ATC200-1000 & ATC300-1000/2000 Teletilt® Remote Control Variable Electrical Downtilt System Installation and User Guide Bulletin 639544 • Revision L • August 2014 CommScope 1100 CommScope Place SE P.O. Box 339, Hickory, NC 28603-0339 (828) 324-2200 (800) 982-1708 www.commscope.com/andrew Customer Service 24 hours North America: +1-800-255-1479, Option 1 (toll free) Any country: +1-779-435-6500, Option 1 email: acicustomersupportcenter@commscope.
ATC300-1000/2000 Teletilt® RET System Revision History Revision No. Date Description of Changes A December 2007 Released B October 2008 Added instructions on how to configure the controller to operate using an SNMP agent (Section 8). Moved instructions on Uploading Firmware Manually to Appendix C. Rewrote instructions on Uploading Device Firmware, which includes how to change AISG mode in device (Section 10). Added instructions on AISG Reset Capabilities and Using AISG Control Tools to Section 11.
ATC300-1000/2000 Teletilt® RET System Revision No. ii Date Description of Changes J December 2012 K September 2013 L August 2014 Change ATC300/ATC200 Operations Manual to support ATC300-2000 and Software release 2.36. Updated section 23 to better describe changing TMA Gain. Updated section 23 for new features added for TMA control with the software release 2.
ATC300-1000/2000 Teletilt® RET System Notices and Precautions IMPORTANT Before installing/operating the ATC300-1000/2000 controller, please DOWNLOAD the latest controller software from the Commscope web site at www.commscope.com. Please register online to receive E-mail notifications for software updates. CAUTION If using the 48V power connection on the ATC200-1000, ensure wires are properly connected. Reversing the wires can cause permanent damage to the controller.
ATC300-1000/2000 Teletilt® RET System WARNING It is very important to disconnect the ATC200-1000 controller from the system after each use to prevent permanent damage to the system. Electric Static Discharge (ESD) can damage or destroy the hardware equipment used for the ATC300-1000/2000 Teletilt® System. ESD can occur during handling of equipment without the user feeling a shock. The following precautions should be taken to prevent ESD. 1.
ATC300-1000/2000 Teletilt® RET System 6. When removing or replacing ESDS equipment, hold the device or assembly through the electrostatic-free wrap, where possible. If this is not possible, lift the device or assembly by its body only. Do not touch component leads, connector pins, or any other electrical connections or paths, even though they are covered by conformal coating. 7. Do not allow ESDS equipment to come in contact with clothing or other ungrounded materials that may have an electrostatic charge.
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Table of Contents Revision History .................................................................................................... i Notices and Precautions....................................................................................... iii Part 1 – Initial Setup Section 1 System Description ......................................................................................1-1 1.0 Section Overview ...............................................................................................
ATC300-1000/2000 Teletilt® RET System Table of Contents 4.2 Restoring Original IP Settings on the Local Computer ............................................... 4-6 Section 5 Obtaining IP Settings for Controller (When IP Is Unknown) .....................5-1 5.0 Section Overview ....................................................................................................... 5-1 5.1 Establishing the IP Settings on an ATC300-1000/2000 .............................................. 5-1 5.1.
ATC300-1000/2000 Teletilt® RET System 9.1 9.2 9.3 9.4 9.5 9.6 9.7 Table of Contents Required Resources................................................................................................... 9-1 Connecting to the Controller....................................................................................... 9-2 Locating/Adding Firmware Files to FTP Server .......................................................... 9-5 Uploading Firmware Files to the Controller ................................
ATC300-1000/2000 Teletilt® RET System Table of Contents Section 14 Adjusting the Electrical Downtilt on a Group of Antennas......................14-1 14.0 Section Overview ..................................................................................................... 14-1 14.1 Adjusting the Downtilt Angle on a Group of Antennas ..............................................
ATC300-1000/2000 Teletilt® RET System Table of Contents 22.1 Adjusting the Downtilt Angle, Az Offset, or Beamwidth on a Group of SmartBeam Antennas .................................................................................................................. 22-1 Part 8 – Operating Instructions for Tower Mounted Amplifiers Section 23 Tower Mounted Amplifier .......................................................................23-1 23.0 23.1 23.2 23.3 23.4 23.5 Section Overview ......................
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Part 1 Initial Setup Bulletin 639544 • Revision L August 2014
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Section 1 System Description 1.0 Section Overview This section discusses the use of components used in the ATC300-1000/2000 or ATC 200-1000 Teletilt® system. 1.1 ATC200-1000 Antenna System Controller The ATC200-1000 controller, shown in Figure 1-1, serves as an interface between a local PC/laptop or a company network and the remote electrical downtilt devices (actuators/TMAs). This unit uses software designed for communication between the controller and its attached AISG devices.
ATC300-1000/2000 Teletilt® RET System Section 1–System Description Benefits: • Independently manages up to 32 AISG devices with the use of a junction box(es) • Controls actuators through the AISG protocol, where a digital address serves to identify and communicate with a specific actuator • 19” rack mountable (1RU) • Controller interface opens through an Internet browser after connection has been set up Since the ATC200-1000 controller is hard-wired into the equipment cabin, a lightning protection unit (ATL
ATC300-1000/2000 Teletilt® RET System Section 1–System Description • Site Configuration Sheet (Contact your Andrew Sales Representative for ordering this item in a higher quantity. Also, available online at www.commscope.
ATC300-1000/2000 Teletilt® RET System Section 1–System Description Port Details: Figures 1-3 through 1-7 show examples of the ATC300-1000/2000 port connections. Figure 1-3. ATC300-1000/2000 Ethernet Port. The ATC300-1000/2000 controller provides one 10/100 Ethernet port with auto negotiation capabilities. The Ethernet port (Figure 1-3) is used for connecting to a gateway or a PC. Figure 1-4. ATC300-1000/2000 Serial Port.
ATC300-1000/2000 Teletilt® RET System Section 1–System Description Figure 1-5. ATC300-1000/2000 SMB Ports. The ATC300-1000/2000 controller has six 50 ohm SMB connectors (Figure 1-5). These ports are used to connect SMB coaxial cable from the controller to a dc 2.1 bias tee for transmitting the AISG signal with the RF signal up the tower through a coaxial cable. Figure 1-6. ATC300-1000/2000 AISG Port. The ATC300-1000/2000 controller provides an 8-pin circular female RET AISG connector port (Figure 1-6).
ATC300-1000/2000 Teletilt® RET System Section 1–System Description Power Connections: The ATC300-1000/2000 is equipped with two powering options: +24 V power supply (Figure 1-7), or –48 V battery (Figure 1-8). See Section 2 for installation instructions and safety precautions/warnings. Note that the positive (+) symbol indicates higher potential. Figure 1-7. ATC300-1000/2000 +24 V Power Connection. GND GND Figure 1-8. ATC300-1000/2000 –48 V Power Connection.
ATC300-1000/2000 Teletilt® RET System Section 1–System Description Bus Power: Suspend/Wake Modes The controller supplies voltage to the RS–485 bus (i.e. the RET cable). Note: If the controller is not supplying voltage to TMAs, it will enter into Suspend mode after being idle for a few minutes. The controller no longer supplies any voltage when in Suspend mode. If the controller is supplying voltage to TMAs, it will not enter into Suspend mode. • Voltage is restored if any controller function is chosen (e.
ATC300-1000/2000 Teletilt® RET System Section 1–System Description Alarm Outputs: The ATC300-1000/2000 controller has two relay outputs for conveying alarm conditions. These contacts are specified for +24 Vdc maximum voltage with a maximum load of 1 Amp. The connector is equipped with a 4-pin terminal block (Figure 1-10). Pin assignments are shown in Table 1-1. Figure 1-10. ATC300-1000/2000 Alarm Outputs.
ATC300-1000/2000 Teletilt® RET System Section 1–System Description When a short has been detected and power turned off to a port, the software will attempt to reactivate that port 3 times. If the condition persists, the port will be blocked from being powered without operator interaction. This error condition is reflected with an alarm logged in the controller’s Alarm History.
ATC300-1000/2000 Teletilt® RET System Section 1–System Description 1.3 Actuator (Motor Drive) The ATM200 series actuator (motor drive), shown in Figure 1-11, houses a brushless stepper motor system. This system permits the actuator to transmit data to the controller identifying its position and angular tilt setting, as well as receive data from the controller for angular tilt adjustments to be made. The brushless approach was adopted for high reliability and low EMI.
ATC300-1000/2000 Teletilt® RET System Section 1–System Description 1.4 Junction Boxes Junction boxes are used to join up to 32 AISG RET (remote electrical control) devices (antennas with actuators and TMAs) to the controller. These units also divide data and power on the main control cable feeding into the RET devices.
ATC300-1000/2000 Teletilt® RET System Section 1–System Description 1.6 Low Voltage Cable Assemblies (AISG Compliant RET Control Cabling) ATCB-B01-xxx series RET control cabling is used to provide data and power from the controller to the first junction box or device, and then (if needed) between subsequent junction boxes and devices. See Figure 1-15. See Table 1-2 for ordering information. Features/benefits include: • Configured in compliance to the AISG standards.
