User's Manual

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obr5000b_ml_r01_sdApproved: D.W.

2-14

2.4.2 Überspannungsschutz

Verwenden Sie den Überspannungsschutz, um Ihr Gerät und Ihre Daten gegen Stromstösse zu schützen.

So verbinden Sie die Kabelabschirmung mit dem Erdungsanschluss des Überspannungsschutzes:

1. Entfernen Sie die Abdeckung des Überspannungsschutzes.

2. Führen Sie das Ethernet-Kabel durch die Öffnung an der rechten Seite in den Überspannungsschutz ein.

3. Messen Sie ca. 12,5 cm (5 Zoll) vom Ende das Kabels, das Sie in die Öffnung eingeführt haben.

4. Ritzen Sie das Kabel am Messpunkt ein.

5. Schneiden Sie vorsichtig durch die Isolierung.

Hinweis: Schneiden Sie NICHT durch die Metallabdeckung, die die Drähte umgibt.

6. Schneiden Sie die Isolierung bis zum Messpunkt ab.

7. Entfernen Sie die Isolierung vom Kabel.

8. Biegen Sie die Metallabdeckung in einen Erdungsstreifen.

9. Formen Sie mit den Drähten ein Durchgangskabel.

Hinweis: Stellen Sie sicher, dass der Metallerdungsstreifen nicht beschädigt wird.

10. Lösen Sie den Erdungsbolzen an der rechten Seite des Überspannungsschutzes.

11. Wickeln Sie den Erdungsstreifen um den Erdungsbolzen.

12. Schrauben Sie den Erdungsbolzen wieder am Überspannungsschutz an.

13. Stecken Sie das PoE-Kabel (Power over Ethernet) durch die linke Öffnung in den Überspannungsschutz.

14. Formen Sie mit den Drähten ein Durchgangskabel.

15. Stecken Sie die Kabel in die entsprechenden Anschlüsse ein.

16. Bringen Sie die Abdeckung des Überspannungsschutzes wieder an.

17. Beenden Sie die Netzwerkverbindung. Siehe “Erden der Basisstation”.

Figure 2-15 Abbildung 2.10: Montierter Überspannungsschutz

Summary of content (25 pages)

