GDC-003/63 Start Up & Commissioning Manual Edition 5.
The information contained in this document is subject to change without prior notice. INTRACOM S.A. TELECOM SOLUTIONS, 2019. All rights reserved. All copyright, intellectual and industrial rights in this document and in the technical knowledge it contains are owned by INTRACOM S.A. TELECOM SOLUTIONS and/or their respective owners. This document is made available to the end users only for their internal use.
WiBAS OSDR-Hub & Terminal Station / WiBAS-Connect Terminal Station Start Up & Commissioning Manual - Edition 5.1 Document Revision History Previous Edition: 5.0 Current Edition: 5.1 Reasons of Change M = Modified, A = Added, R = Removed Details Configuring Operational Parameters on page 32 (M) • WiBAS-Connect TS (AutoPolarization Edition) on page 38 added. Appendix C – Quality Indicator Thresholds on page 93 (M) Table modified.
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WiBAS OSDR-Hub & Terminal Station / WiBAS-Connect Terminal Station Start Up & Commissioning Manual - Edition 5.1 Equipment Disposal Disposal of old electrical and electronic equipment (applicable through the European Union and other European countries with separate waste collection systems). This symbol, found on this product and any of its parts or on its operating instructions or on its packaging, indicates that electrical and electronic equipment may not be disposed of as unsorted municipal waste.
WiBAS OSDR-Hub & Terminal Station / WiBAS-Connect Terminal Station Start Up & Commissioning Manual - Edition 5.1 Declaration of Conformity English Hereby, Intracom S.A. Telecom Solutions declares that the product WiBASTM is CE marked in compliance with the essential requirements and other relevant provisions of the Radio Equipment Directive 2014/53/EU, Eco Design Directives 2009/125/EC, 2010/30/EU and with the requirements of the RoHS directive 2011/65/EU.
WiBAS OSDR-Hub & Terminal Station / WiBAS-Connect Terminal Station Start Up & Commissioning Manual - Edition 5.1 Table of Contents 1. Introduction ......................................................................................................................... 9 About this Document .......................................................................................................... 9 Safety Precautions ............................................................................................
Table of Contents Appendix B – Inband Management Connection Troubleshooting ..................................... 89 Appendix C – Quality Indicator Thresholds ........................................................................
WiBAS OSDR-Hub & Terminal Station / WiBAS-Connect Terminal Station Start Up & Commissioning Manual - Edition 5.1 1. Introduction About this Document Scope of Document The scope of this document is to provide detailed instructions on the startup and commissioning of the following PtMP products: • WiBASTM - OSDR Hub & Terminal Station • WiBASTM - Connect Terminal Station The commissioning is performed via Node Manager (1).
1. Introduction About this Document, Continued Conventions This document applies to the following conventions: • Arial Bold blue fonts are used for order codes. • Arial Blue underline fonts are used for document references. • Arial Bold black fonts are used for indicating important information or paragraph header. This symbol means DANGER. The purpose of this symbol is to warn you that any wrong action can cause bodily injury or even death. This symbol means CAUTION.
WiBAS OSDR-Hub & Terminal Station / WiBAS-Connect Terminal Station Start Up & Commissioning Manual - Edition 5.1 Safety Precautions Reference Before starting any commissioning works please follow the safety precautions as described to the following reference manuals: Product Reference Manuals Description WiBAS OSDR Hub WiBAS OSDR Terminal Station WiBAS-Connect Terminal Station Chapter No.
1. Introduction About WiBAS-OSDR Hub / TS and WiBAS-Connect Overview This document describes the startup & commissioning of the products shown below. The dimension of parabolic integrated antennas is indicative. For more information regarding antennas dimension please refer on page 9, item 4 of Reference manuals.
WiBAS OSDR-Hub & Terminal Station / WiBAS-Connect Terminal Station Start Up & Commissioning Manual - Edition 5.1 2. Before Starting the Commissioning Prior to starting the commissioning of a WiBAS OSDR-Hub or Terminal station and WiBAS-Connect , verify that the prerequisites mentioned below are fulfilled and all required HW / SW and mechanical tools are available.
2. Before Starting the Commissioning Prerequisites Required commissioning data Commissioning data at site should be entered according to Radio and Network planning. The following commissioning data should be available before starting commissioning works on site: • RF planning values: expected RSSI, SNR, Modulation and Tx Power. • Modem and Radio configuration data: Bandwidth, Tx Frequency and ACM & ATPC Profiles. • Management settings: IP Address, Subnet Mask, Gateway Address and Management VLAN.