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Section 2 Installation Instructions and Safety Precautions 2.0 Section Overview This section covers installation procedures for mounting and grounding the ATC300-1000/2000 controller chassis, as well as safety precautions. 2.1 Abbreviations AWG American Wire Gauge 2.2 Installation Preparations Warnings: • This equipment should only be installed by trained personnel. • Do not connect or disconnect cables during lightning activity.
Section 2–Installation Instructions and Safety Precautions ATC300-1000/2000 Teletilt® RET System 2.3 Controller Chassis Mounting The ATC300-1000/2000 controller chassis is designed to be mounted in a standard 19” rack. Use four mounting screws or bolts to secure the system to the rack as shown in Figure 2-1. For proper heat management, provide at least a 2” vertical clearance between the controller and any adjacent system in the rack. Mounting Screws Figure 2-1. Rack Mounted ATC300-1000/2000 Controller.
ATC300-1000/2000 Teletilt® RET System Section 2–Installation Instructions and Safety Precautions 2.5 Controller Chassis Power The ATC300-1000/2000 controller chassis provides two powering options, –48 V battery or +24 V power supply. The controller needs only one of these power options to operate. Input voltage operating ranges: +24 Vdc Supply: +19 Vdc to +30 Vdc –48 Vdc Supply: –36 Vdc to –72 Vdc Ensure that the operating voltage meets the range specified above.
ATC300-1000/2000 Teletilt® RET System Section 2–Installation Instructions and Safety Precautions Connecting to –48 V Battery Power: 1. Open –48 V circuit breaker at the mounting rack. 2. Using a flat-blade screwdriver, remove the 3-pin power connector from the controller’s chassis. 3. Attach the power and return the wires to the connector as shown in Figure 2-4. Note that the positive (+) symbol indicates higher potential. 4.
Section 3 Changing IP Settings on the Local Computer Using the IP Config Tool 3.0 Section Overview • In order for a local computer to gain access to the ATC300-1000/2000 or ATC200-1000 controller, settings will need to be configured on the computer. The IP Config Tool provides a user friendly environment for changing the local computer’s IP settings. See Appendix B for understanding IP addressing.
Section 3–Changing IP Settings on the Local PC Using the IP Config Tool ATC300-1000/2000 Teletilt® RET System 3.2 Installing the Andrew IP Config Tool Double-click on the ipconfigtool.exe file and follow the installation prompts shown on the screen (Figure 3-1). 1 2 3 4 5 6 Figure 3-1. IP Config Tool Installation Screens (Sequentially Numbered).
ATC300-1000/2000 Teletilt® RET System Section 3–Changing IP Settings on the Local PC Using the IP Config Tool 3.3 Launching the IP Config Tool From the computer’s desktop, double-click on the IP Config Tool icon (Figure 3-2). The initial screen for the IP Config Tool program is shown in Figure 3-3. Figure 3-2. Andrew IP Configuration Tool Icon. Figure 3-3. Initial IP Configuration Tool Screen.
Section 3–Changing IP Settings on the Local PC Using the IP Config Tool ATC300-1000/2000 Teletilt® RET System 3.4 Changing the IP Address on the Local Computer Note that if the local computer is connected to a network, the connection will be temporarily lost when the IP address is changed. Connection to the network will be restored after the original IP address for the local computer is restored. 1.
ATC300-1000/2000 Teletilt® RET System Section 3–Changing IP Settings on the Local PC Using the IP Config Tool 3. In the fields provided, enter a new IP address that matches the controller’s IP address with the final digit one digit lower (Example: Controller Factory Set IP is 192.168.255.141; New Computer IP is 192.168.255.140). See Figure 3-5.
Section 3–Changing IP Settings on the Local PC Using the IP Config Tool ATC300-1000/2000 Teletilt® RET System 3.5 Backing Up New IP Settings for the Local Computer 1. The new IP address can be saved for future access to the controller from the same computer. Click on the Backup/Restore tab, located at the top of the screen (Figure 3-6). 2. Click on the Backup button (Figure 3-6). 3. Type in a name of your choice for the new IP configuration backup file, and click on OK (Figure 3-6). 1.
ATC300-1000/2000 Teletilt® RET System Section 3–Changing IP Settings on the Local PC Using the IP Config Tool The backup file for the new IP configuration will appear in the window (Figure 3-7). New IP backup file shown. Figure 3-7. New IP Backup File Shown. Leave the Andrew IP Configuration Tool running to maintain the new IP settings on the local computer until access to the controller is no longer needed. The local computer will also need to be connected to the controller’s Ethernet port to gain access.
Section 3–Changing IP Settings on the Local PC Using the IP Config Tool ATC300-1000/2000 Teletilt® RET System 3.6 Restoring Original IP Settings on the Local Computer When access to the controller is no longer needed, the IP Config Tool can be closed to restore the local computer to its original IP settings (Figure 3-8). 2. Original IP settings are restored to local computer. 1. Click on Close. Figure 3-8. Closing/Restoring Original IP Settings For The Local Computer.
ATC300-1000/2000 Teletilt® RET System Section 3–Changing IP Settings on the Local PC Using the IP Config Tool 3.7 Restoring Backup Files for New IP Settings on the Local Computer for Regaining Access to the Controller After a local computer has been set up with a new IP address using the Andrew IP Config Tool, the backup file that was saved during the initial set up can be used to restore the settings and regain access to the controller (See paragraph 3.5). 1.
Section 3–Changing IP Settings on the Local PC Using the IP Config Tool ATC300-1000/2000 Teletilt® RET System 3.8 Removing a Backup File If a specific backup file is no longer needed, it may be removed. 1. Right click on the backup file shown in the window (Figure 3-10). 2. Select the remove options from the pop-up menu (Figure 3-10). 1. Select the backup file. 2. Select Remove, Remove Backup Item(s). Figure 3-10. Removing Backup File From IP Config Tool.
Section 4 Changing IP Settings on the Local Computer Manually 4.0 Section Overview • In order for a local computer to gain access to the ATC300-1000/2000 or ATC200-1000 controller, IP settings will need to be configured on the computer. • An Ethernet cable (supplied) is required for communication between the local computer and the controller to occur as shown in Figure 4-1 (see Section 6).
Section 4–Changing IP Settings on the Local Computer Manually ATC300-1000/2000 Teletilt® RET System 4.1 Changing the IP Address on the Local Computer 1. If the local computer has not been connected to the controller, see Section 6 to make this connection using the Ethernet cable (supplied). Note that the local computer will lose its connection to any company LAN (network system) when it is disconnected. 2. Go to Control Panel→Network Connections→Local Area Connection. 3.
ATC300-1000/2000 Teletilt® RET System Section 4–Changing IP Settings on the Local Computer Manually 4. Click on Internet Protocol (TCP/IP) and make sure the box next to it is checked (Figure 4-3). 5. Click on Properties (Figure 4-3). 1. Click on Internet Protocol (TCP/IP). Place check mark in box. 2. Click on Properties. Figure 4-3. Selecting Internet Protocol Properties.
Section 4–Changing IP Settings on the Local Computer Manually ATC300-1000/2000 Teletilt® RET System 6. Obtain IP address automatically is usually the default selection for most users (Figure 4-4). IMPORTANT If ‘Use the following IP address’ is selected and IP settings are displayed, note these settings exactly as they are displayed. These settings are needed in order to restore the computer to its original IP identity. 7. If not already selected, click on Use the following IP address (Figure 4-4).
ATC300-1000/2000 Teletilt® RET System Section 4–Changing IP Settings on the Local Computer Manually 8. Enter an IP address that matches the controller’s IP address with the final digit one digit lower (Example: Controller Factory Set IP is 192.168.255.141; New IP is 192.168.255.140). See Figure 4–5. 9. Enter a subnet mask that matches the controller’s Netmask exactly. The controller’s default Netmask setting is 255.255.255.0 (Figure 4-5). 10. Erase all other fields on the screen (Figure 4-5). 11.
Section 4–Changing IP Settings on the Local Computer Manually ATC300-1000/2000 Teletilt® RET System 4.2 Restoring Original IP Settings on the Local Computer When access to the controller is no longer needed, the IP address and subnet mask on the local computer must be restored to the original settings for it to reconnect to a company LAN (network system). Follow the same procedures discussed in paragraph 4.1, except enter the original IP settings that were noted before the computer was configured.
Section 5 Obtaining IP Settings for the Controller (When IP is Unknown) 5.0 Section Overview • If IP addressing has been changed on the controller and is unknown, the IP address can be obtained through a serial connection to the LMT port on the controller. • If the local computer is not equipped with a serial port, a USB-to-serial adapter can be used. Airlink 101 adapter has been found to be highly reliable.
Section 5–Obtaining IP Settings for Controller (When IP is Unknown) ATC300-1000/2000 Teletilt® RET System 3. Go to Start → All Programs → Accessories → Communications → HyperTerminal (Figure 5-2). Click on HyperTerminal Figure 5-2. Network Connection Window.
ATC300-1000/2000 Teletilt® RET System Section 5–Obtaining IP Settings for Controller (When IP is Unknown) 4. A New Connection window will open. Enter a name for the connection and choose an icon in the Connection Description window (Figure 5-3). 5. Click OK (Figure 5-3). Figure 5-3. Using The New Connection Window. 6. Select COM1 from the Connect To drop down menu (Figure 5-4). 7. Click OK (Figure 5 -4). Figure 5-4. Connect To COM1 Serial Port.
