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LI-COR AirLink RV50X Instruction Manual

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Using the
AirLink RV50X
with LI-COR Eddy Covariance
and Soil Gas Flux Systems
Instruction Manual

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Summary of Contents for LI-COR AirLink RV50X

  • Page 1 Using the AirLink RV50X with LI-COR Eddy Covariance and Soil Gas Flux Systems Instruction Manual...
  • Page 3 Using the AirLink RV50X with LI-COR Eddy Covariance and Soil Gas Flux Systems LI-COR Biosciences 4647 Superior Street Lincoln, Nebraska 68504 Phone: +1-402-467-3576 Toll free: 800-447-3576 (U.S. and Canada) envsales@licor.com Regional Offices LI-COR Biosciences GmbH Siemensstraße 25A 61352 Bad Homburg...
  • Page 4 LI-COR MAKES NO WARRANTY OF ANY KIND WITH REGARD TO THE THIS MATERIAL, INCLUDING, BUT NOT LIMITED TO THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE. LI-COR shall not be liable for errors contained herein or for incidental or consequential damages in connection with the furnishing, performance, or use of this material.
  • Page 5 Notes on Safety This LI-COR product has been designed to be safe when operated in the manner described in this manual. The safety of this product cannot be assured if the product is used in any other way than is specified in this manual. The product is intended to be used by qualified personnel.

  • Page 7: Table Of Contents

    Contents Section 1. Introduction to the communication system Arranging a data plan What's what Overview of the RV50X Cable connections Power connector Product labels Indicator LEDs Optional accessories Pre-configured biomet system enclosure Eddy covariance system enclosure Power distribution kit 35 mm DIN rail Section 2.
  • Page 8 Connecting to the LI-7500A/RS/DS or LI-7200/RS system Eddy covariance file management and data transfer Connecting to the LI-7700 Connecting to a LI-COR Biomet Data Acquisition System Connecting to the PhenoCam Connecting to the biomet system (Sutron logger) Connecting to the LI-8100A system LI-8100A data management and file transfer Section 6.
  • Page 9 Appendix A. Additional considerations Selecting a data plan About sensor networks One-way or two-way communication with the RV50X One-way communication Two-way communication About the SmartFlux 2 System IP address For the NTP server For file transfer functions Changing the RV50X password Configure PC network communication Setting the Sutron Datalogger IP address A-11...
  • Page 10 viii...

  • Page 11: Section 1. Introduction To The Communication System

    The cellular communication system enables wireless communication with LI-COR eddy covariance systems and soil gas flux systems over cellular networks. The sys- tem includes a Sierra Wireless AirLink RV50X cellular modem that supports 4G LTE with fallback to HSPA+ protocols. The RV50X requires a service agreement with a cellular provider.

  • Page 12: What's What

    RV50X, power cable, data cable, antenna, antenna cable, and mounting hardware. Table 1-2. Communication system components. Description Qty. Part Number Sierra Wireless AirLink RV50X Cellular Modem RV50X; NA, SA, EMEA (included with 7900-715) 616-18846 RV50X; APAC (included with 7900-716) 616-18847 Power Cable 90°...

  • Page 13: Power Connector

    Section 1. Introduction to the communication system Power connector In the power cable, the red and white wires must be twisted together and connect to a positive (+) 9 to 36 VDC power supply. The black wire goes to the negative (-). The green wire is not used.
  • Page 14 Section 1. Introduction to the communication system AirLink Cellular Communication...

  • Page 15: Indicator Leds

    Section 1. Introduction to the communication system Indicator LEDs The RV50X indicator panel has four LED lights to indicate the status. All LEDs Green LED chase: Radio module reconfiguration/firmware update or Network Operator Switching is in progress. Amber LED chase: ALEOS software update is in progress. Solid Amber: ALEOS software update complete (all LEDs are amber except the Power LED) Red LED chase: The RV50X is in Recovery mode.
  • Page 16 Section 1. Introduction to the communication system Flashing Amber: Poor signal; equal to about 1 bar. Relocate the antenna in an attempt to improve the signal strength. Flashing Red: Insufficient signal. Relocate the antenna in an attempt to improve the signal strength. Activity LED Indicates data transfer over the cellular network.

