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How to Save CCTV project costs

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Vikram Atwal

This document discusses reducing costs for CCTV wiring by using video balloons instead of standard cable. The goals are to reduce wiring costs by 70% and installation time. Standard wiring uses over 2000 meters of cable compared to only 586 meters for a video balloon solution. This can cut total project costs and downtime by reducing wiring by 72%. Video balloons strategically place receivers to keep average wiring to 35 meters per floor instead of 60 meters.

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CCTV Wiring Solution Design Reducing your CCTV Wiring costs
Vision Statement To reduce cost of wiring in Analog based CCTV by Using Video Ballon Instead of Standard Cable thereby reducing total project cost
Goal and Objective It has been seen Wiring cost is approximately 30-35% of the total project We plan to reduce the wiring cost by 70% by using this technology Less Wiring Means Less Installation Time Less Wiring Means Less Maintenance Issue Less Wiring means Less utilization of Power Replacement of BNC Connector by RJ 45 Crimps Elimination of BNC Connector means less service issue.
Standard Wiring Solution Given Below is the diagram for standard CCTV wiring solution
How to Save CCTV project costs
Video Ballon Wiring Solution Given Below is the diagram for Video Ballon CCTV wiring solution
How to Save CCTV project costs
CASE STUDIES Let us consider a building with 4 floor of 50 x 50 meter and a height of 3 meter for each floor Each floor has an average of 4 camera with monitoring in ground floor. Average wiring inside each floor for each camera is consider 60 meter
CALCULATION FOR STANDARD CONNECTION Ground Floor 60 x 4 = 240 meter First Floor 60 x 4 + 4 x 3 = 252 meter Second Floor 60 x 4 + 4 x 6 = 264 meter Third floor 60 x 4 + 4 x 9 = 276 meter Total wiring = 960 x 2 + 72 x 2 = 2064 meter Plus PVC conduit of 2064 meter
CALCULATION FOR UTP BALLON CONNECTION In this case we strategically place the passive receiver in such a way that Our average wiring comes to 35 meter per floor Ground Floor 35 x 4 = 140 meter First Floor 35 x 4 + 1 x 4 = 144 meter Second Floor 35 x 4 + 1 x 8 = 148 meter Third floor 35 x 4 + 1 x 14 = 154 meter Total wiring = 960 x 2 + 72 x 2 = 586 meter Plus PVC conduit of 586 meter
Conclusion From previous illustration its clear that wiring was reduced by 72%. This effects the following: a) Total Project Costing b) Installation Time c) System Down Time
Thank You For any further details, you can contact: JimuthDutta jimuth@vyteq.com 98-71211466

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How to Save CCTV project costs

  • 1. CCTV Wiring Solution Design Reducing your CCTV Wiring costs
  • 2. Vision Statement To reduce cost of wiring in Analog based CCTV by Using Video Ballon Instead of Standard Cable thereby reducing total project cost
  • 3. Goal and Objective It has been seen Wiring cost is approximately 30-35% of the total project We plan to reduce the wiring cost by 70% by using this technology Less Wiring Means Less Installation Time Less Wiring Means Less Maintenance Issue Less Wiring means Less utilization of Power Replacement of BNC Connector by RJ 45 Crimps Elimination of BNC Connector means less service issue.
  • 4. Standard Wiring Solution Given Below is the diagram for standard CCTV wiring solution
  • 6. Video Ballon Wiring Solution Given Below is the diagram for Video Ballon CCTV wiring solution
  • 8. CASE STUDIES Let us consider a building with 4 floor of 50 x 50 meter and a height of 3 meter for each floor Each floor has an average of 4 camera with monitoring in ground floor. Average wiring inside each floor for each camera is consider 60 meter
  • 9. CALCULATION FOR STANDARD CONNECTION Ground Floor 60 x 4 = 240 meter First Floor 60 x 4 + 4 x 3 = 252 meter Second Floor 60 x 4 + 4 x 6 = 264 meter Third floor 60 x 4 + 4 x 9 = 276 meter Total wiring = 960 x 2 + 72 x 2 = 2064 meter Plus PVC conduit of 2064 meter
  • 10. CALCULATION FOR UTP BALLON CONNECTION In this case we strategically place the passive receiver in such a way that Our average wiring comes to 35 meter per floor Ground Floor 35 x 4 = 140 meter First Floor 35 x 4 + 1 x 4 = 144 meter Second Floor 35 x 4 + 1 x 8 = 148 meter Third floor 35 x 4 + 1 x 14 = 154 meter Total wiring = 960 x 2 + 72 x 2 = 586 meter Plus PVC conduit of 586 meter
  • 11. Conclusion From previous illustration its clear that wiring was reduced by 72%. This effects the following: a) Total Project Costing b) Installation Time c) System Down Time
  • 12. Thank You For any further details, you can contact: JimuthDutta jimuth@vyteq.com 98-71211466