Section 5–Obtaining IP Settings for Controller (When IP is Unknown) ATC300-1000/2000 Teletilt® RET System 8. On the COM1 Properties window select 115200 from the Bits per second drop down menu. Select None from the Flow control drop down menu (Figure 5-5). 9. Click OK (Figure 5-5). Figure 5-5. Setting The COM1 Properties. 10. Press Enter key. If dollar sign appears, you have established a connection (Figure 5-3). Note: ATC300 version 2.32 and later require a root password for controller access.
ATC300-1000/2000 Teletilt® RET System Section 5–Obtaining IP Settings for Controller (When IP is Unknown) 11. Type ifconfig as shown in Figure 5-7 and press Enter key. Figure 5-7. Configure IP Address. 12. Observe the eth0 paragraph shown in Figure 5-8. The second line in this paragraph contains the IP address for your Ethernet connection. Example inet addr:192.168.0.50 Mask:255.255.255.0. Figure 5-8. Getting The IP Address For Ethernet Connection.
Section 5–Obtaining IP Settings for Controller (When IP is Unknown) ATC300-1000/2000 Teletilt® RET System 13. Once you have noted your Ethernet address, close the window to end the HyperTerminal connection. A HyperTerminal window will open. Select Yes to disconnect from your ATC300-1000/2000 (Figure 5-9). Figure 5-9. Ending The Connection. 14. Select Yes to save your session for use in the future (Figure 5-10). Figure 5-10. Save The ATC300-1000/2000 Controller Connection. 15.
ATC300-1000/2000 Teletilt® RET System Section 5–Obtaining IP Settings for Controller (When IP is Unknown) 5.2 Determining the IP settings on an ATC200-1000 5.2.1 Establishing a Serial Connection to the Controller 1. Ensure that the controller is powered up. On power up, the status LED will first be steady red and then blink red until it becomes a solid red or green. After the LED is a solid color for 20 seconds, it is ready to be connected to a COM1 serial port of a computer. 2.
Section 5–Obtaining IP Settings for Controller (When IP is Unknown) ATC300-1000/2000 Teletilt® RET System Double click on the New Connections Wizard. Windows® Classic Interface Click on the New Connections link. Windows® XP Interface Figure 5-13. Using the New Connection Wizard 4. Click on Next (Screen 1, Figure 5-14). 5. Select Set up an advanced connection, and click on Next (Screen 2, Figure 5-14). 6. Select Connect directly to another computer, and click on Next (Screen 3, Figure 5-14). 7.
ATC300-1000/2000 Teletilt® RET System Section 5–Obtaining IP Settings for Controller (When IP is Unknown) 8. Enter in a name for the connection, and click on Next (Screen 5, Figure 5-15) . 9. Select Communications cable between two computer (COM1) from the drop down menu if it is not the default that appears, and click on Next (Screen 6, Figure 5-15). 10. Select Anyone’s use, and click on Next (Screen 7, Figure 5-15) . 11. Place a check mark in the box next to Add a shortcut . . .
Section 5–Obtaining IP Settings for Controller (When IP is Unknown) ATC300-1000/2000 Teletilt® RET System 5.2.2 Configuring the Serial Connection A Login screen will appear upon exiting the New Connection Wizard. 1. Leave all fields blank in the Login screen, and click on Properties (Screen 1, Figure 5-16). 2. Select Communications cable between two computer (COM1) from the drop down menu if it is not the default that appears. 3. Place a check mark in the box next to Show icon . . .
ATC300-1000/2000 Teletilt® RET System Section 5–Obtaining IP Settings for Controller (When IP is Unknown) 4. Change the maximum speed to 115200, clear all check boxes, and click on OK (Screen 3, Figure 5-17). 5. Click on the Networking tab (Screen 4, Figure 5-17). 6. Select PPP Windows 95/98/NT4/2000 Internet from drop down menu (Screen 4, Figure 5-17). 7. Place a check mark in the box next to Internet Protocol (TCP/IP), and select (Screen 4, Figure 5-17). 8. Click on OK (Screen 4, Figure 5-17).
Section 5–Obtaining IP Settings for Controller (When IP is Unknown) ATC300-1000/2000 Teletilt® RET System 5.2.3 Establishing a Serial Connection for Windows® 2000 Users 1. Go to Control Panel→Network and Dial-up Connections→Make a New Connection→Network Connection Wizard (screens not shown). 2. Select Connect directly to another computer, and click on Next. 3. Select Guest, and click on Next (Screen 4, Figure 5-14). 4. Select either COM1 or COM2 from the drop down menu. 5.
ATC300-1000/2000 Teletilt® RET System Section 5–Obtaining IP Settings for Controller (When IP is Unknown) 5.2.4 Activating the Serial Connection An icon was created and placed on the computer’s desktop during the final stage of using the New Connection Wizard (Figure 5-18). If the Login screen is not already open for the serial connection, double click on the icon for the new serial connection to open. 1. Clear the User Name and Password fields. Clear the check box next to Save this user name . . .
Section 5–Obtaining IP Settings for Controller (When IP is Unknown) ATC300-1000/2000 Teletilt® RET System 5.2.5 Accessing the Controller Interface Over the Serial Connection to Obtain the Controller’s IP Settings 1. Ensure that the controller is powered up. 2. Ensure the serial connection is active (dialed up successfully) from the local computer to the controller (see paragraph 5.2.4).
ATC300-1000/2000 Teletilt® RET System Section 5–Obtaining IP Settings for Controller (When IP is Unknown) 5. After the controller’s main interface screen displays in the Internet browser, go to Configuration→Controller Config (Figure 5-22). Select. Figure 5-22. Selecting Configuration → Controller Config from Controller’s Main Menu.
Section 5–Obtaining IP Settings for Controller (When IP is Unknown) ATC300-1000/2000 Teletilt® RET System 6. Write down and retain the IP Address, Network Mask, and Default Router settings shown on the screen (Figure 5-23). Configurations should not be made to the controller’s IP settings while connected to the serial port. If you desire to change these settings on the controller, it is recommended that this is done over a direct Ethernet connection (see Section 7).
ATC300-1000/2000 Teletilt® RET System Section 5–Obtaining IP Settings for Controller (When IP is Unknown) 8. Double click on the network icon from the system tray to open the serial connection dialogue box (Figure 5-24). 9. Click on Disconnect to end the serial connection (Figure 5-25). Double click. Figure 5-24. Opening the Serial Connection from the System Tray. Click. Figure 5-25. Disconnecting the Serial Connection to the Controller.
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Part 2 Accessing the Controller Bulletin 639544 • Revision L August 2014
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Section 6 Accessing the Controller Using a Direct Ethernet Connection 6.0 Section Overview The ATC300-1000/2000 and ATC300-1000/2000 controller is equipped with an Ethernet port that can be accessed directly from a local computer using an Ethernet cable (supplied). 6.1 Using an Ethernet Cable for Establishing a Direct Connection from a Local Computer to the Controller 1.
Section 6–Accessing the Controller Using a Direct Ethernet Connection ATC300-1000/2000 Teletilt® RET System Note that the factory default configuration for the ATC300-1000/2000 controller is DHCP*, with the hostname set to the controller serial number. However, when a DHCP server is not available at bootup, the controller will use the IP address 192.168.255.141. The factory default IP address for the ATC200-1000 is 192.168.255.141. Figure 6-3 shows an example of the controller’s main screen.
Section 7 Changing the Controller’s IP Settings for Access Over a Network 7.0 Section Overview • The ATC300-1000/2000 controller may be configured to use DHCP or a static IP address. • If planning to use DHCP on your ATC300-1000/2000 controller, it ships configured in this mode, so it is ready for your network without additional configuration. Network access is by its hostname, which is initially its serial number. Figure 7-5 (page 7-5) shows setting up a controller for DHCP.
Section 7–Changing the Controller’s IP Settings for Access Over a Network ATC300-1000/2000 Teletilt® RET 7.1 Configuring the Controller Using A Local Computer Carefully read Section 7.0 Section Overview (page 1) before proceeding with any configuration changes to the controller’s IP settings. 1. If the controller is on a network, disconnect it from the network and then power cycle the controller. 2. Connect the controller to the local computer using the Ethernet cable provided. 3.
ATC300-1000/2000 Teletilt® RET System Section 7–Changing the Controller’s IP Settings for Access Over a Network 7.1.1 Configuring the Controller to Use A Static IP Address The new IP settings should be noted and retained before the settings are applied to the controller. Settings in the controller Config window (Figure 7-3) determine if a site’s network is accessed using a static IP address or DHCP. Note: DHCP is not an option on the ATC200-1000. 1.
Section 7–Changing the Controller’s IP Settings for Access Over a Network ATC300-1000/2000 Teletilt® RET 1. Click Use DHCP. Copy Hostname. 2. Click Set IP Details. 3. Click to Reboot. Figure 7-4. Configuring Controller’s DHCP For Access Over a Network. 7.1.2 Configuring the Controller to Use DHCP The new IP settings should be noted and retained before the settings are applied to the controller. Figure 7-4 shows a controller Config window set to DHCP. 1. Click the Use DHCP box.
