CCTV 101: Camera Power Explained
When it comes to CCTV camera power, there are a variety of options to choose from, ranging from low voltage 12 Volts DC and 24 Volts AC options to single-line solutions such as Power over Ethernet (PoE) and Power over Coax (PoC).
Regardless… read more of the power type or method used, there are two main things to consider for long-term, trouble-free operation: Voltage and Amperage.
In this video, we will discuss CCTV power best practices, common installation mistakes and discuss new technologies that take the frustration out of CCTV power.
RVM Info: https://www.clintonelectronics.com/rated-voltage-monitoring/
POC Info: https://www.clintonelectronics.com/power-over-coax/
More Info: https://www.clintonelectronics.com/cctv-101-camera-power-explained/
⏱️TIMESTAMPS⏱️
0:00 Intro
0:37 Tip #1: Check Camera Power Type
1:10 Tip #2: Calculate Voltage Drop
2:03 Tip #3: Plan for Max Power Draw
2:50 Tip #4: The 80% Rule
3:23 Outro
#LearnCCTV read less
Regardless… read more of the power type or method used, there are two main things to consider for long-term, trouble-free operation: Voltage and Amperage.
In this video, we will discuss CCTV power best practices, common installation mistakes and discuss new technologies that take the frustration out of CCTV power.
RVM Info: https://www.clintonelectronics.com/rated-voltage-monitoring/
POC Info: https://www.clintonelectronics.com/power-over-coax/
More Info: https://www.clintonelectronics.com/cctv-101-camera-power-explained/
⏱️TIMESTAMPS⏱️
0:00 Intro
0:37 Tip #1: Check Camera Power Type
1:10 Tip #2: Calculate Voltage Drop
2:03 Tip #3: Plan for Max Power Draw
2:50 Tip #4: The 80% Rule
3:23 Outro
#LearnCCTV read less