical support at (Option 2). Outside North and South America, contact your local technical manager or technical support at (Option 2). - Technical support for Redwood products is available Monday through Friday from 8 AM to 5 PM (PST), excluding holidays. - An can also be sent to RedwoodSupport@commscope.com for technical support. Parts List Verify parts against the parts list below: Quantity Description 1 Redwood engine(s) 1 Instruction sheet For RoHS Inquiries: CommScope Inc. Corke Abbey, Bray 2014 CommScope, Inc. All rights reserved Page 1 of 9 Co. Dublin, Ireland Attn: Legal Department

2 Introduction IP Addresses To access a Redwood engine within the LAN, it must have an IP address configured for the primary LAN interface. The IP address can be static or provided via your DHCP server. By default, the Redwood engine is configured to request an IP address via DHCP. If DHCP is not used, configure the engine with a static IP address. 1. Static vs. DHCP The Redwood engine can use either a static or DHCP (dynamic-lease or static-lease) IP address for network connectivity. Each type provides different advantages. Redwood recommends using a static-lease DHCP address if permitted by local IT management. Static Advantage: The IP address remains the same unless manually changed on the device. Devices are accessible if a network outage occurs as long as they are connected to the same switch and the switch is powered on. The DHCP server, which eliminates traffic overhead, is not required. Static Disadvantage: Plan ahead to evaluate the current infrastructure to determine which IP addresses are available. Conflicts with other devices might occur if the same static IP address is used by two or more devices. This is typically common in large infrastructures with poor record-keeping. It is not practical in large-scale deployments because it is tedious work. DHCD Advantage: Easiest deployment because all parameters are automatically provided to the device from the DHCP server when the device is attached to the network. No possibility of IP address conflicts. Allows for static DHCP assignment: A DHCP server leases a permanent IP address to a device based on the device s MAC address. Device can be powered off and moved from one location to another without it losing its IP address assignment. A static DHCP address also ensures accessibility from any LAN segment of which the DHCP server has visibility. DHCP Disadvantage: Relies on an available DHCP server. If the server goes down or a network outage occurs, accessibility to devices with DHCP addresses might be interrupted. In a loosely secured environment, any device, even an unauthorized one, can receive a DHCP assigned IP address and have access to the network. 2. Redwood Manager Required Ports The Redwood manager provides users the ability to commission lights, manage lighting policies, and manage and maintain the system. The Redwood manager uses specific ports to communicate across the network. These ports must remain open for the system to function correctly. Under normal operation, the Redwood manager does not accept HTTP (port 80) connection attempts. Note: HTTP connections are accepted only when the engine is in maintenance mode. Page 2 of 9

3 To access the Redwood manager via a web browser within the LAN, HTTPS access (port 443) must be allowed to the engine s IP address as well as any other engine that is part of a cluster. Engines used for reporting purposes must have Adobe Flash access (port 843). Port Protocol UDP UDP UDP 443 TCP (HTTPS) 843 TCP (Adobe Flash) 514 UDP Step 1 Adding the Redwood Engine to the Network The front of the engine has two management ports. Use the LAN port if the engine is connected to local network. A standalone engine that will not be connected to a network can use the secondary port for engine access. The Redwood engine must be connected to a network switch or router via a Cat 5e, Cat6 or Cat6A network cabling. If the Redwood engine is deployed in a live environment, perform the configuration during off-hours to minimize the impact on occupants. Some changes may require an engine reboot which will cause the lights to turn off for several minutes. 1. Using a Static IP Address Before you configure the Redwood engine, gather the following information from local IT department: Available static IP address Appropriate subnet mask Gateway address For information on configuring an IP address for the operating system, see Appendix A. IMPORTANT To avoid communication disruptions, make sure that the IP address you configure does not conflict with any other device on the network. 1. Power on the engine and wait for the power light to become solid green. 2. Connect your laptop Ethernet port to the engine s secondary port with an Ethernet cable. Note: The engine s AUX Ethernet interface (labeled Secondary on Engine 2G) uses the IP address of and subnet You must configure your computer s Ethernet interface with a static IP address to match the range and subnet of the Engine, e.g.: with subnet Page 3 of 9