WiBAS OSDR-Hub & Terminal Station / WiBAS-Connect Terminal Station Start Up & Commissioning Manual - Edition 5.1 Prerequisites, Continued Antenna orientation • The antenna orientation of WiBASTM–OSDR Hub should be carried out toward the planned service area, as specified in the radio planning document. • The antenna orientation of terminal stations should be carried out toward to the corresponding WiBASTM–OSDR Hub sector, as specified in the radio planning document.
2. Before Starting the Commissioning Hardware & Software Requirements Scope This paragraph provides the hardware and software resources required to perform commissioning procedures on WiBAS-OSDR Hub / TS & WiBASConnect. Laptop Laptop with the following minimum requirements: • CPU x86, 9th generation (Intel Core 2 or AMD ATHLON II Neo) • 250 MB HDD • 2 GB RAM • Ethernet (RJ-45) port • Windows 7 or later version • Web Browser (1) Software • Appropriate License. • Latest WiBAS firmware upgrade pack.
WiBAS OSDR-Hub & Terminal Station / WiBAS-Connect Terminal Station Start Up & Commissioning Manual - Edition 5.1 Required Tools Tools Description Digital Voltmeter. For measuring: • Power injector input power. • The RSSI of radio unit during antennas alignment. Adjustable torque U-wrench (up to 19 mm opening and supporting max tightening torque 45 Nm) for applying final tightening torque to all antennas mounting kit.
3. Powering Up 3. Powering Up Scope This chapter provides information on powering up a radio unit through a power injector. Intracom Telecom provides the following power injectors (1): Prerequisite (1) (2) Radio Unit Order Code Use Connect POE-ID-AC35 Indoor Hub POE-AC56-IDH Indoor Hub-TS PONE-OD-DC Outdoor Hub-TS PONE-OD67-AC Hub (2) POE-AC75-ID Input Power Hardened Construction Output Power 35 W AC 56 W DC 60 W Outdoor AC 67.
WiBAS OSDR-Hub & Terminal Station / WiBAS-Connect Terminal Station Start Up & Commissioning Manual - Edition 5.1 Powering through DC Power Injector Introduction DC power cable coming from the DC power injector (1) must be connected to a DC Distribution Board. A circuit breaker (2) must be employed between the blue wire of DC power cable and the negative pole (-) V pole of the Local DC Power Source.
3. Powering Up Powering through DC Power Injector, Continued Procedure, continued Step 4 Action This step shows the proper LED indication status when the DC power source is operating properly (1): End of procedure. (1) In case of any error, see Appendix A – LED Indications on page 19.
WiBAS OSDR-Hub & Terminal Station / WiBAS-Connect Terminal Station Start Up & Commissioning Manual - Edition 5.1 Powering through AC Power Injector Powering up via AC power injector To power up a radio unit using an AC power injector, plug the AC power supply cable coming from the AC power injector to the AC power source. Depending on the type of AC power injector used, the LEDs status should be as described to the following paragraphs. In case of any error, see Appendix A – LED Indications on page 85.
3. Powering Up Powering through AC Power Injector, Continued AC power injectors for WiBAS-OSDR Hub & TS AC power injector 75 W: In power-up, all three LEDs light for 2 sec, as part of the self-test process. Upon successful completion, the ON and CONNECT LEDs should be steady green. (ON LED indicates that DC output voltage is now available for powering OSDR system. CONNECT LED indicates that OSDR system is properly connected to AC power injector). AC power injector 67.
WiBAS OSDR-Hub & Terminal Station / WiBAS-Connect Terminal Station Start Up & Commissioning Manual - Edition 5.1 4. Physical Management Connection Introduction This chapter describes all the available physical connections between radio unit and the laptop for management and commissioning purpose.
4. Physical Management Connection 4.1. WiBAS-OSDR Hub & TS INBAND Management Connection (through GbE2 port) Connection diagram 24 The diagram below depicts the physical connection of the electrical GbE port (GbE 2) of Hub or TS for inband management purpose when a power injector is used.
WiBAS OSDR-Hub & Terminal Station / WiBAS-Connect Terminal Station Start Up & Commissioning Manual - Edition 5.1 INBAND Management Connection (through GbE1 port) Connection diagram The diagram below depicts the physical connection of the electrical GbE port (GbE 1) of Hub or TS for inband management purpose when a power injector is used.
4. Physical Management Connection OUTBAND Management Connection Connection diagram 26 The diagram below depicts the physical connection of the electrical GbE port (GbE 2) of Hub or TS for inband management purpose when a power injector is used.
