Vingtor 2210020000 Deployment Manual Download Page 24 | Manualshive

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Vingtor 2210020000 Deployment Manual Download Page 24

www.vingtor.com

Zenitel Norway AS

VINGTOR products are developed and marketed by Zenitel Norway AS. The company’s Quality Assurance System is certified to meet the requirements in NS-EN ISO 9001:2008. Zenitel Norway AS
reserves the right to modify designs and alter specifications without prior notice, in pursuance of a policy of continuous improvement. ©2009 Zenitel Norway AS.

[email protected]

DOC NO.

A100K10676

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Summary of Contents for 2210020000

Page 1: ...IP DECT Deployment on Ships A100K10676 DEPLOYMENT GUIDE IP DECT 6000 System...

Page 2: ...sing from the information in it No information in this publication should be regarded as a warranty made by Zenitel Norway AS The information in this publication may be revised or changed without noti...

Page 3: ...line for Below Main Deck 19 7 1 Engine Room Deployment Tween Deck 19 7 2 Pump and Storage Rooms Deployment 19 8 Deployment Guideline for Outdoor Areas 21 8 1 Hangar Deployment 21 8 2 Main Deck Deploym...

Page 4: ...Before You Begin 1 1 This document assumes the following You have a working knowledge of AlphaCom ACM exchange operations and that the exchange is installed and initialized and is working properly You...

Page 5: ...ive Computer IP DECT 6000 System Configuration Figure 1 Base Station Repeater DECT Handset Rough DECT Handset Office DECT Handset Rough DECT Handset Rough Bluetooth DECT Handset Office DECT Handset Ro...

Page 6: ...ds 25 dB it is not certain that synchronization will be stable For example the signal measured next to the base station is 100 dB The handset with test display active is moved away from the base stati...

Page 7: ...orking then all base stations behind are also not working Figure 3 Synchronization Chain Layout without Secondary Sync Ways No 0 is the Sync Master can be numbered 0 to 255 Green line Shows the primar...

Page 8: ...ondary sync on No 21 In the example above base station No 10 is down Consequently base station No 11 must use the secondary sync way on base station No 21 Figure 6 Sync Chain showing Primary Secondary...

Page 9: ...eck above e g First Deck the outer edges of the Main Deck the work areas at the outer edges of the Main Deck and the hangar Base Stations 4 4 The base station is usually mounted on the wall using the...

Page 10: ...s no handover is needed when moving between rooms sections as the cable goes straight through the wall air sync can be taken in from a base station at the end of the leaky cable the end of the leaky c...

Page 11: ...tations from the decks above and below the Main Deck have primary sync ways that lead to the Sync Master on that deck The main consideration here is to implement a synchronization chain that remains i...

Page 12: ...oyment on Ships Overview of Primary and Secondary Sync Ways for all Decks Figure 7 BRIDGE DECK 6 5 4 3 13 1 2 12 11 14 15 Primary Sync Secondary Sync THIRD DECK SECOND DECK FIRST DECK MAIN DECK TWEEN...

Page 13: ...e station needs to be installed Third Deck 5 4 Base station 5 on the Third Deck has a primary sync with base station 4 on the Second Deck If this primary sync fails then its secondary sync with base s...

Page 14: ...ed First Deck 5 6 Base station 3 on the First Deck has a primary sync with Sync Master 1 on the Main Deck If this primary sync fails then its secondary sync with base station 15 on the Main Deck will...

Page 15: ...ster 1 on the Main Deck If this primary sync fails then its secondary sync with base station 2 on the Main Deck will take over the synchronization Base station 12 has a primary sync with Sync Master 1...

Page 16: ...ase station 11 on the Tween Deck If this primary sync fails then its secondary sync with base station 14 will take over the synchronization There are two reserve PoE points placed at strategic locatio...

Page 17: ...base station normally one base station on each deck should provide sufficient coverage but one PoE point should also be installed on the far side of the base station in case of coverage holes Example...

Page 18: ...th on the deck above or below Hence the sync way goes from deck to deck in a zig zag fashion This deployment configuration will provide the maximum air coverage and eliminate any potential coverage ho...

Page 19: ...m the closest base station on the Main Deck above Base station and leaky cables in Engine Room Front Figure 9 Azimuth areas on Tween Deck Pump and Storage Rooms Deployment 7 2 These areas include the...

Page 20: ...n Deck air sync for the narrow corridor between the storage tank area at the fore and aft of the ship is covered by using leaky cables base stations 11 and 12 There are two reserve PoE points installe...

Page 21: ...in Hangar on Main Deck Figure 12 The Hangar can best be covered by using one standard base station in this deployment example it is also the Sync Master base station 1 Main Deck Deployment 8 2 The Mai...

Page 22: ...m the elements The standard base station is directed out and down towards the open Main Deck area Base station deployment on Main Deck Figure 14 In the example above base stations 2 and 13 should be a...

Page 23: ...23 IP DECT Deployment on Ships A100K10676...

Page 24: ...pany s Quality Assurance System is certified to meet the requirements in NS EN ISO 9001 2008 Zenitel Norway AS reserves the right to modify designs and alter specifications without prior notice in pur...

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