ATC300-1000/2000 Teletilt® RET System Section 7–Changing the Controller’s IP Settings for Access Over a Network Click OK. Click Set IP Details. Figure 7-5. Choose Set IP Details to Establish DHCP Settings. Enter the controller’s hostname. Click Go. Figure 7-6. Setting Up DHCP For Access Over a Network.
Section 7–Changing the Controller’s IP Settings for Access Over a Network ATC300-1000/2000 Teletilt® RET Figure 7-7. Controller Access Using DHCP Over a Network. 6. The controller’s web interface returns to the main interface window (Figure 7-7). 7.2 Accessing the Controller Over the Network Connection 1. Connect the controller to the company’s LAN at the base station using an Ethernet cable, not supplied. 2.
Section 8 Controller Configuration Options 8.0 Section Overview • The ATC300/200 controller is equipped with an SNMP (Simple Network Management Protocol) agent that allows remote access using an SNMP manager. • Andrew provides the MIB (Management Information Base), which is supported by the ATC300/200 controller SNMP agent, upon request. • SNMP is a well-defined protocol used in the industry to manage devices remotely. • The ATC300/200 controller allows configuration of the unit site name.
Section 8–Configuring the Controller to Connect Over an SNMP Manager ATC300-1000/2000 Teletilt® RET System The SNMP Configuration page is divided into three sections: the SNMP Agent General Configuration, the SNMP Trap Configuration, and the Command Response field (Figure 8-2). General Configuration 1. To configure the ATC300-1000/2000 controller SNMP agent, first select Enabled in order to enable the agent. 2.
ATC300-1000/2000 Teletilt® RET System Section 8–Configuring the Controller to Connect Over an SNMP Manager Trap Configuration 1. The SNMP Trap Configuration table (Figure 8-2) configures the controller to report traps for up to four SNMP managers. Typical examples for using a trap is to alert an SNMP manager that a controller has been installed at a new site or to show a new alarm condition has occurred.
Section 8–Configuring the Controller to Connect Over an SNMP Manager ATC300-1000/2000 Teletilt® RET System Figure 8-3 Enable Site Sharing The administrator will then be required to enter a new password (Figure 8-4). Figure 8-4 Entering a new web interface password After enabling the site sharing password, the administrator will immediately be logged in.
ATC300-1000/2000 Teletilt® RET System Section 8–Configuring the Controller to Connect Over an SNMP Manager 8.2.1 Site Sharing Configuration ATC300 software release 2.36 provides the capability for site sharing. A logged in administrator must enable and configure the operator usernames and passwords, scan the AISG bus for devices, and assign operators to each device. Operators are limited in their privileges, and are permitted to only view and manage the AISG devices to which they have been assigned.
Section 8–Configuring the Controller to Connect Over an SNMP Manager ATC300-1000/2000 Teletilt® RET System only the devices assigned with that operator. These logs are deleted when the administrator selects Set Operator Info. A warning box notifies the administrator of this action. Figure 8-6 Operator Management Web Page 8.2.1.2 Assigning Operators to Devices Before entering this web page, the administrator should perform an AISG bus device scan (Home | Find Devices).
ATC300-1000/2000 Teletilt® RET System Section 8–Configuring the Controller to Connect Over an SNMP Manager Figure 8-7 Assigning Operators to AISG Devices 8.2.1.3 Operator Login/Logout Operators do not need to know their usernames. An operator simply needs to enter his password to be able to manage those devices assigned to him. Operator capability is very limited. A logged in operator may view, configure, move, and upgrade only his devices. He cannot perform a device scan.
Section 8–Configuring the Controller to Connect Over an SNMP Manager ATC300-1000/2000 Teletilt® RET System 8.3 Site Configuration The controller allows configuration of other options that can be accessed through the menu option Configuration → Controller Config (as shown in Figure 7-2). 8.3.1 Site Name The controller site name defaults to “RET1 ASCU” but can be modified at any time.
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Part 3 Uploading Firmware Bulletin 639544 • Revision L August 2014
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Section 9 Uploading Controller Firmware and Antenna Definition Files Using the IP Config Tool 9.0 Section Overview • The Andrew IP Config Tool can be used for uploading firmware to the controller over its FTP server. For uploading firmware to the controller over a direct connection, see paragraphs 9.2 through 9.5. For uploading firmware to the controller over a LAN, see paragraphs 9.3 through 9.5. For ATC200 and ATC300 2.
Section 9–Uploading Controller Firmware Using the IP Config Tool ATC300-1000/2000 Teletilt® RET System Warning: The ATC300-2000 controller unit requires software release 2.36 or later. Conversely, however, software release 2.36 and later can be installed on ATC300-1000 controller units. All new features and/or bug fixes provided with the controller software will be available on the ATC300-1000 with the exception of modem port isolation, which is not supported on the ATC300-1000 hardware. 9.
ATC300-1000/2000 Teletilt® RET System Section 9–Uploading Controller Firmware Using the IP Config Tool 4. Click on the Backup/Restore tab (Figure 9-2). 5. Click on the backup IP configuration file that was set up for access to the controller (Figure 9-2). See Section 3.5 for creating a backup IP configuration file. 6. Click on Restore (Figure 9-2). 1. Click on Backup/Restore tab. 2. Click on the backup file. 3. Click on Restore. Figure 9-2.
Section 9–Uploading Controller Firmware Using the IP Config Tool ATC300-1000/2000 Teletilt® RET System 7. Double-click on an Internet browser to verify that the computer is connected to the controller. If you are using the default IP address for the controller (192.168.255.141), the Internet browser (Netscape and Mozilla not supported) will automatically open to the controller’s main interface screen (Figure 9-3).
ATC300-1000/2000 Teletilt® RET System Section 9–Uploading Controller Firmware Using the IP Config Tool 9.3 Locating/Adding Firmware Files to FTP Server Note that with ATC300-1000/2000 Version 2.21_A to 2.32_A, and ATC200-1000 RET-AN-RT464A8_A. ascu and later, Andrew antenna definition files can not be updated manually. They are bundled with the controller firmware. However, other vendors’ ADFs may still be loaded on the controller using the method described in this section. ATC300-1000/2000 version 2.
Section 9–Uploading Controller Firmware Using the IP Config Tool ATC300-1000/2000 Teletilt® RET System 4. Click on the Find Files button again (Figure 9-5). The controller files found during search will appear in the Found Files window. 5. Select the latest version file(s), if your search results found earlier versions. Refer to Paragraphs 9.0 and 9.1 to determine the version level from the filename. To select more than one file, hold down the Shift key on the keyboard while selecting the files. 6.
ATC300-1000/2000 Teletilt® RET System Section 9–Uploading Controller Firmware Using the IP Config Tool 7. After the files have been added to the FTP server, a check mark with a plus sign is shown next to the file to indicate it is ready for upload to the controller (Figure 9-6). Click on Finish (Figure 9-6). Note that uploaded files will have a rectangular symbol shown to the left, replacing the check mark. as shown in Figure 9-7 on the next page. 1.
Section 9–Uploading Controller Firmware Using the IP Config Tool ATC300-1000/2000 Teletilt® RET System 9.4 Uploading Firmware Files to the Controller 1. Click on the firmware file that is to be uploaded (Figure 9-7). Only one file can be uploaded at a time. Note: Updates to the antenna definition file (*AT*.ascu) are recognized by the controller as soon as the upload is complete. Updates to the controller’s software require that the controller be rebooted (Figure 9-10) for the updates to be recognized. 2.
ATC300-1000/2000 Teletilt® RET System Section 9–Uploading Controller Firmware Using the IP Config Tool 3. Enter the IP address for the controller that is to receive the file upload (Figure 9-8). Note that ‘*.tar’ type files are only used with the ATC300-1000/2000 Controller, so the screen shown in Figure 9-8 will only allow this option to be selected. 4. Click on OK (Figure 9-8). The Internet browser will open to the controller’s operating interface and upload the file.
Section 9–Uploading Controller Firmware Using the IP Config Tool ATC300-1000/2000 Teletilt® RET System The Reboot button is used to reboot the controller. This is required when firmware updates are installed for the controller. Controller firmware files are shown, which includes bundled antenna definition files. Click on Close. Figure 9-10. Uploaded Controller Firmware Files Shown. 9.
ATC300-1000/2000 Teletilt® RET System Section 9–Uploading Controller Firmware Using the IP Config Tool 1. Status indicates the FTP server is not connected. 2. Click on OK. 3. Click on Close. Figure 9-11. FTP Server Not Connected. 9.7 Uploading Controller Firmware from the ATC300 Web Interface As of ATC300 version 2.34_A, the controller no longer requires IP Config Tool or a third-party FTP server to upload controller firmware or antenna definition files.
Section 9–Uploading Controller Firmware Using the IP Config Tool ATC300-1000/2000 Teletilt® RET System Figure 9-12.
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Section 10 Uploading Device Firmware 10.0 Section Overview • Andrew AISG device firmware is bundled with the controller firmware, so that it is saved to the controller during controller firmware upgrades. Firmware Bundle Version Numbering: When new Andrew device firmware or a new Andrew Antenna Definition File is released, a new controller firmware bundle is also released. The bundle version is indicated in the controller firmware version. For example, in the ATC300 controller firmware bundle version “2.