WiBAS OSDR-Hub & Terminal Station / WiBAS-Connect Terminal Station Start Up & Commissioning Manual - Edition 5.1 4.2. WiBAS-Connect TS INBAND Management Connection Connection diagram The diagram below depicts the physical connection of the electrical GbE1 port for inband management purpose when a power injector is used.
5. Accessing a Radio Unit via Node Manager 5. Accessing a Radio Unit via Node Manager Scope This chapter provides the necessary instructions to log in to WiBAS radio unit. Default IP Address Factory default IP Addresses The first time you access a radio unit , the default factory IP address (inband or outband) is required: • Default Inband IP Address: • Default Outband IP Address: 10.10.10.100/24 192.168.1.
WiBAS OSDR-Hub & Terminal Station / WiBAS-Connect Terminal Station Start Up & Commissioning Manual - Edition 5.1 Accessing a Radio Unit Scope This paragraph described how to access a radio unit when management connection has been implemented through a power injector. Procedure To log in to radio unit, please follow the steps below: Step Action 1 Open a compatible Web browser and in the address bar enter the IP address of node. Click ENTER.
6. Equipment Commissioning 6.
WiBAS OSDR-Hub & Terminal Station / WiBAS-Connect Terminal Station Start Up & Commissioning Manual - Edition 5.1 6.1. Performing Preliminary Actions After successful connection with radio unit, the following actions should be performed on unit prior to starting any configuration: Step (1) Action 1 Perform a Restore Default Configuration action to clear any previous configuration on unit. 2 Check current version of unit. Update the version of unit, if required. 3 Check the license status.
6. Equipment Commissioning 6.2. Configuring Operational Parameters WiBAS-OSDR Hub Procedure To configure the operational parameters of the WiBASTM OSDR-HUB, please follow the steps below: Step Task See Reference Manuals item 3… 1 Management Interfaces (1) How to change outband / inband IP address refer to Chapter 5 / Paragraph “Configuring the Management Interfaces”.
WiBAS OSDR-Hub & Terminal Station / WiBAS-Connect Terminal Station Start Up & Commissioning Manual - Edition 5.1 WiBAS-OSDR Hub, Continued Procedure, continued Step Task See Reference Manuals item 3… 10 Site information How to add the site information refer to Chapter 5 / Paragraph “Adding Site Information”. 11 Trap Destinations How to configure trap destinations refer to Chapter 4 / Paragraph “Configuring Trap Destinations”.
6. Equipment Commissioning WiBAS-OSDR TS Procedure To configure the operational parameters of the WiBASTM OSDR TS, please follow the steps below: Step Task See Reference Manuals item 3… 1 Management Interfaces (1) How to change the outband / inband IP address refer to Chapter 5 / Paragraph “Configuring the Management Interfaces”. 2 Default Gateway IP Address How to configure the default gateway IP address refer to Chapter 5 / Paragraph “Configuring the Default Gateway IP Address”.
WiBAS OSDR-Hub & Terminal Station / WiBAS-Connect Terminal Station Start Up & Commissioning Manual - Edition 5.1 WiBAS-OSDR TS, Continued Procedure, continued Step Task See Reference Manuals item 3… 9 Site information How to add the site information refer to Chapter 5 / Paragraph “Adding Site Information”. 10 Trap Destinations How to configure trap destinations refer to Chapter 4 / Paragraph “Configuring Trap Destinations”.
6. Equipment Commissioning WiBAS-Connect TS Procedure To configure the operational parameters of the WiBASTM,-Connect please follow the steps below: Step Task See Reference Manuals item 3… 1 Management Interfaces (1) How to change the outband / inband IP address refer to Chapter 5 / Paragraph “Configuring the Management Interfaces”. 2 Default Gateway IP Address How to configure the default gateway IP address refer to Chapter 5 / Paragraph “Configuring the Default Gateway IP Address”.
WiBAS OSDR-Hub & Terminal Station / WiBAS-Connect Terminal Station Start Up & Commissioning Manual - Edition 5.1 WiBAS-Connect TS, Continued Procedure, continued Step Task See Reference Manuals item 3… 8 Site information How to add the site information refer to Chapter 5 / Paragraph “Adding Site Information”. 9 Trap Destinations How to configure trap destinations refer to Chapter 4 / Paragraph “Configuring Trap Destinations”.
6. Equipment Commissioning WiBAS-Connect TS (Auto-Polarization Edition) Procedure To configure the operational parameters of the WiBASTM,-Connect (autopolarization edition) please follow the steps below: Step Task See Reference Manuals item 3… 1 Management Interfaces(1) How to change the outband / inband IP address refer to Chapter 5 / Paragraph “Configuring the Management Interfaces”.
