LF PowerGrid
Security

CCTV Monitor

Displays feeds from up to 4 linked cameras. 10 u/s self + 70 u/s max throughput.

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Overview

The CCTV Monitor is a hub device that displays live video feeds from up to 4 linked CCTV cameras. The monitor itself consumes 10 units per second, and when fully loaded with 4 cameras (15 u/s each), the total power draw is 70 u/s. Monitors are essential for real-time base surveillance and threat detection.

Specifications

Property Value
TypeConsumer/Hub
Self Power Consumption10 u/s
Max Throughput70 u/s (10 self + 60 for cameras)
Camera Capacity4 cameras max
Output Ports4
Weight Kit3000g
Placed Weight4000g
Screen SelectionHidden (depends on installation)
ClassLFPG_Monitor

Power Budget

  • Monitor base consumption: 10 u/s
  • Per camera: 15 u/s
  • 1 camera setup: 10 + 15 = 25 u/s
  • 2 camera setup: 10 + 30 = 40 u/s
  • 3 camera setup: 10 + 45 = 55 u/s
  • 4 camera setup: 10 + 60 = 70 u/s (maximum)

Actions

  • Cycle Camera: Switch between camera views displayed on the monitor
  • View Camera: Enter view mode to see the current camera feed in detail
  • Unlink Camera: Disconnect a camera from this monitor

How It Works

  1. Place the monitor and power it (10 u/s minimum)
  2. Link cameras to the monitor using the camera's action menu
  3. Monitor displays the video feed from linked cameras
  4. Use Cycle Camera action to switch between feeds
  5. Enter view mode to see detailed camera perspective

Wiring Examples

Full 4-Camera Setup

Power Source
Battery
Monitor (10 u/s)
Camera 1 (15 u/s)
Camera 2 (15 u/s)
Camera 3 (15 u/s)
Camera 4 (15 u/s)
Total: 70 u/s

Comprehensive surveillance with 4 cameras requires reliable power (battery backup recommended).

Solar-Powered Surveillance

Solar Panel T2 (40 u/s)
Battery
Monitor
Camera 1 (15 u/s)
Camera 2 (15 u/s)
Total: 40 u/s

Solar T2 panel feeds a battery that powers a monitor with 2 cameras (40 u/s total usage).

Minimal Security

Generator (20 u/s)
Monitor (10 u/s)
Camera 1 (15 u/s)
Total: 25 u/s

Single camera monitor setup requires only 25 u/s from a modest power source.

Tips

  • Plan power supply carefully: a full 4-camera setup requires 70 u/s
  • Use Solar Panel T2 + Battery combination for 4-camera surveillance during daylight
  • Start with 1-2 cameras on Solar T1 power, expand as power availability increases
  • Position monitors in command/watch areas for easy access
  • Multiple monitors can display the same camera for different viewing areas
  • The 70 u/s capacity is the maximum safe throughput for reliability
  • Consider redundancy: if surveillance is critical, add a backup battery