ATC300-1000/2000 Teletilt® RET System Section 10–Uploading Device Firmware Click on Start Scan. Figure 10-2. ATC300-1000/2000 Controller Device Search Screen. 2. Click on the Start Scan button (Figure 10-2). The Device Search Progress window shows when the device search locates each device connected to the RET system. 10.2 Updating AISG Device Firmware Operators can easily see the Update Required state of each device scanned on a RET system (Figure 10-3).
ATC300-1000/2000 Teletilt® RET System Section 10–Uploading Device Firmware Yes indicates devices that need updates. Click on Update Devices. Figure 10-3. Device Scan Results Show Updates Required. Approximate upgrade time is listed. Unselect All option. Click on Install Firmware. Figure 10-4. Device Upgrades Recommended Screen.
ATC300-1000/2000 Teletilt® RET System Section 10–Uploading Device Firmware 5. Firmware updates are applied to the selected devices individually. The Upgrade Progress window tracks the progress as each update is applied (Figure 10-5). After a device updates, it is no longer listed on the screen. Click on Close after updates have been installed. If a TMA has been upgraded from 1.1 to 2.0 after a firmware upgrade, it will be removed from the database.
ATC300-1000/2000 Teletilt® RET System Section 10–Uploading Device Firmware 10.3 Choice of Upgrade Method Select Show Statistics on the Main Interface screen (Figure 10-6) to open the Device Statistics window. Using the Device Statistics screen (Figure 10-7), ATC300-1000/2000 operators can choose to update device firmware in one of two ways, Auto Upgrade or Manual Upgrade. • Section 10-2 explains the Auto Upgrade option for uploading device firmware to update actuators.
ATC300-1000/2000 Teletilt® RET System Section 10–Uploading Device Firmware Figure 10-9 Manual Upgrade Option (ATC300 2.
ATC300-1000/2000 Teletilt® RET System Section 10–Uploading Device Firmware 10.4 Using the Controller Help Menu The Help menu on the menu bar on the main interface screen has two selections, About and Software Versions (Figure 10-10). Selecting either opens the relevant web page. Select Help to access the About and Software Versions web pages. Figure 10-10. Selecting Help to Access the About Web Page. 1.
ATC300-1000/2000 Teletilt® RET System Section 10–Uploading Device Firmware Figure 10-11. About Web Page. Figure 10-12. Software Versions Web Page.
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Part 4 Device Discovery for All Types of Antennas Bulletin 639544 • Revision L August 2014
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Section 11 Device Discovery and Bus Management 11.0 Section Overview • In order for the controller to permit configurations or tilt adjustments to be made to attached devices, it must first recognize their presence. • Device recognition is most commonly achieved by running a device search (section 11.1). • Less commonly used, devices may be individually addressed using the Configure Bus feature (section 11.2). • Some of Andrew’s RETs are capable of functioning in AISG 1.1 or AISG 2.0 protocol mode.
ATC300-1000/2000 Teletilt® RET System Section 11–Device Discovery and Addressing 2. Click on Start Scan to activate the device search (Figure 11-2). Note that the controller can identify up to 32 AISG devices. • (ATC300 only) Device scan will allow up to 64 AISG devices in the database when the controller is configured as Bus is externally powered (See figure 7-3). Otherwise, the limit stays at 32. Device scan is more efficient if operator selects the number of devices expected to be found.
ATC300-1000/2000 Teletilt® RET System Section 11–Device Discovery and Addressing 11.2 Manually Adding a Device to the Controller’s System To begin adding a device manually to the controller’s system, click on Configure Bus from the controller’s main interface screen (this button is located under the Find Devices button as shown in Figure 11-1). 1. Select an available address from the drop down list (Figure 11-4).
ATC300-1000/2000 Teletilt® RET System Section 11–Device Discovery and Addressing 11.3 Addressing New devices are automatically assigned an address the first time they are found while running a device search. Addresses for devices that have previously been recognized through a device search are usually preserved during a new device scan, when possible.
ATC300-1000/2000 Teletilt® RET System Section 11–Device Discovery and Addressing 2. Click on Remove Device. 1. Verify correct serial number. Figure 11-5. Removing A Device Using Configure Bus Feature. 1. Click on Close Window. 2. Click on Close. Figure 11-6. Closing Configure Bus Windows.
ATC300-1000/2000 Teletilt® RET System Section 11–Device Discovery and Addressing 2. Click on OK. Revert to AISG 1.1 1. Click on AISG 2.0 Reset. Figure 11-7. AISG Control Tools. 11.5 AISG Control Tools The controller supports devices that utilize AISG 1.0, AISG 1.1, or AISG 2.0 protocols, or a mixed bus of these devices. AISG 2.0 Reset and Revert to AISG 1.1 control options are provided on the Bus Configuration screen. These tools provide specific control capabilities for AISG 2.
ATC300-1000/2000 Teletilt® RET System Section 11–Device Discovery and Addressing 11.5.2 Revert to AISG 1.1 • The Revert to AISG 1.1 control targets a specific set of actuators. It examines the database of devices and sends an addressed “revert to AISG 1.1” message to each Andrew dual mode RET operating in AISG 2.0 mode. A few Andrew dual-mode TMAs are also affected. • On receipt of this message, each targeted RET performs a reset and then begins operation in an AISG 1.1 mode.
ATC300-1000/2000 Teletilt® RET System Section 11–Device Discovery and Addressing 11.6 Andrew AITM Actuator Mode Management (ATC300 2.34_A and later only) As of version 2.34_A, the ATC300 controller Bus Configuration web page provides the capability to change the operating mode of Andrew AITM internal actuators between multiple-single RET mode and multiRET mode. This feature is targeted to this device type only, and will not be available unless one or more AITM devices have been discovered on the AISG bus.
ATC300-1000/2000 Teletilt® RET System Section 11–Device Discovery and Addressing 11.6.1 Set AITM(s) to Multiple-Single RET Mode This button is available when at least one Andrew AITM actuator in multiRET mode has been found and is in the database. Select this option to change all AITMs that are in multiRET mode to multiplesingle RET mode. After the mode has been successfully changed, the devices will no longer be in communication and should be deleted.
ATC300-1000/2000 Teletilt® RET System Section 11–Device Discovery and Addressing Figure 11-11. Option to Set the AITM to Multiple-Single RET is available Figure 11-12.
ATC300-1000/2000 Teletilt® RET System Section 11–Device Discovery and Addressing Figure 11-13. Successful Mode Change from MultiRET to Multiple-Single RET Figure 11-14.
ATC300-1000/2000 Teletilt® RET System Section 11–Device Discovery and Addressing 11.6.2 Set AITM(s) to MultiRET Mode This button is available when at least one Andrew AITM actuator in multiplesingle RET mode has been found and is in the database. Select this option to change all AITMs that are in multiple-single RET mode to multiRET mode. After the mode has been successfully changed, the devices will no longer be in communication and should be deleted.
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Part 5 Operating Instructions for Standard Antennas with Attached Actuators Bulletin 639544 • Revision L August 2014
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Section 12 Device Configuration 12.0 Section Overview Before the controller can successfully send commands to a known device, the device must first be configured to provide specific information about the antenna and its location on the site. Actuators that have been factory installed on an antenna are pre-configured to include the antenna model number, antenna type, and antenna serial number (remaining fields will need to be configured).
ATC300-1000/2000 Teletilt® RET System Section 12–Device Configuration RET device ID shown. Fields marked with an asterisk must be configured. Make appropriate selections and text entries. (All configuration data is stored in the individual device.) Click on Set Device Data. Click on Close. Figure 12-2. Configuring A New Device. Notice that the ID for the device that was selected from the main screen appears in the title bar of the Device Configuration screen. Required fields are marked with an asterisk.
ATC300-1000/2000 Teletilt® RET System Section 12–Device Configuration Factory installed actuators are pre-configured to include the antenna model number, antenna type, and antenna serial number it is operating. 3. Click on the drop down arrow to the right of Antenna Type, and select the type of antenna that is correct for the antenna model you selected. Note that this value is used for reference only and has no direct affect upon the Actuator/Antenna that is being configured. 4.
ATC300-1000/2000 Teletilt® RET System Section 12–Device Configuration New configuration settings are displayed and status indicates that the device is OK, when it has been configured successfully. Click on Edit Selected. Figure 12-3. Configuration For New Device Displayed In Controller’s Main Interface Screen. To verify that each item configured was set correctly, select the device from the main screen and click on Edit Selected to review each item.
ATC300-1000/2000 Teletilt® RET System Section 12–Device Configuration Antenna model is selected from the listing of “family” names. Figure 12-4. Selecting The Appropriate Model “Family” Name. 12.3 Saving a Device Configuration to File To save your configurations to a file for future reference, place your mouse over the area where the devices are listed on the main screen and right click. From the pop-up menu, select Export to Microsoft Excel.
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Section 13 Adjusting the Electrical Downtilt on a Single Antenna 13.0 Section Overview • The electrical downtilt may be adjusted on any device that is addressed, configured, and whose current state does not prevent antenna movement. • Movement may be prevented when a device is not responding to commands from the controller, is in the middle of a move or configuration change, or is experiencing a mechanical malfunction. 13.1 Adjusting the Downtilt Angle on a Single Antenna 1.