  • Page 17: Optional Accessories

    The pre-configured enclosure is a large weather resistant box with mounting hard- Part Number: 7900-126 ware. It is set up for the LI-COR Biomet Data Acquisition System and other accessories. It includes all of the terminal connections and DIN rails required for a complete eddy covariance system.

  • Page 18: Power Distribution Kit

    Section 1. Introduction to the communication system Power distribution kit Includes DIN-mountable terminal connections, shorting blocks, and a 10-amp cir- Part Number: 7900-235 cuit breaker. Provides 11 individual positive and negative power terminals for the system. Installs in the 7900-050 eddy covariance system enclosure. Description Quantity Part Number...

  • Page 19: Section 2. Initial Assembly

    Section 2. Initial assembly This section describes how to assemble and deploy the communication system. The following tools are required: Phillips and Standard slotted screwdrivers Bolt drivers or wrenches: 16 mm, 13 mm, and 8 mm (5/8", 1/8", and 5/16" approximate SAE equivalents) Post driver for antenna post The hardware installation will take about 30 to 60 minutes.
  • Page 20 Section 2. Initial assembly In the eddy covariance system enclosure (7900-050), install the Power Distribution Kit (7900-235) on the raised DIN rail. Connect the red wire lead between the top of the breaker and top right red terminal. Install one shorting block to connect all black terminals and another to connect all red terminals.

  • Page 21: Installing The Sim Card

    Section 2. Initial assembly Installing the SIM card The SIM card installs in the upper slot. The upper slot is the primary slot; do not install the card in the lower slot unless you have both primary and backup cards. Press it in until the card clicks in place, the reinstall the cover.

  • Page 22: Connecting Cables To The Rv50X

    Section 2. Initial assembly Connecting cables to the RV50X Connect the 30 cm Ethernet cable and power cable to the RV50X. Connect the 90° elbow to the connector labeled . Connect the antenna cable to the elbow. Cellular AirLink Cellular Communication...

  • Page 23: Mounting The Rv50X In The Enclosure

    Section 2. Initial assembly Mounting the RV50X in the enclosure Install the RV50X on the DIN rail. Set the top in place, and then rotate until the lower part clips to the lower rail. Pull the white tab to release the clip. Mounting the RV50X in the enclosure...

  • Page 24: Connecting Power Wires

    Section 2. Initial assembly Connecting power wires Note: Do not power on the RV50X yet. Leave the breakers OFF until later in the process (see Power on the system on page 3-1). Cut the power cable to a suitable length (30 to 50 cm) and carefully remove about 5 cm (2") of outer insulation.

  • Page 25: Connecting Network Cables

    Section 2. Initial assembly Connecting network cables Important: Do not connect the RV50X Ethernet cable to the switch yet. Leave it disconnected until all of the instruments are configured. Install an Ethernet cable between the LI-7550 or LI-7500DS and the switch; and the SmartFlux System and the switch.

  • Page 26: Connecting The Antenna

    Section 2. Initial assembly Connecting the antenna Warning: Maintain at least 20 cm separation distance between the antenna and your body when the RV50X is powered on. The antenna cable is a slender coaxial cable that attaches to terminal on the Cellular RV50X.

  • Page 27: Securing Cables

    Section 2. Initial assembly Figure 2-2. Antenna mounting configuration. Drive the post at least 50 cm into the ground or more in sandy, loose, or muddy soil. Securing cables Communication and power cables should be secured so they do not apply strain to connectors and junctions.
  • Page 28 Section 2. Initial assembly 2-10 AirLink Cellular Communication...