4 3. On the laptop, open a browser window and type in the address bar to access the Redwood Manager. If a warning regarding an invalid certificate is displayed, click Continue. 4. When prompted, log in to Redwood Systems using the default username admin and the password redwood. The Redwood manager admin screen appears. 5. Click Manage Lights. 6. On the Redwood manager page, click the gear icon ( ) in the top right corner to open the engine configuration screen. 7. On the Network tab, select Static. 8. Enter the engine s hostname, IP address, net mask, and gateway address. Providing a gateway address and hostname is optional. Configuring a gateway allows the engine to communicate with external resources, such as an NTP or SMTP server. Using a hostname makes it easier to identify the engine. The hostname can be any value, but the convention is to make it the same as the engine s assigned DNS name, if applicable. The engine is discoverable on a network only via the DNS name. 9. To set the engine s date and time, click the Time tab. To set the time manually, select Manual, select the time zone, and enter the date and time. The time is entered in 24-hour format, but it is displayed in AM/PM format. To use NTP, select NTP Server. Enter a valid time server, such as pool.ntp.org. If using a domain name, configure a DNS server on the DNS tab. Otherwise, enter the IP address of the NTP server. 10. Reboot the Redwood engine for the changes to take effect. Click the Actions tab. Click the Reboot button. During an engine reboot, any installed fixtures will turn off for several minutes. Once the engine has booted up, the fixtures will re-discover and light levels will be restored to their predefined settings. 11. Next, disconnect the engine from the laptop and connect an Ethernet cable from router or switch to the primary port on the engine. The engine is now accessed from within LAN. Page 4 of 9

5 Using DHCP 1. Power on the engine and wait for the power light to become solid green. 2. On the laptop, open a browser window and type in the address bar to log in to the Redwood engine. If a warning regarding an invalid certificate is displayed, click Continue. 3. Connect laptop Ethernet port to the engine s AUX management port with an Ethernet cable. 4. When prompted, log in to Redwood systems using the default username admin and the password redwood. The Redwood Manager Admin screen appears. 5. Click Manage Lighting. 6. On the Redwood Manager page, click the gear icon ( ) in the top right to open the Engine Configuration screen. 7. On the Network tab, select Automatic. Connection to the secondary port is static and cannot be changed. 8. (Optional) On the DNS tab: Select Enabled. Type the domain in the Domain field. Enter the DNS server information and the alternate addresses, if required. Configuring a DNS server allows the engine to communicate with external resources, such as an NTP or SMTP server, by entering their domain names rather than their IP addresses. 9. (Optional) To set the engine s date and time, click the Time tab. To set the time manually, select Manual, select the time zone, and enter the date and time. The time is entered in 24-hour format, but it is displayed in AM/PM format. To use NTP, select NTP Server. Enter a valid timeserver, such as pool.ntp.org. If using a domain name, please configure a DNS server on the DNS tab. Otherwise, enter the IP address of the NTP server. 10. Reboot the Redwood engine for the changes to take effect. Click the Actions tab. Click the Reboot button. During an engine reboot, any installed fixtures will turn off for several minutes. Once the engine has booted up, the fixtures will re-discover and light levels will be restored to their predefined settings. Next, disconnect the engine from the laptop and connect an Ethernet cable from router or switch to the primary port on the engine. The engine is now accessed from within LAN. 3. Verifying the Connection Upon completion of IP address configuration and engine reboot, verify connectivity to the engine by entering its LAN IP address or DNS name in your browser s address bar much like you would when accessing any other website. Upon successful configuration, the same certificate warning and authentication prompts are seen as mentioned in Step 1 during IP address configuration. However, if unable to access the engine, verify that the settings provided are correct and have been programmed properly into the engine by re-connecting to it via its secondary port and checking the Page 5 of 9

