Product Info
Table Of Contents
- About This Manual
- Important Notice
- Introduction
- Document structure
- Document marks
- Key Features
- Hardware Platform
- Power supply
- Lightning protection unit
- Synchronization unit
- // 0) { /* For each inline-commented element clear data-ref and class */ for (var i=0; i < commentedElements.length; i++) { commentedElements[i].dataset.ref= ""; commentedElements[i].className = ""; } } /* Else do nothing */ } }); //]> AUX-ODU-SYNC Mounting
- AUX-ODU-SYNC Cable gland Assembling
- AUX-ODU-SYNC Connection to ODU
- Packing List
- Planning considerations
- Link Pre-configuration in the lab
- Installation
- Operation & Administration
- Troubleshooting
- Glossary
Infinet Wireless: Technical Documentation – InfiMAN Evolution
13 https://infiplanner.infinetwireless.com/
Installation – 67
18 Figure - AUX-ODU-LPU-G Cable Gland Assembly Scheme
6.5 Antenna Alignment
6.5.1 Rough alignment
Using the azimuth and elevation values computed by the link
planning tool
13
roughly positionthe antenna (in each
location)to detect the opposite system signal.Directly before installing the devices we recommend to set up the
maximum output power value.If the link cannot be established, try to switch the bitrate to the minimum value and
narrowing the channel width.Assess the link establishment and its quality using the LED indicator on the device
case.LED indication are detaily described in the
Hardware Platform (see page 15)section.For more accurate
alignment, use the alignment tool built into the device web interface.
6.5.2 Precise alignment
It is recommended to have two teams prepared for alignment procedure, each team with at least two installers: one
should notisy the signal values and communicate with the remote side, the other should make the adjustments
with the device.After the initial approximate alignment (link up), the antenna with the lowest gain should be locked
into position.
Both teams should usethe Antenna Alignment Tool in theDevice Status section of the web GUI.