  • Page 29: Section 3. Configuring Instrument Ip Addresses

    Section 3. Configuring instrument IP addresses The objective of this section is to configure the network settings of the instruments, including the LI-7500A/RS/DS, LI-7200/RS, LI-7700, and LI-8100A. You'll need to do this for each instrument to enable communication through the network con- nection.

  • Page 30: Configuring The Instrument Network

    Section 3. Configuring instrument IP addresses Configuring the instrument network Go through the following pages to configure IP addresses for each component. Skip any sections that don't apply to you until you get to Setting the LI-7500A/RS/DS or LI-7200/RS IP address on page 3-6. Table 3-1.
  • Page 31 Section 3. Configuring instrument IP addresses Click the button. Manual Controls Set the , and IP Address Netmask Gateway 192.168.13.202 IP Address: Typically 255.255.255.0 Subnet Mask: Set this to the IP address used to connect with the RV50X: Gateway: (192.168.13.31) the LI-7700 after changing the network settings.

  • Page 32: Setting The Phenocam Ip Address

    Section 3. Configuring instrument IP addresses Setting the PhenoCam IP address If your system includes a PhenoCam, set its IP address next. Be sure the camera is powered on and the Ethernet cable is connected to the switch. Launch the StarDot Tools application. Download it from http://www.stardot.com/downloads and install it on your Win- dows computer.

  • Page 33: Setting The Li-8100A Ip Address

    Section 3. Configuring instrument IP addresses Setting the LI-8100A IP address If your system includes an LI-8100A, set its IP address next. Connect a PC to the LI-8100A using the RS-232 cable. Launch the LI-8100A PC software and connect with the instrument. Click and enter an , and...

  • Page 34: Setting The Li-7500A/Rs/Ds Or Li-7200/Rs Ip Address

    Section 3. Configuring instrument IP addresses are using the LI-8100A in an eddy covariance station, connect the LI-8100A to the network switch. Setting the LI-7500A/RS/DS or LI-7200/RS IP address The LI-7500A/RS/DS or LI-7200/RS, in combination with the SmartFlux 2 or 3 Sys- tem is the hub of the eddy covariance system.

  • Page 35: Identifying The Smartflux 2 System Mac Address

    Section 3. Configuring instrument IP addresses the instrument after changing the network settings. Reboot Identifying the SmartFlux 2 System MAC address This step is required only if you want to use the SmartFlux 2 System as an NTP server or to enable two-way communication with the Biomet Data Acquisition System that is connected to a SmartFlux 2 System (to upload a new configuration file to a DAqM or DRM, for example).
  • Page 36 Section 3. Configuring instrument IP addresses AirLink Cellular Communication...

  • Page 37: Section 4. Configuring The Rv50X

    Section 4. Configuring the RV50X Prior to using the communication modules, you have a data plan with a service pro- vider (see Arranging a data plan on page 1-1). Note: Sometimes networked cellular devices take a few minutes to finish booting and to establish communications.

  • Page 38: Logging In To Acemanager

    Section 4. Configuring the RV50X Logging in to ACEmanager™ If you have trouble connecting to ACEmanager™, refresh the window (press F5) or try a different web browser. Firefox, Google Chrome, and Microsoft Edge all seem to work well. Open an internet browser and enter: http://192.168.13.31:9191 in the address bar. This will connect to the RV50X with the ACEmanager™...
  • Page 39 Section 4. Configuring the RV50X Click the tab. WAN/Cellular If you installed the card in slot 1 (see Installing the SIM card on page 2-3), select SIM Slot 1. The APN assigned by the service provider may already be shown beside .

  • Page 40: Viewing The Rv50X Ip Address

    Section 4. Configuring the RV50X Viewing the RV50X IP address You must know the RV50X IP address in order to connect with the system and any connected device. The RV50X will have either a public Static IP address (recom- mended) or a public Dynamic IP address (see One-way or two-way communication with the RV50X on page A-4 for more information).

  • Page 41: Configuring Port Filtering

    Section 4. Configuring the RV50X Configuring port filtering Inbound Port Filtering can protect the instruments at the site from nefarious hack- ing attempts over the network. For this reason we recommend blocking port 22, as described below. In ACEmanager, click Security >...