6 parameters in the Network tab under Engine Configuration. If no errors in parameter configuration are apparent, contact the IT department to ensure there are no IP address conflicts. 4. Back Up the Configuration After completing engine configuration, create a backup. 1. From browser, access the Engine using the address format address or URI>/support.html. Note: If connected to the Redwood engine using the secondary port, the address is always 2. Enter the Redwood engine username and password to access the Tech Support page Note: Default credentials are admin for username and redwood for password. 5. Under Configuration, click Download Configuration. 4. Choose where to save the file engine.cfg. Do not change the filename. Note: The file is written in a non-human readable format. Do not modify it. Doing so may corrupt the configuration information and cause irrecoverable errors Step 2 Grouping Engines into Clusters The Redwood engine powers and communicates with Redwood gateways, sensors, and wall switches, ultimately controlling the light fixtures. The Redwood director is an appliance that provides unified management, control, and reporting on a cluster of Redwood engines. The director communicates with and manages the Redwood engines. The director can only control engines running the same Redwood manager software version and connected to the same cluster. Several engines can be grouped together into a cluster or multiple clusters for easier management. Combine up to eight Redwood engines into a cluster when a Redwood director is not used as a cluster master, or up to 64 engines if a Redwood director is used as a cluster master. A cluster acts as a single Redwood engine. Either the Redwood director or one of the Redwood engines serves as the master. Locations and policies within the cluster are controlled through the Redwood manager interface on the master. Engines may be on different subnets when clustered as long as the subnet housing the cluster master has access to subnets housing the member engines. All clustered engines must be on the same software version for proper operation. If a Redwood director is involved, it too must be on the same software version. When working in a live environment, perform the clustering during off-hours to minimize the impact on occupants. Some changes may require an engine reboot which will cause the lights to turn off for several minutes. 1. Creating a Cluster Plan Before creating clusters, put together a clustering plan. Some things to consider are: Redwood wall dimmers and scene control wall switches cannot control lights that are on separate clusters. Locations cannot span clusters. Page 6 of 9

7 If more than one cluster is needed in a space, then set up the clusters so that the fixtures in a location do not span across clusters. 2. Prerequisites At least two engines or a director and an engine are needed to create a cluster. They must all be running the same software version. If the engines have existing configurations, back up the configuration before creating the cluster. Make sure that all engines in the cluster have a valid IP address configured for their primary Ethernet interface. 3. Creating a Cluster Every cluster must have a master, which can be either a Redwood director or a Redwood engine. The cluster is then created on the master engine or director. To create a Cluster: 1. On the laptop connected to the master, go to the webpage for the master engine or director and click Manage Lights to access the Admin Console. 2. Click the Options button ( ) to open the Engine Configuration window. 3. In the Cluster tab, name the cluster and set the master engine and local engine IDs to 0. The Master IP field can remain empty. Note: You do not need to use 0. The ID can be any number, but the Master ID must be the same across all engines in the cluster. 4. Repeat this process for each engine that is part of this cluster. Use the same master engine ID for all engines in the cluster, but assign each engine a unique ID. A good practice is to increment the local engine ID by one for each engine added to the cluster. Ensure to enter the master s IP address for all member engines. 5. Reboot the engines for the changes to take effect. On the Actions tab, click Reboot. Be aware that a reboot will cause all fixtures to temporarily shut off for a few minutes; fixtures will be rediscovered and turn back on once the boot cycle has completed. 4. Verifying a Cluster 1. Verify that the master engine and the cluster member engines are accessible via their unique IP addresses. 2. Log in to the Redwood manager on the laptop connected to the master. 3. Click Manage Lights. If the following message appears, the engine has been successfully added to the cluster and is communicating with the master engine. If this message does not appear, verify that the engine s cluster configuration has been saved and is correct. Page 7 of 9

