Is It Ok To Run Cat6 And Power Together

Now, let’s dive into a more detailed explanation. Running CAT6 and power together is indeed possible, but it can present some challenges. While many professionals would think that the convenience and cost-effectiveness of routing these cables together outweigh any potential downsides, this is not always the case.

Firstly, there’s the issue of electromagnetic interference (EMI). Power cables can emit EMI, which can interfere with the signal running through your CAT6 data cable. This can lead to loss of data or poor connection quality. However, you can mitigate this risk by using shielded CAT6 cables, which are designed to protect against this kind of interference.

On the flip side, running these cables together can be efficient in terms of space and cable management. It can cut down on clutter and make your setup sleeker and more organized. Additionally, from a resource perspective, having all your cables in a single run can save time and money during installation.

Remember, the key here is the quality of your shielding and distance between cables. Good practice includes using shielded twisted pair (STP) instead of unshielded twisted pair (UTP), and maintaining physical separation whenever possible. General advice says to keep at least an inch of distance between the data cable and the power cable as per Telecommunications Industry Association’s TIA-569-B standard.[1].

In setup, you’d usually confine the following code:

  
cable.run(cat6, power)

To ensure you have the best performance.=”$(http://example/cable)”>This code example online shows how to run two sets of cables together in a secure and optimized way.The topic of running CAT6 cabling and power together is one that often stirs controversy in the world of data communication. There are numerous considerations involved when it comes to this matter.

Firstly, a basic rundown about CAT6 cables. These are utilized for Ethernet and other network physical layers that are backward compatible with the Category 5/5e and Category 3 cable standards Wikipedia. What sets CAT6 apart is its enhanced performance specifications centered on system noise and crosstalk consequences.

PAY ATTENTION TO:

1. CAT6 cables contain four pairs of copper wire. All four pairs are utilized in Gigabit Ethernet applications – this allows these cables to support communications at more than twice the speed of CAT5e, the predecessor.
2. Unlike CAT5e, the CAT6 specification includes structural or physical requirements to decrease internal crosstalk. It provides performance of up to 250 MHz.
3. CAT6 cables offer ample bandwidth and versatility to support today’s high speed data networks and major network protocols.

Adding power cables to the mix radically changes the scenario. Installing CAT6 and power cables together instinctively feels problematic due to electromagnetic interference (EMI), which means possible data loss or disruption.

Here’s a broad guideline when thinking about putting CAT6 and power cables together:

• The Separation Rule: A fundamental rule most experts adhere to is that low voltage (like your CAT6 data cable) and high voltage (like the power cable) should typically be separated. The National Electric Code (NEC) mandates separation between power and “limited energy” (low voltage/data) circuits.
• Avoid Parallel Installation: If unavoidable, ensure they are not running parallel for extended lengths. Instead, make the pathways cross at 90° angles. This arrangement helps to cut down on EMI.
• Maintain Distance: Try maintaining as much distance as practical between power and CAT6 cables to minimize chances of electrical noise being picked up.
• Shielded CAT6: Using shielded CAT6 will provide an additional level of protection against EMI.

    // Sample Code:
    If(separationRequired)
       {
           avoidParallelInstallation();
           maintainDistance();
       }
    else if(interferenceRisk)
       {
           useShieldedCAT6();
       }

Do like professionals do – check local building codes and consult an electronic engineer if you’re unsure. Piecing together a reliable, safe and efficient network requires careful planning and implementation. These practices can help to improve the reliability and performance of your Ethernet network.

Remember, correctness overcomes convenience in all cases when concerning installation. Always stick by the side of caution, and whenever possible, separate your CAT6 and power cables to harness the best performance from your network implementations.When discussing communication signals, one of the essential factors that come into play is the interference of these signals. Communication lines such as CAT6 cables carry essential data across networks and are integral in ensuring the smooth functioning of the internet, servers, and more.

One of the sources of signal interference could be induced voltage from power cables running alongside communication cables like the CAT6. A lot of us may wonder if it is okay to run CAT6 and power together. To answer this question, we need to understand two primary aspects:

1. The science behind signal interference
2. The design and characteristics of the CAT6 cable.

The Science Behind Signal Interference

When a power cable and a CAT6 cable are run parallel to each other for a long distance, the CAT6 cable can pick up electrical interference from the power cable. This phenomenon is known as ‘Electromagnetic Interference’ or EMI. Essentially, when electric current passes through a wire, it creates an electromagnetic field around the wire. A CAT6 cable, with its twisted pairs of wires designed to pick up signals, can unwittingly also pick up these electromagnetic fields causing distortion of the signals it was supposed to transmit.