  • Page 42: Enabling Port Forwarding

    Section 4. Configuring the RV50X Enabling port forwarding Port forwarding allows remote computers and devices to connect to a specific device within a Local Area Network. Port forwarding must be enabled in the RV50X software to allow you to communicate with the devices that are connected to it (such as an LI-7500DS or other instrument).

  • Page 43: For The Li-7500A/Rs/Ds Or Li-7200/Rs And File Transfer Utility

    Section 4. Configuring the RV50X For the LI-7500A/RS/DS or LI-7200/RS and file transfer utility This procedure configures ports for the LI-7500A/RS or LI-7200/RS (with the SmartFlux 2 System), or the SmartFlux 3 System (with the LI-7500DS). It also opens a port for the file transfer utility, which makes it possible to copy data files from the device.

  • Page 44: For The Li-7700

    Section 4. Configuring the RV50X For the LI-7700 If the system includes an LI-7700, click and enter the highlighted Add More information below. Public Start Port Public End Port Protocol Host IP Private Start Port 7200 192.168.13.201 7200 7222 192.168.13.201 7700 192.168.13.202 7700...

  • Page 45: For The Biomet Data Acquisition System

    Section 4. Configuring the RV50X For the Biomet Data Acquisition System If the system includes a LI-COR Biomet Data Acquisition System, you do not need to open ports in order to log data. However, to enable two-way communication (to update the biomet system configuration remotely, for example) or to use the SmartFlux 2 or 3 System as an NTP server, you must also open three ports.
  • Page 46 Section 4. Configuring the RV50X Table 4-3. Host IP addresses for the SmartFlux 3 System when using a Biomet Data Acquisition System. Public Start Public End Private Start Protocol Host IP (SmartFlux 3) Port Port Port 7200 192.168.13.201 7200 7222 192.168.13.201 7700 192.168.13.202...
  • Page 47 Section 4. Configuring the RV50X Setting the SmartFlux 2 System IP address via the RV50X To enable two-way communication with the Biomet Data Acquisition System (to update the configuration remotely, for example) or to use the SmartFlux 2 System as an NTP server, the RV50X must be configured to set the SmartFlux 2 System IP address (see About the SmartFlux 2 System IP address on page A-7 for more details).

  • Page 48: For The Phenocam

    Section 4. Configuring the RV50X For the PhenoCam If the system includes a StarDot PhenoCam, click and enter the high- Add More lighted information below. The port public start port 7980 is choosen arbitrarily. Port 80 is the factory default. Public Start Port Public End Port Protocol Host IP...

  • Page 49: For The Li-8100A System

    Section 4. Configuring the RV50X For the LI-8100A system If the system includes an LI-8100A, click and enter the highlighted Add More information below. Public Start Port Public End Port Protocol Host IP Private Start Port 7200 192.168.13.201 7200 7222 192.168.13.201 7700 192.168.13.202...

  • Page 50: For The Biomet System (Sutron Datalogger)

    Section 4. Configuring the RV50X For the Biomet System (Sutron datalogger) If the system includes a biomet system based on the Sutron datalogger, click and enter the highlighted information below. More Important: The Telnet port (23) used by the 9210B datalogger is unsecured. Information transferred over this port is unencrypted and can be intercepted.

  • Page 51: Enabling Remote Access To The Rv50X

    Section 4. Configuring the RV50X Enabling remote access to the RV50X If you need to access the RV50X software remotely (for example, to open another port), the RV50X must be configured to allow over-the-air access. In ACE- manager™, under , set and set Services >...
  • Page 52 Section 4. Configuring the RV50X 4-16 AirLink Cellular Communication...

  • Page 53: Section 5. Connecting With Remote Instruments

    Section 5. Connecting with remote instruments If the RV50X configuration and data plan both support two-way communication, you can change the settings of each instrument in the system. Connecting to the LI-7500A/RS/DS or LI-7200/RS system This section describes how to connect with the LI-7500A/RS/DS or LI-7200/RS from a computer with Internet access.

