MRV Communications TS700/G, TS700/155, TS800/155, TS700/100 user manual Fine Alignment

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M R V C o m m u n i c a t i o n s , I n c . – I n s t a l l a t i o n M a n u a l

2.While looking (see fig 6.9 below) through the telescope, rotate and tilt the TereScope to bring the telescope crosshairs on the left side (your right side) of the opposite TereScope.

Fig. 6.9: Telescope crosshair on the opposite TereScope

3.Tighten firmly 4 Bolts K and D in such a way that the aiming anchors (L1&L2) will be between the screws C and B.

Fine Alignment

The purpose of fine alignment is to position the center of the transmitted beam spot on the center of the TereScope receiver – in both directions (Fig 6.10). This is achieved by adjusting the horizontal and vertical motion screws (shown in Figure 6.11) until maximum power is received at the opposite TereScope.

H1

V1

Beam Cross Section

Transceiver

H2

V2

Figure 6.10: Front view – Transceiver at the middle of the beam cross section

Fine Alignment Vertical

Motion Screws

Fine Alignment

Horizontal Motion Screws

Figure 6.11: Fine Alignment Motion Screws

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Contents UserManual UserManual TableofContents P E N D I CE Mark StandardsStandards Compliance FCC NoticeTrademarks MRV  Laser Safety CertificationOther Standards DisclaimerAboutthisUserManual Before Installing SafetyRequirementsServicing Introduction Carefully Read the Entire Manual Before InstallingUsing the Part Number for Ordering TheProductModels Part Number Description Front MRV Back Panel Description TS800/155 Standard Model DS1 Toggles Data Rate DIP switch TS800/155-F Standard Model including Fusion option RF Transceiver Fusion Operation Mode5b TS & Fusion FusionTS700/100 Fast-Ethernet System OFF Auto-negotiation, on Forced MRV Display LEDs,Dry Monitoring and Management options ManagementDry contact Only TS800 Typical Connection Fiber ConnectionCopper Connection Location & Range SiteSurveyLine of Sight OrientationConsult Factory in Case of Doubt Optimal Mounting Unacceptable Mounting Mounting Environment & StabilityPage Transmitting through a Window Wall Mounting using JMP and JMB12 shows the arrangement for transmitting through a window Power Data/Signal CablingInfrastructure Handle the Fibers Very Carefully Test equipment SetupBenchTest CompatibilityTS700/100Fastethernet IR link Bench testDisplay and Results IndicatorsExpected Results Received powerInstallation AccessoriesDescription TereScope Parts External view Part DescriptionAiming Head Adjustment and Locks Installer Tool Kit JITK-L MountingDetachment of the TS from the JMP-L Standard position a Mounting the accessoriesMounting on the floor Special MountingJMP-L Mounting on a fragile/crumbly wall17 Alignment kit mountedon JMP-L Back view Attachment of the Transceiver TereScope HeadPowering on the TereScope AimingProcedureTools and Equipment ProcedureTransceiver Alignment GeneralFine Alignment 13 Position after the horizontal aiming 15a and 6.15b Alignment screws Visual Inspection InstallationCompletionLink Operating Test Before Closing the Rear Door17 Mounted TereScope Left View Maintenance Accuracy should be examined and restored if necessaryPeriodic Visits Appendix a TS700/100 Fast-Ethernet Light TS800/155 high speed Light TS700/G Giga-Light Appendixb Packing box contains AppendixcAppendixd List of the Tools Supplied by MRV Communications Where to usePoints to Remember IntroductionInterference Figure E.3 Active Transmitters Shown Darkened Page Appendixf Effect of Wind on Terescopes FSO Chaining AppendixGIndirect Chaining Use the indoor switch in building C for the chainingFSO products & Chaining Product series No of chained links Appendixh Site survey Installation System failure Appendixi