Section 13–Adjusting the Electrical Downtilt on a Single Antenna ATC300-1000/2000 Teletilt® RET System The RET Device Movement screen shown in Figure 13-2 displays the information that was previously configured for the device. This information may be used as a reference to help determine the new tilt setting. Note that only tilt changes may be made from this screen. Any changes needed to be made to the configuration for the device must be done from the Device Configuration screen as discussed in Section 12.
ATC300-1000/2000 Teletilt® RET System Section 13–Adjusting the Electrical Downtilt on a Single Antenna 5. A progress indicator bar will appear in a pop-up window to continually provide an update for as long as the move is in progress. You will be notified when movement is complete. Click on Close Window from the pop-up window (Figure 13-3). If for any reason the move failed to reach the new downtilt angle specified, you will be notified of the failure. 6.
Section 13–Adjusting the Electrical Downtilt on a Single Antenna ATC300-1000/2000 Teletilt® RET System The new downtilt angle will be displayed on the controller’s main interface screen for the antenna/ device that was adjusted (Figure 13-4). New downtilt angle is displayed. Figure 13-4. New Downtilt Angle Shown For Single Antenna Move.
Section 14 Adjusting the Electrical Downtilt on a Group of Antennas 14.0 Section Overview In addition to changing the downtilt of a single antenna, changes may also be applied to a group of antennas. The antennas that can be included in a group move must be in the same sector and have the same electrical tilt range (same minimum and maximum tilt) and be the same device type. 14.1 Adjusting the Downtilt Angle on a Group of Antennas 1.
Section 14–Adjusting the Electrical Downtilt on a Group of Antennas ATC300-1000/2000 Teletilt® RET System Notice that the device that was selected to be included in the sector move is highlighted and displayed in the Included box. This box displays a list of all devices that will be included in the sector move. Initially, this box contains only the antenna that was selected from the controller’s main interface screen.
ATC300-1000/2000 Teletilt® RET System Section 14–Adjusting the Electrical Downtilt on a Group of Antennas 1. Review the electrical tilt range to verify that the new tilt angle will be valid for the antenna model. 3. Click on Set Tilt. 2. Enter the new electrical tilt angle. Angles may be entered as whole degrees or as a combination of whole degrees and tenths of a degree (Ex: 5.0 or 5.5). Figure 14-3. Changing Electrical Tilt Setting For Antennas In Sector Move.
Section 14–Adjusting the Electrical Downtilt on a Group of Antennas ATC300-1000/2000 Teletilt® RET System The new downtilt angle will be displayed on the controller’s main interface screen for the antennas/ devices that were adjusted in the sector move (Figure 14-5). New downtilt angles are displayed. Figure 14-5. New Tilt Angles Shown For Sector Move.
Part 6 Operating Instructions for Antennas with Multiple Integrated Actuators Bulletin 639544 • Revision L August 2014
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Section 15 Device Configuration for Antennas with Multiple Integrated Actuators 15.0 Section Overview Before the controller can successfully send commands to a known device, the device must first be configured to provide specific information about the antenna and its location on the site. Actuators that have been factory installed on an antenna are pre-configured to include the antenna model number, antenna type, and antenna serial number (remaining fields will need to be configured).
Section 15–Device Configuration-Multiple Integrated Actuators ATC300-1000/2000 Teletilt® RET System RET device ID shown. Fields marked with an asterisk must be configured. 1. Make appropriate selections and text entries. (All configuration data is stored in the individual device.) 2. Click on Set Device Data. Figure 15-2. Configuring A New Device. Notice that the ID for the device that was selected from the main screen appears in the title bar of the Device Configuration screen.
ATC300-1000/2000 Teletilt® RET System Section 15–Device Configuration-Multiple Integrated Actuators • The ID for the base station associated with this antenna must be 1 to 12 characters in length for AISG 1.x devices and 1-32 characters in length for AISG 2.0 devices, and may contain any combination of numbers and letters. • The Installation Date field must be 1 to 6 characters in length with any combination of letters and numbers.
Section 15–Device Configuration-Multiple Integrated Actuators ATC300-1000/2000 Teletilt® RET System 7. If the device was successfully configured, the status will indicate the device is OK on the main screen. Note that not all of the items that were configured are displayed on the main screen (Figure 15-4). To verify that each item configured was set correctly, select the device from the main screen and click on Edit Selected to review each item.
Section 16 Adjusting the Electrical Downtilt on a Single Antenna Equipped With Multiple Integrated Actuators 16.0 Section Overview • The electrical downtilt may be adjusted on any device that is addressed, configured, and whose current state does not prevent antenna movement. • Movement may be prevented when a device is not responding to commands from the controller, is in the middle of a move or configuration change, or is experiencing a mechanical malfunction. 16.
Section 16–Adjusting Electrical Downtilt-Single Multiple Integrated Actuators ATC300-1000/2000 Teletilt® RET The MRET Device Movement screen shown in Figure 16-2 displays the information that was previously configured for the device. This information may be used as a reference to help determine the new tilt setting. Note that only tilt changes may be made from this screen.
ATC300-1000/2000 Teletilt® RET System Section 16–Adjusting Electrical Downtilt-Single Multiple Integrated Actuators 5. A progress indicator bar will appear in a pop-up window to continually provide an update for as long as the move is in progress. You will be notified when movement is complete. Click on Close Window from the pop-up window (Figure 16-3). If for any reason the move failed to reach the new downtilt angle specified, you will be notified of the failure. 6.
Section 16–Adjusting Electrical Downtilt-Single Multiple Integrated Actuators ATC300-1000/2000 Teletilt® RET The new downtilt angle will be displayed on the controller’s main interface screen for the antenna/ device that was adjusted (Figure 16-4). New downtilt angle is displayed. Figure 16-4. New Downtilt Angle Shown For Single Antenna Move.
Section 17 Adjusting the Electrical Downtilt on a Group of Antennas Equipped with Multiple Integrated Actuators 17.0 Section Overview In addition to changing the downtilt of a single antenna, changes may also be applied to a group of antennas. The antennas that can be included in a group move must be in the same sector and have the same electrical tilt range (same minimum and maximum tilt). 17.1 Adjusting the Downtilt Angle on a Group of Antennas 1.
Section 17–Adjusting Downtilt-Group of Multiple Integrated Actuators ATC300-1000/2000 Teletilt® RET System Notice that the device that was selected to be included in the sector move is highlighted and displayed in the Included box. This box displays a list of all devices that will be included in the sector move. Initially, this box contains only the antenna that was selected from the controller’s main interface screen.
ATC300-1000/2000 Teletilt® RET System Section 17–Adjusting Downtilt-Group of Multiple Integrated Actuators 1. Review the electrical tilt range to verify that the new tilt angle will be valid for the antenna model. 3. Click on Set Tilt. 2. Enter the new electrical tilt angle. Angles may be entered as whole degrees or as a combination of whole degrees and tenths of a degree (Ex: 5.0 or 5.5). Figure 17-3. Changing Electrical Tilt Setting For Antennas In Sector Move.
Section 17–Adjusting Downtilt-Group of Multiple Integrated Actuators ATC300-1000/2000 Teletilt® RET System The new downtilt angle will be displayed on the controller’s main interface screen for the antennas/ devices that were adjusted in the sector move (Figure 17-5). New downtilt angles are displayed. Figure 17-5. New Tilt Angles Shown For Sector Move.
Part 7 Operating Instructions for SmartBeam® Antennas Bulletin 639544 • Revision L August 2014
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Section 18 Device Configuration with SmartBeam® Antennas 18.0 Section Overview Before the controller can successfully send commands to a known device, the device must first be configured to provide specific information about the antenna and its location on the site. Actuators that have been factory installed on an antenna are pre-configured to include the antenna model number, antenna type, and antenna serial number (remaining fields will need to be configured).
Section 18–Device Configuration with SmartBeam® Antennas ATC300-1000/2000 Teletilt® RET System RET device ID shown. Fields marked with an asterisk must be configured. 1. Make appropriate selections and text entries. (All configuration data is stored in the individual device.) 2. Click on Set Device Data. Figure 18-2. Configuring A New Device. Notice that the ID for the device that was selected from the main screen appears in the title bar of the Device Configuration screen.
ATC300-1000/2000 Teletilt® RET System Section 18–Device Configuration with SmartBeam® Antennas No specific unit of length, such as feet or meters, is associated with this field. However, you should enter a value that conforms to the units of length customarily used by your company for antenna installations. • The ID for the base station associated with this antenna must be 1 to 12 characters in length for AISG 1.x devices and 1-32 characters in length for AISG 2.
Section 18–Device Configuration with SmartBeam® Antennas ATC300-1000/2000 Teletilt® RET System 6. Click on Close after the new settings have finished uploading to the device (Figure 18-3). 7. If the device was successfully configured, the status will indicate the device is OK on the main screen. Note that not all of the items that were configured are displayed on the main screen (Figure 18-4).
Section 19 Adjusting the Electrical Downtilt on a Single SmartBeam® Antenna 19.0 Section Overview • The electrical downtilt may be adjusted on a tilt axis of a SmartBeam antenna that is addressed, configured, and whose current state does not prevent antenna movement. • Movement may be prevented when a device is not responding to commands from the controller, is in the middle of a move or configuration change, or is experiencing a mechanical malfunction. 19.