  • Page 54: Eddy Covariance File Management And Data Transfer

    Eddy covariance file management and data transfer The LI-COR File Transfer Application (FTA) is a simple tool that allows you to manage data that is stored on the gas analyzer USB drive. It is installed with the gas analyzer PC software.
  • Page 55 Section 5. Connecting with remote instruments Tips: Set the download to begin at 00:15 (12:15 am) if you are using the SmartFlux System. That way all the logged files will be processed before the download begins. Close the application to your system tray to keep it running in the back- ground.
  • Page 56 Section 5. Connecting with remote instruments displays the size of the USB drive, available memory, num- USB Drive Information ber of .ghg files, number of flux results files, number of daily summary files, and the number of files in the archive. When new files are transferred, they are then moved to the archive or deleted, depending on the Transfer Options selected.

  • Page 57: Connecting To The Li-7700

    Section 5. Connecting with remote instruments Connecting to the LI-7700 This section describes how to connect with the LI-7700 from a computer with Inter- net access. You will find this useful if you want to review the performance of the instrument or alter the configuration.

  • Page 58: Connecting To A Li-Cor Biomet Data Acquisition System

    Section 5. Connecting with remote instruments Connecting to a LI-COR Biomet Data Acquisition System To connect with the LI-COR data acquisition system with the Blueprint Utility: On an internet-connected computer, launch the Blueprint Utility. Enter the IP address for the RV50X that hosts the Data Acquisition System.
  • Page 59 Section 5. Connecting with remote instruments Change the to 2300. Telnet Port Note on Internet Security: The Telnet port (23) used by the 9210B datalogger is unsecured. Information transferred over this port is unencrypted and can be inter- cepted. If you leave this port open, your system may be vulnerable to hackers. Therefore, we recommend that you only open port 23 if and when you need dir- ect access to the 9210B datalogger, and that you close the port after you have fin- ished.

  • Page 60: Connecting To The Li-8100A System

    Section 5. Connecting with remote instruments Connecting to the LI-8100A system If the RV50X is configured to support two-way communication you can change the settings of the LI-8100A remotely. On a computer that has Internet access, launch the LI-8100A configuration software and click the button.
  • Page 61 Section 5. Connecting with remote instruments panel on the left displays the file directories on your computer. The Local PC panel on the upper right displays the LI-8100A data files currently Internal Storage stored on the LI-8100A internal flash memory and the free memory available. The panel on the lower right shows the files stored and memory Compact Flash Card available on the compact flash card (if it is installed).
  • Page 62 Section 5. Connecting with remote instruments Copying files from internal storage… Click the button to move the highlighted file(s). When you are fin- Transfer to PC ished moving files, you can delete selected files or all files by clicking Delete , respectively.

  • Page 63: Section 6. Troubleshooting

    Section 6. Troubleshooting Power on problems Check the power supply wire connections to be sure all the connections are secure. Depending upon what is included in the system, the devices typically require between 12 and 28 VDC at 3 Amps (the maximum voltage allowed depends on components in the system).

  • Page 64: Cell Reception Is Poor (>-110 Dbm)

    Section 6. Troubleshooting Cell reception is poor (>-110 dBm) Out of cellular range. Try to reposition the antenna to get better reception. Antenna wires not tightened properly—check the cable connections and tighten them. Connection problems These problems are described as the inability to connect completely, or the inability to interact with the devices as expected.
  • Page 65 Section 6. Troubleshooting Verify the port forwarding configuration, as described in Enabling port for- warding on page 4-6. Verify the IP configuration for the instrument(s) you cannot connect to. See Configuring the instrument network on page 3-2. I can connect to the RV50X over the internet, but I can't connect to some instruments...
  • Page 66 Section 6. Troubleshooting AirLink Cellular Communication...

