NAC Power Supply

Routing is a vital aspect of connecting the NAC to the actual appliances in the building. Routing is the process where the electrical signals and data cables are allowed to interact with the appliances and in turn produce notifications.

Routing is first planned out by our expert network engineers and electrical engineers. They will ask you for the blueprints to the building and then also ask for the circuitry for a particular room or floor. Once this is done, the routing will be designed on paper and presented to you for approval of the budget. After this, the wiring and the routing process begins which usually does not take a lot of time depending on your blueprint and the circuitry design.

All high voltage and the wiring which is not limited by power are kept separate from all wires that are limited in power. It is important that a 0.25-inch separation must be kept between the wires otherwise things can go haywire and the notification access panel can lose all control over the devices to which it is connected. It is also very important to maintain a separation of high voltage and wires that are not limited by power.

In order to avoid any induced noise or transfer or magnetic or electrical energy, our engineers try to keep the input wiring away from the high current producing and the limited power wires. Otherwise, an improper wiring plan and installation can cause the entire Notification Appliance Circuit to get out of orbit and stop working. It is therefore important to separate high current input and output wires from the low current and low voltage input and output wires.

Another important aspect is wiring within the cabinet of the Notification Access Circuit. The wiring within the cabinet must be properly routed and connected across the perimeter or boundary of the cabinet. It is imperative that these cables should not cross the PCB or the printed circuit board. This is because it could potentially induce noise or transfer unwanted electrical energy to the sensitive electronic parts. It could also pick up any sort of unwanted radio frequency signals or noise from the power supply circuit.

Supplying power to the NAC system can be a problem because the power supply for the entire building may be the cause of the fire. This is why we highly recommend our clients to have the Notification Appliance Circuit either attached to the emergency generator systems. Or in other cases, we suggest connecting them to dedicated generator systems which will help them run.

NY Engineers also provide generators to clients. We can arrange to have a generator installed for your building or residence so that it can effectively power up the Notification Appliance Circuit. This Notification Appliance Circuit will then be connected to the emergency generator which will be put on standby mode.

We also recommend getting batteries installed in the building and then connected to the Notification Appliance Circuit. This is because sometimes the emergency generator systems also get burned or corrupted and fail to start up the whole system. For this purpose, it is better to have a large battery or collection of batteries installed and connected.

NY Engineers provide batteries from a third-party source; however, we also make sure that these batteries are fully tested by our team of skilled engineers. These batteries are tested and made to be fully functional and kick in once the emergency generators fail. The battery is stored in another room where it is kept in special conditions in order to make sure that the batteries do not get all ruined.

In order to make sure that all of your NAC Power Supply is working and up to the standard, our team of highly skilled engineers visits the building every 6 months. This maintenance is important because your NAC Power Supply system may develop faults or errors over time which can be a huge problem for you to deal with. This is also dangerous when you are faced with a real emergency and your NAC system then malfunctions or succumbs to a few wiring or electrical faults.

Our maintenance teams check each and every aspect of the NAC Power Supply. This includes the subsystem installed in it as well as the wiring, the power sources and the integration. This is done through rigorous testing methods and procedures which our engineers perform. This may take a full week or even two weeks to fully test out. This depends on the kind of building and the kind of NAC system that you got installed.

As an alternative, our team of engineers and experts can also train your employees to perform the maintenance and testing procedures themselves, however, this is a lengthy process and costs more. This is also not as efficient as having our own engineers and experts to carry out.