WiBAS OSDR-Hub & Terminal Station / WiBAS-Connect Terminal Station Start Up & Commissioning Manual - Edition 5.1 WiBAS-Connect TS (Auto-Polarization Edition), Continued Procedure, continued Step Task See Reference Manuals item 3… 9 Site information How to add the site information refer to Chapter 5 / Paragraph “Adding Site Information”. 10 Trap Destinations How to configure trap destinations refer to Chapter 4 / Paragraph “Configuring Trap Destinations”.
6. Equipment Commissioning 6.3. Antenna Alignment Introduction The section includes the following topics: Topic Precautions See Page WiBAS-OSDR Hub 44 WiBAS-OSDR TS 45 WiBAS-Connect TS 53 WiBAS-Connect TS (Auto-Polarization Edition) 68 WORKING ON THE BUILDING’S ROOF During stormy weather, do not perform any mechanical assembling or antenna installation/beaming works on the building’s roof. The metal structure of towers / masts is prone to lightning.
WiBAS OSDR-Hub & Terminal Station / WiBAS-Connect Terminal Station Start Up & Commissioning Manual - Edition 5.1 Antenna Alignment, Continued RSSI best value definition WiBAS-OSDR terminal station RSSI measurement calculation formula The RSSI (voltmeter reading) best value is defined as below: NEGATIVE sign RSSI: Example: The best value between -0.456 Vdc and -0.789 Vdc is: -0.456 Vdc. POSITIVE sign RSSI: Example: The best value between 0.456 Vdc and 0.789 Vdc is: 0.456 Vdc.
6. Equipment Commissioning Connect RSSI Cable RSSI cable connection procedure To connect the RSSI cable into the radio unit receptacle, please follow the steps below: Step Action 1 WiBAS -OSDR Hub or Terminal Station: Locate the RSSI receptacle at WiBASTM-OSDR Hub & TS connection panel. Turn its protective cap 90o counter-clockwise to remove, as shown below. TM WiBASTM-Connect: Locate the RSSI receptacle at WiBASTM-Connect connection panel.
WiBAS OSDR-Hub & Terminal Station / WiBAS-Connect Terminal Station Start Up & Commissioning Manual - Edition 5.1 Connect RSSI Cable, Continued RSSI cable connection procedure, continued Step 2 Action Connect the RSSI cable, as shown below. WiBASTM-OSDR Hub and TS: WiBASTM-Connect: 3 Power on the digital voltmeter and adjust for DC voltage measurement (1 V range). End of procedure.
6. Equipment Commissioning WiBAS-OSDR Hub Introduction This paragraph describes the antenna alignment for the following cases: Precaution Never leave unoccupied receptacles without cover. Covering receptacles is necessary to protect against humidity penetration. Prerequisite Please refer to item 1 of Reference manuals on page 9 (Chapter 4 / Section 4.1 / Sectoral and Parabolic Antenna Procedure).
WiBAS OSDR-Hub & Terminal Station / WiBAS-Connect Terminal Station Start Up & Commissioning Manual - Edition 5.1 WiBAS-OSDR TS Introduction This paragraph describes the antenna alignment for the following products: The relevant procedures can be found as follows: Procedure Name Page Procedure for WiBAS-OSDR TS with Parabolic Integrated Antenna 47 Procedure for WiBAS-OSDR TS with Panel Antenna 50 Precaution Never leave unoccupied receptacles without cover.
6. Equipment Commissioning WiBAS-OSDR TS, Continued Mounting kit overview During commissioning the RF planning study azimuth and elevation degrees will be used as reference for antenna coarse alignment.
WiBAS OSDR-Hub & Terminal Station / WiBAS-Connect Terminal Station Start Up & Commissioning Manual - Edition 5.1 WiBAS-OSDR TS, Continued Procedure for WiBAS-OSDR TS with Parabolic Integrated Antenna To perform WiBAS-OSDR TS parabolic integrated antenna alignment, please follow the steps below Step 1 Action Perform coarse alignment, as follows: Use the respective spanner key to rotate the assembly on the pole so that the antenna is “visually” aligned with the target base station sector.
6. Equipment Commissioning WiBAS-OSDR TS, Continued Procedure for WiBAS-OSDR TS with Parabolic Integrated Antenna, continued Step 3 Action Perform fine alignment, as follows: • Use the spanner key to loosen the azimuth adjustment bolts (A1). Perform azimuth adjustment by rotating the bolts (A2) of the antenna mounting kit until the voltage readout reaches a desired level. • Use the spanner key to loosen the elevation adjustment bolts (E1).