  • Page 67: Section 7. Maintenance

    Section 7. Maintenance When visiting the field site, check over the system to ensure that everything is installed properly and that the components are free of damage. Check the fol- lowing: Mounting hardware - periodically check the nuts, bolts, and band clamps that secure the enclosure to the tower and tighten any loose fixtures.
  • Page 68 Section 7. Maintenance AirLink Cellular Communication...

  • Page 69: Appendix A. Additional Considerations

    Appendix A. Additional considerations This section describes several operations that may simplify your use of the RV50X. Selecting a data plan Prior to selecting a data plan, it is wise to consider your data transfer needs and what you wish to accomplish while accessing the instruments remotely. For example, do you want daily or weekly status reports on the overall performance of the system? Do you want to download raw eddy covariance data sets directly to your computer?

  • Page 70: About Sensor Networks

    LI-COR eddy covariance systems and soil gas flux systems communicate using standard Internet communication protocols. In an eddy covariance system that has multiple instruments, the devices will create a Local Area Network (LAN). The local area network allows the devices to communicate with each other like com- puters on the Internet.
  • Page 71 4 octets used to separate an IP address into two parts; the Netmask network address and the host address. If you are using LI-COR's recommended IP address range, the netmask should be set to 255.255.255.0 for all instruments.

  • Page 72: One-Way Or Two-Way Communication With The Rv50X

    Appendix A. Additional considerations One-way or two-way communication with the RV50X The RV50X can be configured for one-way communication or two-way com- munication. One-way communication One-way communication is to push flux results (EddyPro results) and status inform- ation from the instruments to FluxSuite (requires the SmartFlux System) as well as to push raw data (raw gas, wind speed, and biomet data, EddyPro output, daily res- ults summaries and ICOS CSV files) to a user-provided data repository that sup- ports FTP, SFTP or HTTPS data transfer protocols.
  • Page 73 Appendix A. Additional considerations Static IP address Use a static IP address if one is available for purchase and it is affordable. Advantages: The RV50X will always have the same IP address, so you will be able to connect with your devices from any networked computer by entering the IP address.
  • Page 74 Appendix A. Additional considerations has changed, you probably do not know the new IP address. you can use online ser- vices to resolve a dynamic IP address of the wireless system. To use a dynamic IP address, first set up a Dynamic DNS (DDNS) with a service provider from the list of supported providers.

  • Page 75: About The Smartflux 2 System Ip Address

    Appendix A. Additional considerations About the SmartFlux 2 System IP address For the SmartFlux 3 System, the IP address is set in the gas analyzer software. In contrast, the same action with the SmartFlux 2 System sets the IP address of the LI- 7550.

  • Page 76: Changing The Rv50X Password

    Appendix A. Additional considerations Changing the RV50X password The RV50X has a default user name of and password of . You should user 12345 change the password to make your system less vulnerable to hackers. To change the password: Click Admin >...

  • Page 77: Configure Pc Network Communication

    Appendix A. Additional considerations Configure PC network communication Note: This is only necessary when configuring the system. You may need to do this when configuring the RV50X for the first time, when connecting to the RV50X to change the configuration, or when your computer is connected dir- ectly to an instrument via an Ethernet cable.
  • Page 78 Appendix A. Additional considerations If you need a dynamic IP address, select Obtain an IP address automatically . If you need a static IP address, select Obtain DNS server address automatically and enter the the following IP address IP address Subnet mask Dynamic IP Address Static IP Address (Recommended) A-10...

