Physical installation requirements vary depending on the system, property and device type.

Wireless systems may require less cabling, while hardwired systems generally require more detailed planning, routing, termination and testing.

Whether you are installing the system yourself or using a professional, safety comes first.

All work must be completed by appropriately licensed and insured trades where required.

Correct physical installation directly affects system performance, stability, reliability, serviceability and long-term fault rates.

• Avoid installing devices near sources of interference
• For wireless systems, keep clear of large metal barriers, dense structures and steel sheds where possible
• Do not share conduits, enclosures or cable pathways with mains cabling unless the installation method complies with the applicable requirements
• Maintain the separation required by applicable electrical, communications and manufacturer requirements
• Where cables must cross electrical wiring, use a suitable compliant installation method or barrier
• Exercise caution in ceiling spaces, roof cavities and crawl spaces
• Check for hidden services such as electrical, gas and water before drilling
• Use ladders safely and assess fall risks before working at height
• Plan device locations carefully for safe cabling, future accessibility and better system performance
• Use high-quality, correctly rated cables
• Avoid unnecessary joins wherever possible
• Handle cables gently and avoid stepping on them, crushing them, overstretching them or bending them sharply
• Follow the cable manufacturer’s minimum bend-radius requirements
• For outdoor or underground runs, use outdoor-rated cable or conduit and seal joints properly to help prevent water ingress
• For difficult, long or critical cable routes, consider installing a spare cable for future use
• Power off devices before termination
• Use hand tools for delicate terminals and device screws unless the manufacturer permits otherwise
• Avoid overtightening
• Mount all devices securely using suitable anchors where required
• Make sure outdoor equipment is mounted and sealed properly to suit the environment

Data Cable

• Cat6 preferred
• Cat5e may be suitable for selected applications
• Use a consistent termination standard
• Test cables before final setup
• Label cables where practical

Alarm & Control Cable

4-core 14/0.20 is commonly used for alarm and control wiring.

Cable selection should suit the device, distance, current requirements and manufacturer recommendations.

Do not substitute cable types without confirming that the replacement is suitable for the circuit and application.

Data Bus for Ness M1 and Inception

Screened cable is generally recommended for Ness M1 and Inception data-bus wiring.

Final cable selection should follow the manufacturer’s requirements and the conditions of the project.

HDMI Runs

HDMI cables should be handled carefully, particularly at the connector ends, which can be damaged easily.

Avoid sharp bends near the connectors and do not place strain on the ends.

For difficult cable routes, consider installing a Cat6 cable as a backup so it can be used later with a suitable HDMI-over-Cat6 solution.

For longer distances, HDMI-over-Cat6 may be more practical than a long standard HDMI cable.

Poor handling, excessive tension or tight bends near the connector can cause intermittent faults that may be difficult to identify after installation.