WiBAS OSDR-Hub & Terminal Station / WiBAS-Connect Terminal Station Start Up & Commissioning Manual - Edition 5.1 WiBAS-OSDR TS, Continued Procedure for WiBAS-OSDR TS with Parabolic Integrated Antenna, continued Step 4 Action Log in to the aligned terminal station as described to Accessing a Radio Unit on page 29. Go to Summary and check the RSSI & SNR value, as shown below: 5 Press the refresh button to get the latest value.
6. Equipment Commissioning WiBAS-OSDR TS, Continued Procedure for WiBAS-OSDR TS with Panel Antenna To perform WiBAS-OSDR TS panel antenna alignment, please follow the steps below: Step 1 Action Perform coarse alignment, as follows: Use the respective spanner key to rotate the assembly on the pole so that the antenna is “visually” aligned with the target base station sector. Use compass and binoculars for alignment.
WiBAS OSDR-Hub & Terminal Station / WiBAS-Connect Terminal Station Start Up & Commissioning Manual - Edition 5.1 WiBAS-OSDR TS, Continued Procedure for WiBAS-OSDR TS with Panel Antenna, continued Step 3 Action Perform fine alignment, as follows: • Use the allen key to loosen the azimuth adjustment bolt (A). Perform azimuth adjustment by moving very slowly the whole system (within the ±10o range around the azimuth axis) until the voltage readout reaches a desired level.
6. Equipment Commissioning WiBAS-OSDR TS, Continued Procedure for WiBAS-OSDR TS with Panel Antenna, continued Step 5 Action Log in to the aligned terminal station as described to Accessing a Radio Unit on page 29. Go to Summary and check the RSSI & SNR value, as shown below: 6 Press the refresh button to get the latest value. If the values are the expected ones, then secure the antenna to the final position.
WiBAS OSDR-Hub & Terminal Station / WiBAS-Connect Terminal Station Start Up & Commissioning Manual - Edition 5.
6. Equipment Commissioning WiBAS-Connect TS, Continued Precautions Never leave unoccupied receptacles without cover. Covering receptacles is necessary to protect against humidity penetration. Prerequisite During commissioning the azimuth and elevation values should be available by RF planning study.
WiBAS OSDR-Hub & Terminal Station / WiBAS-Connect Terminal Station Start Up & Commissioning Manual - Edition 5.1 WiBAS-Connect TS, Continued Mounting kit overview During commissioning the RF planning study azimuth and elevation degrees will be used as reference for antenna coarse alignment.
6. Equipment Commissioning WiBAS-Connect TS, Continued Procedure for WiBAS-Connect TS with Parabolic Integrated Antenna To perform WiBAS-Connect TS parabolic integrated antenna alignment, please follow the steps below: Step 1 Action Perform coarse alignment, as follows: Use the respective spanner key to rotate the assembly on the pole so that the antenna is “visually” aligned with the target base station sector. Use compass and binoculars for alignment.
WiBAS OSDR-Hub & Terminal Station / WiBAS-Connect Terminal Station Start Up & Commissioning Manual - Edition 5.1 WiBAS-Connect TS, Continued Procedure for WiBAS-Connect TS with Parabolic Integrated Antenna, continued Step 3 Action Perform fine alignment, as follows: • Use the spanner key to loosen the azimuth adjustment bolts (A1). Perform azimuth adjustment by rotating the bolts (A2) of the antenna mounting kit until the voltage readout reaches a desired level.
6. Equipment Commissioning WiBAS-Connect TS, Continued Procedure for WiBAS-Connect TS with Parabolic Integrated Antenna, continued Step 4 Action Log in to the aligned terminal station as described to Accessing a Radio Unit on page 29. Go to Summary and check the RSSI & SNR value, as shown below: 5 Press the refresh button to get the latest value. If the values are the expected ones, then secure the antenna to the final position.
WiBAS OSDR-Hub & Terminal Station / WiBAS-Connect Terminal Station Start Up & Commissioning Manual - Edition 5.1 WiBAS-Connect TS, Continued Procedure for WiBASConnect TS with Panel Antenna To perform WiBAS-Connect TS panel antenna alignment, please follow the steps below: Step 1 Action Perform coarse alignment, as follows: Use the respective spanner key to rotate the assembly on the pole so that the antenna is “visually” aligned with the target base station sector.