Section 19–Adjusting Electrical Downtilt-Single SmartBeam® Antenna ATC300-1000/2000 Teletilt® RET System The Tilt Axis Movement screen shown in Figure 19-2 displays the information that was previously configured for the device. This information may be used as a reference to help determine the new tilt setting. Note that only tilt changes may be made from this screen. Any changes needed to be made to the configuration for the device must be done from the Device Configuration screen as discussed in Section 12.
ATC300-1000/2000 Teletilt® RET System Section 19–Adjusting Electrical Downtilt-Single SmartBeam® Antenna 5. A progress indicator bar will appear in a pop-up window to continually provide an update for as long as the move is in progress. You will be notified when movement is complete. Click on Close Window from the pop-up window (Figure 19-3). If for any reason the move failed to reach the new downtilt angle specified, you will be notified of the failure. 6.
Section 19–Adjusting Electrical Downtilt-Single SmartBeam® Antenna ATC300-1000/2000 Teletilt® RET System The new downtilt angle will be displayed on the controller’s main interface screen for the antenna/ device that was adjusted (Figure 19-4). New downtilt angle is displayed. Figure 19-4. New Downtilt Angle Shown For Single Antenna Move.
Section 20 Adjusting the Pan on a Single SmartBeam® Antenna 20.0 Section Overview • The azimuth offset may be adjusted on a pan axis of a SmartBeam antenna that is addressed, configured, and whose current state does not prevent antenna movement. • Movement may be prevented when a device is not responding to commands from the controller, is in the middle of a move or configuration change, or is experiencing a mechanical malfunction. 20.1 Adjusting the Pan on a Single Antenna 1.
Section 20–Adjusting Pan-Single SmartBeam® Antenna ATC300-1000/2000 Teletilt® RET System The Pan Axis Movement screen shown in Figure 20-2 displays the information that was previously configured for the device. This information may be used as a reference to help determine the new az offset setting. Note that only movement changes may be made from this screen. Any changes needed to be made to the configuration for the device must be done from the Device Configuration screen as discussed in Section 12. 3.
ATC300-1000/2000 Teletilt® RET System Section 20–Adjusting Pan-Single SmartBeam® Antenna 5. A progress indicator bar will appear in a pop-up window to continually provide an update for as long as the move is in progress. You will be notified when movement is complete. Click on Close Window from the pop-up window (Figure 20-3). If for any reason the move failed to reach the new az offset specified, you will be notified of the failure. 6.
ATC300-1000/2000 Teletilt® RET System Section 20–Adjusting Pan-Single SmartBeam® Antenna The new az offset will be displayed on the controller’s main interface screen for the antenna/device that was adjusted under the column “RAS”. (Figure 20-4). New Az offset is displayed. Figure 20-4. New Az Offset Shown For Single Antenna Move.
Section 21 Adjusting the Fan on a Single SmartBeam® Antenna 21.0 Section Overview • The beamwidth may be adjusted on a fan axis of a SmartBeam antenna that is addressed, configured, and whose current state does not prevent antenna movement. • Movement may be prevented when a device is not responding to commands from the controller, is in the middle of a move or configuration change, or is experiencing a mechanical malfunction. 21.1 Adjusting the Fan on a Single SmartBeam Antenna 1.
Section 21–Adjusting Fan-Single SmartBeam® Antenna ATC300-1000/2000 Teletilt® RET System The Fan Axis Movement screen shown in Figure 21-2 displays the information that was previously configured for the device. This information may be used as a reference to help determine the new beamwidth setting. Note that only movement changes may be made from this screen. Any changes needed to be made to the configuration for the device must be done from the Device Configuration screen as discussed in Section 12. 3.
ATC300-1000/2000 Teletilt® RET System Section 21–Adjusting Fan-Single SmartBeam® Antenna 5. A progress indicator bar will appear in a pop-up window to continually provide an update for as long as the move is in progress. You will be notified when movement is complete. Click on Close Window from the pop-up window (Figure 21-3). If for any reason the move failed to reach the new beamwidth specified, you will be notified of the failure. 6.
ATC300-1000/2000 Teletilt® RET System Section 21–Adjusting Fan-Single SmartBeam® Antenna The new beamwidth value will be displayed on the controller’s main interface screen for the antenna/ device that was adjusted under the column “RAB” (Figure 21-4). New beamwidth is displayed. Figure 21-4. New Beamwidth Value Shown For Single Antenna Move.
Section 22 Adjusting the Electrical Downtilt, Pan, or Fan on a Group of SmartBeam® Antennas 22.0 Section Overview In addition to changing the downtilt, az offset, and beamwidth of a single SmartBeam antenna, changes may also be applied to a group of antennas. The SmartBeam antennas that can be included in a group move must be in the same sector, have the same electrical tilt range (same minimum and maximum tilt), and be the same axis (tilt, pan, or fan). 22.
Section 22–Adjusting Electrical Downtilt, Pan, Fan-Group SmartBeam® Antennas ATC300-1000/2000 Teletilt® RET System Notice that the device that was selected to be included in the sector move is highlighted and displayed in the Included box. This box displays a list of all devices that will be included in the sector move. Initially, this box contains only the antenna that was selected from the controller’s main interface screen.
ATC300-1000/2000 Teletilt® RET System Section 22–Adjusting Electrical Downtilt, Pan, Fan-Group SmartBeam® Antennas 1. Review the electrical tilt range to verify that the new tilt angle will be valid for the antenna model. 3. Click on Set Tilt. 2. Enter the new electrical tilt angle. Angles may be entered as whole degrees or as a combination of whole degrees and tenths of a degree (Ex: 5.0 or 5.5). Figure 22-3. Changing Electrical Tilt Setting For Antennas In Sector Move. 1. Click on Close Window.
Section 22–Adjusting Electrical Downtilt, Pan, Fan-Group SmartBeam® Antennas ATC300-1000/2000 Teletilt® RET System The new downtilt angle, or az offset, or beamwidth, will be displayed on the controller’s main interface screen for the antennas/devices that were adjusted in the sector move (Figure 22-5). New downtilt angle is displayed. Figure 22-5. New Tilt Angle Shown For Sector Move.
Part 8 Operating Instructions for Tower Mounted Amplifiers Bulletin 639544 • Revision L August 2014
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Section 23 Tower Mounted Amplifier 23.0 Section Overview Andrew tower mounted amplifiers (TMAs) are installed near the Tx/Rx antenna at the top of a cell tower. A base station antenna transmits a much stronger signal than what it receives back from the mobile phone, but the TMA corrects this imbalance. This uplink improvement with a stronger, clearer signal results in fewer dropped calls, improved call quality, and better coverage.
ATC300-1000/2000 Teletilt® RET System Section 23–Tower Mounted Amplifier Click on Find Devices. Home after device scan Figure 23-1. Controller’s Main Interface Screen. Click on Home after device scan Click on Start Scan Figure 23-2. Device Scan finds a TMA.
ATC300-1000/2000 Teletilt® RET System Section 23–Tower Mounted Amplifier Click on Show TMAs. Figure 23-3. ATC300 Controller’s Main Interface Screen – RET View. 23.3 Configuring a TMA 1. To configure a TMA, select it from the TMA device list on the controller’s main screen, as shown in Figure 23.4. Then click on Edit Selected TMA to enter the TMA Device Configuration screen (Figure 23-5).
ATC300-1000/2000 Teletilt® RET System Section 23–Tower Mounted Amplifier 2. Required fields are marked with an asterisk. Saving a new configuration will not be permitted if any of the required fields are left blank. Refer to Figure 23-5. 3. Specify the parameters for the fields available (Base Station ID, Sector, Installer ID and Installa tion date). Note the following: • • • • The ID for the base station associated with this antenna must be 1 to 12 characters in length for AISG 1.
ATC300-1000/2000 Teletilt® RET System Section 23–Tower Mounted Amplifier Select TMA Click on Change TMA Gain Figure 23-6. ATC300 Controller’s Main Interface Screen – TMA View. 2. To change the gain on a variable gain TMA, enter the desired value of gain in the New Gain field, and click on Set Gain. In Figure 23-7, current gain was 6 dB, and a new gain of 8 dB is being set. Note that for a fixed gain TMA, the Set Gain button is not available.
ATC300-1000/2000 Teletilt® RET System Section 23–Tower Mounted Amplifier 3. After the TMA has changed its gain, the new gain value is displayed in the Current Gain field (Figure 23-8). Also note that the Gain of the TMA subunit displayed in the list under the checkbox “Change gain on other subunits with the same frequencies” is also changed to the New Gain value as shown in Figure 23-8. Gain for the related TMA subunit is also changed. . TMA Gain has changed. Figure 23-8.
ATC300-1000/2000 Teletilt® RET System Section 23–Tower Mounted Amplifier 23.5 Changing TMA Operating Mode 1. To change a TMA’s operating mode, select the TMA from the TMA device information list on the controller’s main screen, as shown in Figure 23-10. Then click on Change TMA Mode to enter the TMA Device Operation screen (Figure 23-11). Notice that the ID for the device that was selected from the main screen appears in the title bar of the Device Operation screen.