PAGE 1
2.4.2 Überspannungsschutz Verwenden Sie den Überspannungsschutz, um Ihr Gerät und Ihre Daten gegen Stromstösse zu schützen. So verbinden Sie die Kabelabschirmung mit dem Erdungsanschluss des Überspannungsschutzes: 1. 2. 3. 4. 5. Entfernen Sie die Abdeckung des Überspannungsschutzes. Führen Sie das Ethernet-Kabel durch die Öffnung an der rechten Seite in den Überspannungsschutz ein. Messen Sie ca. 12,5 cm (5 Zoll) vom Ende das Kabels, das Sie in die Öffnung eingeführt haben.
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.4.3 Grounding the Base Station Vecima recommends grounding the base station using one of the following procedures depending on your configuration. If you are unsure which procedure to use, use procedure B. Procedure A: Grounding the base station so that the building and the tower share the same earth ground: 1. Connect the chassis of the OBR5000B to the tower via the grounding lug on the back of the unit. See “Grounding the Base Station” on page 2-11. 2.
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Procedure B: Grounding the base station so that the building and the tower use different earth grounds: 1. Connect the chassis of the OBR5000B to the tower via the grounding lug on the back of the unit. See “Grounding the Base Station” on page 2-11. 2. Use a shielded CAT5 cablefeed to connect the OBR base station to the surge suppressor. 3. Use two inline surge suppressors, one for all OBR5000B cablefeed installations at the base of the tower and another for the first surge suppressor and the WES800.
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2.4.3 Erden der Basisstation Vecima empfiehlt die Erdung der Basisstation abhängig von der Konfiguration mit einem der folgenden Verfahren. Wenn Sie nicht sicher sind, welches Verfahren geeignet ist, führen Sie Verfahren B aus. Verfahren A: Erden der Basisstation, damit das Gebäude und der Tower die gleiche Erdung verwenden: 1. Verbinden Sie das Gehäuse der OBR5000B über den Erdungsanschluss an der Rückseite mit dem Tower. Siehe "Erden der Basisstation" 2.
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Verfahren B: Erden der Basisstation, damit das Gebäude und der Tower unterschiedliche Erdungen verwenden: 1. Verbinden Sie das Gehäuse der OBR5000B über den Erdungsanschluss an der Rückseite mit dem Tower. Siehe "Erden der Basisstation" 2. Verwenden Sie eine abgeschirmte CAT5-Zuleitung, um die OBR-Basisstation mit dem Überspannungsschutz zu verbinden. 3.
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CHAPTER 3 3.0 Getting Started with OBR5000B 3.1 Before You Begin The OBR5000B provides the base station component of the Vecima VistaMAX system. To set up and configure the base station, you require the following: • One VistaMAX OBR5000B base station with a stand-alone Power over Ethernet (PoE) or WES800 Ethernet Switch • One VistaMAX outdoor subscriber station or indoor subscriber station such as the OSR5000.
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3.2 Overview of Configuration The following steps outline the process for configuring a VistaMAX system operating at 5000 MHz. This process assumes that you are using an NMS8000. Step 1 Use CAT5 straight-through Ethernet cables to connect the physical components as shown in Figure 3-1, on page 3-1. Step 2 Use the Web-based interface to configure the IP addresses for the base station and subscriber station(s). If necessary, configure the IP addresses for the NMS8000.
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To log on to the Web-based interface: Step 1 Open a Web browser and open the Web-based interface by typing https://192.168.101.2 in the address bar. The Network Password page opens: NOTE 192.168.101.2 is the default IP address that comes preconfigured from Vecima, but your IP address might be different. If you are not using the default address, contact your system administrator for the IP address. Step 2 Type the username root and the password vistamax to access the web GUI.
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3.4 Configuring the Network You will need to configure your network to establish communication between the network elements. Figure 3-2 shows an example of a properly configured network. The example shows a network configuration using default values. If you purchased a WiMAX starter kit, these value will already be set. The VistaMAX Base Station is shipped with a default IP address. However, depending upon your network configuration, you may want to change the IP address of your Base Station.
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To change the base station IP address: Step 1 Log on to the Web-based interface and click Configuration > Network Configuration. The Current Interfaces table displays showing the primary (br0) IP address and virtual addresses (br0:1 br0:2, etc) for your base station. Step 2 From this page, you can set the following parameters: Parameter br0 and Virtual Interfaces Gateway Description This is where the primary interface (br0) and any virtual interfaces (br0:1, br0:2, etc.
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The following information displays on the page to indicate the changed IP address: The address on the browser also changes to reflect the new IP address: https://192.168.101.138/cgi-bin/index.cgi NOTE If you were not able to reconnect and click the here link to confirm the IP address of the Base Station within 2 minutes, the Base Station will revert to the old IP address and reboot automatically. Please restart the IP address change process by going back to step 1.
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3.5 Configuring the Radio CAUTION The installer must ensure that the transmission power output is below the mandated FCC limit. That is, the transmission power minus the cable loss and antenna gain must result in an equivalent isotropically radiated power (EIRP) below 4W or 36dBm. When using Vecima or Vecima recommended antennas, the transmit power output will be below this limit. To configure the radio Step 1 Log on to the Web-based interface and click Configuration > Radio Configuration.