6. Equipment Commissioning WiBAS-Connect TS, Continued Procedure for WiBAS-Connect TS with Panel Antenna, continued Step 3 Action Perform fine alignment, as follows: • Use the spanner key to loosen the azimuth adjustment bolts (A). Perform azimuth adjustment by moving very slowly the whole system (within the ±10o range around the azimuth axis) until the voltage readout reaches a desired level. • Use the spanner key to loosen the elevation adjustment bolts (E).
WiBAS OSDR-Hub & Terminal Station / WiBAS-Connect Terminal Station Start Up & Commissioning Manual - Edition 5.1 WiBAS-Connect TS, Continued Procedure for WiBAS-Connect TS with Panel Antenna, continued Step 5 Action Log in to the aligned terminal station as described to Accessing a Radio Unit on page 29. Go to Summary and check the RSSI & SNR value, as shown below: 6 Press the refresh button to get the latest value. If the values are the expected ones, then secure the antenna to the final position.
6. Equipment Commissioning WiBAS-Connect TS, Continued Procedure for WiBASConnect TS with Parabolic Low Profile Antenna Step To perform WiBAS-Connect TS parabolic low profile antenna alignment, please follow the steps below: Action 1 Open the tool clamps (A & B) and mount the tool onto the radio unit respective holes, as shown below. 2 Lock and secure the clamps, as shown below.
WiBAS OSDR-Hub & Terminal Station / WiBAS-Connect Terminal Station Start Up & Commissioning Manual - Edition 5.1 WiBAS-Connect TS, Continued Procedure for WiBAS-Connect TS with Parabolic Low Profile Antenna, continued Step 3 Action Perform coarse alignment, as follows: Use the respective spanner key to rotate the assembly on the pole so that the antenna is “visually” aligned with the target base station sector. Use compass and binoculars for alignment.
6. Equipment Commissioning WiBAS-Connect TS, Continued Procedure for WiBAS-Connect TS with Parabolic Low Profile Antenna, continued Step 4 Action Power on the terminal station. Connect the RSSI cable as described to RSSI cable connection procedure on page 42.
WiBAS OSDR-Hub & Terminal Station / WiBAS-Connect Terminal Station Start Up & Commissioning Manual - Edition 5.1 WiBAS-Connect TS, Continued Procedure for WiBAS-Connect TS with Parabolic Low Profile Antenna, continued Step 5a Action Perform fine alignment, as follows: • Use the spanner key to loosen the azimuth adjustment bolts (A).
6. Equipment Commissioning WiBAS-Connect TS, Continued Procedure for WiBAS-Connect TS with Parabolic Low Profile Antenna, continued Step 5b Action Perform fine alignment, as follows: • Use the spanner key to loosen the elevation adjustment bolts (E). Perform elevation adjustment by holding tool’s handles firmly and slightly move the antenna/radio combo (within the ±10o range around the elevation axis) until the voltage readout reaches a desired level. (E) = Elevation bolts x 2 (left and right).
WiBAS OSDR-Hub & Terminal Station / WiBAS-Connect Terminal Station Start Up & Commissioning Manual - Edition 5.1 WiBAS-Connect TS, Continued Procedure for WiBAS-Connect TS with Parabolic Low Profile Antenna, continued Step 7 Action Log in to the aligned terminal station as described to Accessing a Radio Unit on page 29. Go to Summary and check the RSSI & SNR value, as shown below: 8 Press the refresh button to get the latest value.
6.
WiBAS OSDR-Hub & Terminal Station / WiBAS-Connect Terminal Station Start Up & Commissioning Manual - Edition 5.1 WiBAS-Connect TS (Auto-Polarization Edition), Continued Precautions Never leave unoccupied receptacles without cover. Covering receptacles is necessary to protect against humidity penetration. Prerequisites • Before staring the alignment of WiBAS-Connect TS the azimuth and elevation values should be available.
6. Equipment Commissioning WiBAS-Connect TS (Auto-Polarization Edition), Continued Mounting kit overview During commissioning the RF planning study azimuth and elevation degrees will be used as reference for antenna coarse alignment.
WiBAS OSDR-Hub & Terminal Station / WiBAS-Connect Terminal Station Start Up & Commissioning Manual - Edition 5.1 WiBAS-Connect TS (Auto-Polarization Edition), Continued Procedure for WiBASConnect AutoPolarization TS with Parabolic Low Profile Antenna To perform WiBASTM-Connect auto-polarization radio unit TS parabolic low profile antenna alignment, please follow the steps below: This procedure is performed for Auto-Polarization Edition radio unit.
6.