  • Page 79: Setting The Sutron Datalogger Ip Address

    Appendix A. Additional considerations Setting the Sutron Datalogger IP address Connect the datalogger to your PC. Connect the Sutron Option 1: Ethernet. Datalogger to your PC Ethernet terminal either directly or through an Ethernet switch. In XTerm, select , then TCPIP click .
  • Page 80 Appendix A. Additional considerations Click Setup Access Click the tab, select , and click Setup LAN Settings Edit... A-12 AirLink Cellular Communication...
  • Page 81 Appendix A. Additional considerations Click , then click to dismiss the wizard. Settings... In the window, enter the , and Network Properties IP address Subnet mask Default Gate- 192.168.13.204 IP Address: Typically it should be 255.255.255.0 Subnet Mask: Set this to the IP address used to connect with the RV50X: Default Gateway: (192.168.13.31) Click...
  • Page 82 Appendix A. Additional considerations Here you will configure the network settings of the Sutron datalogger and establish the data connection to the LI-7500A/RS/DS or LI-7200/RS. The steps in this section describe how to log biomet data in .ghg files for processing in EddyPro software or with the SmartFlux System.

  • Page 83: Appendix B. Specifications

    Appendix B. Specifications RV50X NA, SA, EMEA Model: 4G LTE Frequency Bands: 2100(B1), 1900(B2), 1800(B3), AWS(B4), 850(B5), 2600(B7), 900(B8), 700(B12), 700(B13), 800(B20), 1900(B25), 850(B26), 700(B29), TDD B41 3G HSPA/HSPA+ Frequency Bands: 2100(B1), 1900(B2), 1800(B3), 850(B5), AWS(B4), 900(B8) Regulary Approvals: FCC, IC, PTCRB, R&TTE, GCF, CE Carriers: Verizon, AT&T, T-Mobile USA, Southern Linc, Sprint, US Cellular, Rogers, Telus, Bell RV50X APAC Model:...
  • Page 84 Appendix B. Specifications Input/Output: Configurable I/O pin on power connector, Digital Input ON Voltage: 2.7 to 36 VDC, Configurable Pull-up for dry contact input, Digital Open Collector Output > sinking 500 mA, Analog Input: 0.5-36 VDC LAN (Ethernet, USB): DNS, DNS Proxy, DHCP Server, IP Passthrough, VLAN, Host Interface Watchdog, PPPoE Networking and Routing: Network Address Translation (NAT), Port Forwarding, Host Port Routing, NEMO/DMNR, VRRP, Reliable Static Route, Dynamic...

  • Page 85: Appendix C. Warranty

    Inc.'s examination discloses to have been defective in material or workmanship without charge and only under the following conditions, which are: The defects are called to the attention of LI-COR, Inc. in Lincoln, Nebraska, in writing within one year after the shipping date of the instrument.
  • Page 86 The foregoing constitutes LI-COR, Inc.'s sole obligation and liability with respect to damages resulting from the use or performance of the instrument and in no event shall LI-COR, Inc. or its representatives be liable for damages beyond the price paid for the instrument, or for direct, incidental or con- sequential damages.
  • Page 87 Appendix D. Index 7900-050, 2-1, 2-2 eddy covariance, 3-6, 5-1 7900-126, 2-1 ESN, 1-3 7900-235, 2-2 ethernet, 1-2 ethernet cable, 2-7 Access Point Name (APN), 4-2 activity, 1-6 file transfer, A-1 antenna, 1-2 GHG, 5-2 cable, 1-2, 2-8 mounting, 2-8, 7-1 gateway defined, A-3 cable...
  • Page 88 Appendix D. Index LI-7700, 3-2 log in, 4-2 methane analyzer, 3-2 model number, 1-3 modem setup, A-12 netmask defined, A-3 network, 1-1, 1-5, 3-6, 4-5, 4-6, A-2, A-9, A-13 parts list, 1-7 password changing, A-8 port filtering, 4-5 port forwarding, 4-6 power, 1-6, 6-1, 7-1, B-2 power cable installation, 2-6...
  • Page 90 Regional Offices LI-COR Biosciences GmbH Siemensstraße 25A 61352 Bad Homburg Germany Phone: +49 (0) 6172 17 17 771 envsales-gmbh@licor.com LI-COR Biosciences UK Ltd. St. John’s Innovation Centre Cowley Road Cambridge CB4 0WS United Kingdom Phone: +44 (0) 1223 422102 envsales-UK@licor.com LI-COR Distributor Network: www.licor.com/env/distributors...

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