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Parameter Transmit Feed Loss Uplink Target Receive Level Antenna Type Data Encryption Description The loss measured in dB resulting from the transmission feed wiring. This is the Uplink Rx level which all Subscriber Stations will strive to meet in dB There are two optional external antenna connections. This setting controls which connector is active. The Data payload is encrypted using 128 bit 3DES and AES. Procedure Type the value in the field provided.
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3.7 Other Administrative Tasks 3.7.1 Upgrading the Base Station In order to make sure that the Base Station is able to function properly, upgrades may need to be made to the system. To upgrade the base station through the Web GUI: Step 1 Log on to the Web-based interface and click Upgrade BS Software. The following page displays: Step 2 Choose one of the following methods to upgrade your base station.
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3.7.2 Adding a Virtual IP Address The ability to define virtual addresses on the Base Station will allow you to access the Base Station from more than one domain. Set up a virtual address by adding a new IP addresses into the Base Station through the Network Configuration menu. To add a Virtual IP Address: Step 1 Log on to the Web-based interface and click Configuration > Network Configuration.
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3.7.5 Resetting Configuration Select System Tools>Configuration Management and click Reset to reset the configuration to the basic default configuration. Select Yes to confirm the reset. 3.7.6 Checking Base Station Logs Select Show Log to display the log activity for the base station. obr5000b_ml_r01_sd Approved: D.W.
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3.7.8 Setting Service Flow Information The service flow is part of the Quality of Service (QoS) feature of the base station. Service flows provide the following functions: • Service flows specify a multitude of QoS parameters including: traffic priority, sustained and reserved data rates, jitter, maximum latency, and specify security profiles. • Service flows are setup individually for both uplink and downlink data flows.
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2) Click Add to open a page displaying the Service Class (QoS). Use this page to define the service class parameters. 3) Enter values in the fields and click Set to save the changes and return to the Service Class Table page. Index, Service Class Name, and Maximum Sustained Traffic Rate are required fields. 4) Click Switch to Advanced Mode to open another page where you can set more parameters. obr5000b_ml_r01_sd Approved: D.W.
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To define a classifier template and set up its rules. 1) Click Configuration > Service Flows > Classifier Templates to open the Classifier Template Table page. Use this page to define the classifier templates. 2) Click Add to open the Classifier Rule Entry page and set up classifier templates for later use. 3) Enter values in the fields and click Set to save the changes. Priority, Destination Port Start, and Destination Port End are required fields. 3-14 Approved: D.W.
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To create service flows and associate them with service classes and classifier templates. 1) Click Configuration > Service Flows > Service Flows to open a page displaying the predefined service flows. Use this page to provision subscriber stations with service flows according to their MAC addresses. 2) Click Add. A new page opens displaying the Add Service Flow table. Use this page to set up the service flow parameters. 3) Type a number in the SFID field to identify the service flow.
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To remove the service flow from a subscriber station: 1) Select a MAC Address from the Provisioned Service Flows table by selecting the corresponding check box. 2) Click UnProvision Selected to remove the provisioned service flow from the subscriber station. 3-16 Approved: D.W.
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3.7.9 SNMP Configuration Select SNMP Configurations to define the SNMP community strings. Currently, setting the SNMP is the only way that the base station can communicate. 3.7.10 Subscriber Station Modulation Table Select SS Modulation Table to show the current downlink and uplink modulations for all registered subscriber stations. 3.7.11 Checking Base Station Status Select General Status to display the statistics of a base station. obr5000b_ml_r01_sd Approved: D.W.
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3.7.12 SS Table Select SS Table to display the status of subscriber stations that are connected to the base station. 3.7.13 PKM AUTH Table Select PKM AUTH Table to display Privacy and Key Management (PKM) and authentication information. This page shows the Security Association ID (SAID) number for MAC Addresses and displays Private Key information for those MAC addresses. 3.7.14 PKM TEK Table Select PKM TEK Table to display information about the traffic-encryption keys (TEK).
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Warranty and Service Policies Warranty Statement Vecima Networks warrants its products to be free from defects in workmanship or materials for a period of two years. The warranty begins on the date of the original shipment from Vecima Networks to its customer. No claim may be allowed for expenses incurred in installation or use. No other expressed or implied warranties shall apply to the goods sold.
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Repair Charges and Warranty Exemptions Items returned beyond the warranty period or items that do not qualify for warranty service are subject to additional outof-warranty repair charges. Descriptions of these charges and warranty exemptions are listed below: (1) Repair turnaround time is typically 5-14 business days after receipt of the item at Vecima Networks. A flat rate repair charge will apply to all out-of-warranty items. Flat rate repair charges are subject to change without notice.