WiBAS OSDR-Hub & Terminal Station / WiBAS-Connect Terminal Station Start Up & Commissioning Manual - Edition 5.1 WiBAS-Connect TS (Auto-Polarization Edition), Continued Procedure for WiBAS-Connect Auto-Polarization TS with Parabolic Low Profile Antenna, continued Step 1 Action Perform the following actions: • Open the tool clamps (A & B) and mount the tool onto the radio unit respective holes. • Lock and secure the clamps (C & D).
6. Equipment Commissioning WiBAS-Connect TS (Auto-Polarization Edition), Continued Procedure for WiBAS-Connect Auto-Polarization TS with Parabolic Low Profile Antenna, continued Step 2 Action Perform coarse alignment, as follows: Use the respective spanner key to rotate the assembly on the pole so that the antenna is “visually” aligned with the target base station sector. Use compass and binoculars for alignment. Use the RF planning values for aligning the assembly to the target base station sector.
WiBAS OSDR-Hub & Terminal Station / WiBAS-Connect Terminal Station Start Up & Commissioning Manual - Edition 5.1 WiBAS-Connect TS (Auto-Polarization Edition), Continued Procedure for WiBAS-Connect Auto-Polarization TS with Parabolic Low Profile Antenna, continued Step 3 Action Perform the following actions: • Connect the RSSI cable to TS (as described to RSSI cable connection procedure on page 42).
6. Equipment Commissioning WiBAS-Connect TS (Auto-Polarization Edition), Continued Procedure for WiBAS-Connect Auto-Polarization TS with Parabolic Low Profile Antenna, continued Step 4 Action Perform fine alignment, as follows: • Use the spanner key to loosen the azimuth adjustment bolts (A). Perform azimuth adjustment by holding tool’s handles firmly and slightly move the antenna/radio combo (within the ±10o range around the azimuth axis) until the voltage readout reaches a desired level.
WiBAS OSDR-Hub & Terminal Station / WiBAS-Connect Terminal Station Start Up & Commissioning Manual - Edition 5.1 WiBAS-Connect TS (Auto-Polarization Edition), Continued Procedure for WiBAS-Connect Auto-Polarization TS with Parabolic Low Profile Antenna, continued Step 5 Action Perform the following actions: • Remove the RSSI cable from TS and after 2-3 seconds inserted again (as described to RSSI cable connection procedure on page 42). • Wait 30 seconds. During boot process the voltmeter shows ~2.5 V.
6. Equipment Commissioning WiBAS-Connect TS (Auto-Polarization Edition), Continued Procedure for WiBAS-Connect Auto-Polarization TS with Parabolic Low Profile Antenna, continued Step 6 Action Perform fine alignment, as follows: • Use the spanner key to loosen the azimuth adjustment bolts (A). Perform azimuth adjustment by holding tool’s handles firmly and slightly move the antenna/radio combo (within the ±10o range around the azimuth axis) until the voltage readout reaches a desired level.
WiBAS OSDR-Hub & Terminal Station / WiBAS-Connect Terminal Station Start Up & Commissioning Manual - Edition 5.1 WiBAS-Connect TS (Auto-Polarization Edition), Continued Procedure for WiBAS-Connect Auto-Polarization TS with Parabolic Low Profile Antenna, continued Step 7 Action The commissioner should compare the captured values from steps 4 and 6. • If the horizontal value is better than vertical then perform the steps 9 and 10.
6. Equipment Commissioning WiBAS-Connect TS (Auto-Polarization Edition), Continued Procedure for WiBAS-Connect Auto-Polarization TS with Parabolic Low Profile Antenna, continued Step 10 Action If the values are the expected ones, then secure the antenna to the final position. Use the adjustable U-wrench to apply the final tightening torque to the bolts, as follows: • M5 bolts max tightening torque 5.5 Nm. • M8 bolts max tightening torque 15 Nm. • U-Bolt fully tightening. Do not over tighten.
WiBAS OSDR-Hub & Terminal Station / WiBAS-Connect Terminal Station Start Up & Commissioning Manual - Edition 5.1 6.4. Checking Operation Hub procedure This paragraph describes how to check the WiBASTM-OSDR Hub operation (taking in consideration that all commissioning works have been completed successfully): Step Action 1 Communicate with WiBASTM OSDR-Hub through inband. 2 Go to Equipment Management > Radio and check the status as shown below: Go to Equipment Management > Modem and check the status.
6. Equipment Commissioning Checking Operation, Continued Terminal station procedure This paragraph describes how to check the WiBASTM-OSDR TS or WiBASTM-Connect operation (taking in consideration that all commissioning works have been completed successfully): Step Action 1 Communicate with terminal station through inband. 2 Go to Equipment Management > Radio and check the status as shown below: Go to Equipment Management > Modem and check the status.