ATC300-1000/2000 Teletilt® RET System Section 23–Tower Mounted Amplifier 3. After the TMA has changed its operating mode, the new mode is displayed in the mode field. (Figure 23-12). Figure 23-12. TMA Operating Mode has successfully been changed. 4. Go back to the Home page and click on Show TMAs. The new operating mode will be reflected for the TMA in the Device Information list.(Figure 23-13) Also note that when a TMA is in Bypass Mode, its gain value is zero. TMA Operating Mode has changed.
Part 9 Helpful Information Bulletin 639544 • Revision L August 2014
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Appendix A Disabling and Enabling the Windows® XP SP2 Firewall A.0 Appendix Overview • A firewall may block the use of an FTP server, which is needed for transferring firmware (software) files to the ATC300/200 controller. • The procedures discussed in this appendix only applies for the Windows® XP SP2 firewall. For any third-party firewall, please consult the manual or on-disk reference document supplied by the vendor. Note: Other IP connections, like an air card, must also be disabled. A.
Appendix A–Disabling/Enabling Windows® XP SP2 Firewall ATC300-1000/2000 Teletilt® RET System 4. Select Off and click on OK to disable the firewall. (Note to re-enable the firewall, select On and click on OK.) See Figure A-2. Corporate users with broad-based computing policy enforcement, may need to consult with the company’s computer support organization for assistance with disabling the firewall. Figure A-2. Disabling the Windows® Firewall.
Appendix B IP Addressing B.0 Appendix Overview • In order for the ATC300/200 controller to communicate with a local computer or network, their IP addresses must be compatible. • Connection to the controller is made by typing the controller’s static IP address or hostname into an Internet browser’s URL address window. The hostname may be used when the controller is configured for DHCP, and is on a network providing a DCHP server. See Figure B-1. • Paragraph B.
ATC300-1000/2000 Teletilt® RET System Appendix B–IP Addressing in Figure B-2. Notes: • Generally, the IP address is temporarily changed on the computer to be compatible with the controller for initial setup. The IP settings are then changed on the controller to match the network it will be accessed/operated through. See Sections 3 and 4 for changing the IP settings on the local computer, and Section 7 for changing the IP settings on the controller.
ATC300-1000/2000 Teletilt® RET System Appendix B–IP Addressing 2. Click on Network and Sharing Center (Figure B-4). Figure B-4. Selecting Network and Sharing Center. 3. Select Manage Network Connections link (Figure B-5). Figure B-5. Selecting Manage Network Connections.
ATC300-1000/2000 Teletilt® RET System Appendix B–IP Addressing 4. Click on Local Area Connection (Figure B-6). This may appear differently on your computer. Ensure that you are using the connection that represents your RJ-45 port on the back of your computer. Figure B-6. Selecting Local Area Connection. 5. Your Local Area Connection Status window will open. Select Properties (Figure B-7). 6. Double click Internet Protocol Version 4 (TCP/IPv4). See Figure B-8. Figure B-7. Local Area Connection Status.
ATC300-1000/2000 Teletilt® RET System Appendix B–IP Addressing 7. Most computers are setup to use DHCP with their Home/Work Networks. If this is the case, the Obtain an IP address automatically radio button will be selected. If you have a static IP address, the Use the following IP address radio button will be used (Figure B-9). Ensure that you record your current settings, so when you have completed your work with the ATC200/300, you can reset your system for Home or Office networking (Figure B-9). 8.
ATC300-1000/2000 Teletilt® RET System Appendix B–IP Addressing 13. From your desk top, open Internet Explorer. Figure B-13. Internet Explorer Desktop Icon. 14. To open the ATC300/200 main interface screen, type http://192.168.255.141/ in Explorer’s address bar. 15. Once you completed controller operations, follow the previous steps to reset your computer to its original configuration. 1. Type controller’s IP address into Internet browser URL window. 2. Click on Go (or press Enter on the keyboard).
Appendix C Uploading the Firmware Manually C.0 Section Overview • The screens shown in this section are examples from a Windows® XP PC that have been configured to display the ‘Classic’ interface and is using Internet Explorer. Screens may differ with other versions of Windows®. • Netscape and Mozilla web browsers are not supported by the ATC300/ATC200. • ATC300 version 2.
ATC300-1000/2000 Teletilt® RET System Appendix C–Uploading Firmware Manually C.1 Required Resources Hardware 1. ATC300-1000/2000 or ATC200-1000 controller w/power cord 2. Ethernet cable (or LAN connectivity between the controller and FTP Server PC) 3. One or more AISG-compliant ALDs connected to the controller using AISG-compliant RET cabling Software 1. FTP application (not required for ATC300 2.34 and later) 2. ATC300 controller firmware (to be uploaded into the controller): (atc300_*.
ATC300-1000/2000 Teletilt® RET System Appendix C–Uploading Firmware Manually 1. Create a new user named anonymous. Enable the Apply IP Rules and activate the Read and List rights, deactivating all other settings as shown in Figure C-1. 8. Click on the Home Directory browse ellipses to navigate to the ATC200 directory (Figure C-1). Check the Apply IP Rules, Read, and ListBoxes. 9. Click on OK (Figure C-1). You should now see an icon for the new user in the User Setup dialog box display area. 10.
ATC300-1000/2000 Teletilt® RET System Appendix C–Uploading Firmware Manually C.3 Uploading the Firmware Bundle to the Controller 1. Download the controller firmware bundle from the CommScope web site. From the Andrew→Products tab on www.commscope.com, click on Andrew→Products→Antennas→ Teletilt RET System→Downloads→RET Contrller Software and Firmware Store the files in the root directory for the FTP Server.
ATC300-1000/2000 Teletilt® RET System Appendix C–Uploading Firmware Manually Figure C-3 Software Configuration (ATC300 2.34 and later) (ATC200 and ATC300 2.32 and earlier) In the Firmware URL window, type in the IP address IP address for the PC that is running the FTP Server (and holds the software files), followed by a forward slash and the name of the file that is to be uploaded. Leave the User Name and Password blank.
ATC300-1000/2000 Teletilt® RET System Appendix C–Uploading Firmware Manually Click on Install System Firmware button. Figure C-4. Entering PC’s Network IP Address To Install Software. Note that this IP address is specific for the PC running the FTP server and should not be confused with the controller’s network configured IP address. Also, note that only the version numbers at the end of the filename will vary from release to release.
ATC300-1000/2000 Teletilt® RET System Appendix C–Uploading Firmware Manually C.4 Uploading Firmware to AISG Devices using the ATC300/200 Controller The controller offers the capability to field upgrade AISG-compliant devices, including both Andrew and non-Andrew devices. Prior to uploading the firmware to an AISG device, the controller must be connected to the RET cable running to the device on the tower and recognize the RET device through an earlier device scan.
ATC300-1000/2000 Teletilt® RET System Appendix C–Uploading Firmware Manually Click on Manual Upgrade Figure C-7. Manually Upgrading AISG-Compliant Devices. 4. Click on the check box(es) at the far right to select one or more devices for a sof tware upload. As noted in Step 2, the Product Type should be the same for all selected devices, and should be the targeted Product Type for the device firmware file. Note that uploads are performed in succession to each selected device.
ATC300-1000/2000 Teletilt® RET System Appendix C–Uploading Firmware Manually Figure C-8a. Manual Firmware Upload to Selected AISG devices (ATC200, ATC300 2.32 & earlier) (For ATC300 version 2.34 and later) Click on Select Device File, navigate to the firmware file to be uploaded to the selected devices, select and click Open. The file will be uploaded to the controller, and then immediately to the selected devices. See Figure C-8b. Figure C-8b. Manual Firmware Upload to Selected AISG devices (ATC300 2.
ATC300-1000/2000 Teletilt® RET System Appendix C–Uploading Firmware Manually C.5 Verifying ATC300/200 Firmware Versions To view the controller’s current firmware version, go to Help→About from the top menu bar on the controller’s main interface screen. C.6 Verifying AISG Device Firmware Versions To view the current AISG device firmware versions, click on Show Statistics from the controller’s main interface screen. The device firmware versions are shown under the SW Version column.
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Appendix D ATC300-1000/2000 Relay Alarms D.0 Relay Alarm Definitions Table Major alarms that may be reported by a device are detailed in Table 1, next page. D.1 Relay Alarm Information 1. A major alarm relay can also be sent by the controller for the following conditions: • AISG_NO_REPLY Communication loss with one or more devices • POWER_STATUS Out of range current or voltage detected • INITIALIZATION_STATUS Occurs during controller startup 2.
ATC300-1000/2000 Teletilt® RET System Appendix D–Relay Alarms Meaning AISG1.0/1.1 AISG 2.0 Actuator Detection Fail Signals from the actuator are detected but are abnormal or corrupted. Actuator Jam Permanent Actuator cannot be moved. Actuator Jam Temporary Actuator jam has been detected. No movement was temporarily detected in response to the normal stimulus. Motor Jam Motor cannot move. ActuatorJam Actuator jam has been detected.
Appendix E Declaration of Compliance /2000 Bulletin 639544 • Revision L August 2014 E-1
ATC300-1000/2000 Teletilt® RET System Appendix E–Declaration of Compliance E-2 August 2014 Bulletin 639544 • Revision L
16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 Actuator 1 Antenna SITE I.D. Actuator Serial No.
32 31 30 29 28 27 26 25 24 23 22 21 20 19 18 Actuator 17 Antenna SITE I.D. Actuator Serial No.