8 5. To check Cluster members and their fixture configuration: On the splash screen of the Cluster Master s webpage, click Install Fixtures. From the drop-down menu, select the Engine to be reviewed. The banks change to reflect the fixtures and wall switches connected to that engine. The engine s ID number, hostname, primary Ethernet port IP address, and primary Ethernet port MAC address can be viewed below the banks. Step 3 Troubleshooting If networking the engines presents problems, review the following common problems. 1. Unable to Remotely Access the Engine on the LAN Verify that the IP address is configured correctly. Determine whether your engine is supposed to receive an IP address via DHCP or programmed with a static IP address. 1. Connect to the engine via the secondary LAN interface using the static IP address /24. You must adjust your computer s IP address to match the subnet ( with subnet ). 2. Open your web browser and access the engine by entering in the address bar. 3. After logging in, click on the gear icon ( ) in the top right corner. 4. On the Network tab, adjust the configuration as needed. 5. Reboot the engine. On the Actions tab, click Reboot. After the engine has rebooted (the power light stops blinking), access the engine via the primary LAN interface using the assigned IP address. If you still cannot access the engine s web interface, if the engine has a static IP address, check whether it is possible to ping the engine. 1. Open a command window. (Windows) Click Start and type cmd in the search field. Press Enter. (Mac OS or Linux) Open the terminal application. 2. Type ping <ip address or DNS name> and press Enter. If you receive a response from the engine, something might be blocking HTTPS (port 443) communication, which is required by the engine. This block could be on the computer side or on the network side. Contact your IT department for further assistance. If you get a message that the host is unreachable, you have a network problem, either physical or with the configuration on the router or firewall side. Verify that the primary LAN interface is connected to the appropriate switch or router. If the physical connection is confirmed, review the router or firewall configuration for an IP conflict or traffic blocks preventing access to the engine. Contact your IT department for further assistance. 2. Cannot See Cluster Member Engines from the Master For the master to see the member engines of a cluster, members must be configured with the same Cluster name, Master Engine ID number, and Master Engine IP address. However, each member engine has a unique ID number. The Master Engine ID number must be zero. If the cluster configuration is correct on all engines, the engines might not be communicating with each other due to a network related problem. Normally, connecting the engines to an unmanaged switch is the best practice, because unmanaged switches allow all traffic and do not have options to switch protocols Page 8 of 9

9 off. If the engines are connected to a managed switch and it is verified that all network and cluster settings are correct, contact local IT department for further assistance. 3. Cannot Access a Cluster from the LAN If master and member engines are accessed when directly connected to the switch that the engines are connected to, but cannot be accessed anywhere else, then check the network gateway configuration across all Redwood devices. If there is an error, reboot the engine/director after making the changes. However, if it is verified that all network parameters are correct, the problem may be with the gateway and/or other network devices blocking communication. Please contact local IT department for further assistance. Appendix A: How to Set the IP Address on Your Operating System Windows XP and Windows 7 1. From the Control Panel, open Network Connections. 2. In the search box, type adapter. 3. Under Network and Sharing Center, click View network connections. 4. Right-click the connection to be changed, and select Properties. If prompted for an administrator password or confirmation, type the password or provide confirmation. 5. In the Networking tab, select Internet Protocol Version 4 (TCP/IPv4) from the This connection uses the following items pane. 6. Click Properties. 7. Select Use the following IP address and enter the IP address, subnet mask, and default Gateway. 8. Click OK. Mac OS X 1. In System Preferences, select Network. 2. From the Location drop-down menu, select Redwood Engine. 3. In the list of network interfaces on the left, select the interface through which you are connecting to the engine. 4. From the Configure IPv4 drop-down menu, select Manually. 5. In the IP Address field, enter the static IP address assigned to the network interface to be configured. 6. In the Subnet Mask field, enter the subnet mask. 7. Click Apply to save the configuration. Page 9 of 9