WiBAS OSDR-Hub & Terminal Station / WiBAS-Connect Terminal Station Start Up & Commissioning Manual - Edition 5.1 6.5. Service Provisioning Overview Service provisioning is performed upon commissioning completion of the base station and terminal station as well.
6. Equipment Commissioning Service Provisioning, Continued Procedure, continued Step Task WiBAS-OSDR Node Manager Manual Concerns to WiBASTM … Hub TS Connect 7 Bridge How to configure the bridge refer to chapter 6/6.2, paragraph “Configuring the Bridge”. √ √ √ 8 L2 Ports How to configure the L2 ports refer to Chapter 6/6.2, paragraph “Configuring the L2 Ports”. √ √ √ 9 VLANs / VLAN Ports How to add VLANs / VLAN ports refer to Chapter 6/6.2, paragraph “Adding VLANs / VLAN Ports”.
WiBAS OSDR-Hub & Terminal Station / WiBAS-Connect Terminal Station Start Up & Commissioning Manual - Edition 5.1 Appendix A – LED Indications Radio unit LED status The LED at the bottom of radio unit provides visual indications of the system status: WiBASTM-OSDR Hub: Status of STAT LED System Condition OFF Input power supply is absent.
Appendix A – LED Indications Appendix A – LED Indications, Continued Radio unit LED status, continued WiBASTM-Connect Status of STAT LED System Condition OFF Input power supply is absent.
WiBAS OSDR-Hub & Terminal Station / WiBAS-Connect Terminal Station Start Up & Commissioning Manual - Edition 5.1 Appendix A – LED Indications, Continued POE-ID-AC35 LED Indication Description POWER LED Off Input power supply is absent. On AC power OK. Blinking Overload (current limit). ACTIVE LED Off No load. On Normal Load. Blinking Overload (current limit).
Appendix A – LED Indications Appendix A – LED Indications, Continued PONE-OD-DC LED Indication Description Steady blue Normal operation. Blinking slow (every 1 sec) Input DC voltage is ok but radio unit is not present (at the injector's output). Blinking fast Power supply failure - overload, short circuit, under(every 100 msec) voltage (below 37 V) or over-voltage (above 71 V). Off 88 Input power supply is absent.
WiBAS OSDR-Hub & Terminal Station / WiBAS-Connect Terminal Station Start Up & Commissioning Manual - Edition 5.1 Appendix B – Inband Management Connection Troubleshooting Scope Appendix B provides the following fail-safe procedures: Fail-safe procedure When used Fail-safe procedure 1 (arp-s commands) Communication with WiBAS cannot be established.
Appendix B – Inband Management Connection Troubleshooting Appendix B – Inband Management Connection Troubleshooting, Continued Fail-safe procedure 1 (arp-s commands), continued Step 3 Action Enter the following static ARP cache entry and press ENTER: Static ARP entry is not required when management VLAN is assigned as default VLAN on the connection port. arp-s 10.255.255.254 00-05-59-64-06-33 4 Verify that you can ping the node, by entering the fail-safe IP address and press ENTER: ping 10.255.255.
WiBAS OSDR-Hub & Terminal Station / WiBAS-Connect Terminal Station Start Up & Commissioning Manual - Edition 5.
Appendix B – Inband Management Connection Troubleshooting Appendix B – Inband Management Connection Troubleshooting, Continued Fail-safe procedure 3 (outband) To apply fail-safe outband IP address, please follow the steps below: Prior to starting fail-safe procedure 3, ensure that an outband physical management connection has been implemented with WiBAS . Step Action 1 Setup to laptop the Ethernet IP address 192.168.255.253 with subnet mask 255.255.255.0. 2 Open Windows Command Prompt.
WiBAS OSDR-Hub & Terminal Station / WiBAS-Connect Terminal Station Start Up & Commissioning Manual - Edition 5.1 Appendix C – Quality Indicator Thresholds QI table The following table shows the quality indicator thresholds: Mode qam4-1/2 qam4-3/4 qam4-5/6 qam16-3/4 qam16-5/6 qam64-19/24 qam128-19/24 qam256-19/24 qam512-19/24 qam1024-19/24 qam1024-5/6 QI THRESHOLD (dBm) -83 -77 -75 -72 -69 -65 -62 -58 -55 -52 -50 QI THRESHOLD (Voltmeter reading) HORIZONTAL VERTICAL 1.83 1.77 1.75 1.72 1.69 1.65 1.62 1.
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