On the flip side, the frequency at which interference happens is a significant factor. The higher the frequency, the shorter the waves, minimizing the chance for interference. However, while digital signaling often works at higher frequencies, we should remember that power cords used within most facilities operate at 50/60 Hz, which has a relatively large wavelength.

Let’s take a glance at how CAT6 cables are structured to combat this issue.

Design & Characteristics of CAT6 Cable

CAT6 cables are specifically designed with features that mitigate crosstalk (the unwanted effect of one circuit’s signals interfering with another). Here’s what they entail:

• Twisted Pairs: Each pair of wires in the cable is twisted. The twists help to balance the fields and thus minimize interference.
• Shielding: Some versions of CAT6 cables have an additional metallic shield around the twisted pairs that further protects them from external noise.

To illustrate this, below is a basic representation of the internal structure of a CAT6 ethernet cable.

wire pair

separator spine

jacket

Is Running CAT6 and Power Together Okay?

Although CAT6 cables have robust mechanisms built-in to handle interference not advisable to run CAT6 and power together over a significant length without considering some precautions.

First off, running the two cables in perpendicular (crossing at right angles) instead of parallely would be a better choice as it reduces the interference potential. Secondly, if unavoidable, making use of shielded CAT6 cables or installing the cables in a conduit (a type of pipeline that protects the cables) might enhance interference protection.

However, it is worth noting that major regulating bodies like BICSI or TIA caution that data cables must maintain a separation from power cables to mitigate signal interferences – a rule of thumb being at least a ~1-foot gap between the two.

The Code Example of Networking CAT6

For instance, this Python script utilizes the

socket

library to create a simple server that waits for a client connection—representative of a common networking task where you’d feature CAT6 cables.

import socket
s = socket.socket()

host = socket.gethostname()
port = 8080

s.bind((host,port))
s.listen(1)

print('Waiting for connections...')
conn, addr = s.accept()

print ('Received connection from', addr)
while True:
    data = conn.recv(1024).decode()
    if not data:
        break
    print('From online user: ' + data)
    data = input(' -> ')
    conn.send(data.encode())
conn.close()

To summarize, while it is technically possible to run CAT6 and power together because of the design specifics of CAT6 cables, doing so without proper precautions could lead to signal interference affecting network performance. It is always recommended to adhere to standards set by professional bodies in setting up any network infrastructure. Thereby, ensuring reliable and efficient network performance.Yes, it is generally okay to run Cat6 and power together, but with some exceptions. The data in an Ethernet cable (like a Cat6 cable) and power are indeed interrelated; however, this relationship can lead to some potential issues such as interference or voltage spikes, which can impact the performance of your network.

The first point to consider when running Cat6 and power together is the phenomenon known as ‘electromagnetic interference’ (EMI). EMI is a disruption that affects an electrical circuit due to either electromagnetic induction or radiation emitted from an external source. The interruption may obstruct the circuit’s performance or even prevent it from functioning.

To illustrate, whenever power cables are placed close to Ethernet cables like Cat6, there is a risk of EMI. This condition could result in slower data speeds or overall inconsistent network performance. If both types of wires need to be installed close to each other, using shielded Cat6 cable is advisable. Shielded cables contain an extra layer of protection against EMI, helping to ensure your data transmissions remain unaffected.source

Here is the syntax for creating good ethernet network by using shielded Category 6 cable:

ethernetNetwork.addCable(new ShieldedCable("Cat6"));

In addition, voltage spikes or surges, which are sudden increases in power, can also pose a risk. These surges have the potential to cause serious damage to the electronics at the end of an Ethernet cable, such as computers or other network devices. In worst-case scenarios, they can entirely fry these devices. To guard against this, you could use surge protectors on all devices connected via Ethernet.

However, keep in mind that while it’s technically okay to run Cat6 and power together, many professionals and standards organizations advise against it. Standards established by the Telecommunications Industry Association (TIA) and the International Electrotechnical Commission (IEC), for instance, recommend maintaining a certain distance between data and power cables to prevent interference.

The best practice guidelines outlined by the TIA and the IEC propose:

– A minimum separation of approximately 1.2 meters between power lines above Cat5e and communications circuits.
– The placement of barriers or grounded metal partitions between power-conductive parts and telecommunications cables if the recommended distance cannot be followed.

source

Furthermore, local building regulations or codes might dictate how to handle these situations as well.

Therefore, while it’s possible to run Cat6 and power together, you must follow some precautions to ensure both the effectiveness of your data transmission and the safety of your devices. Using shielded cables where necessary, considering the potential risk of voltage surges, and adhering to professional and regional best practices and standards, can help maintain the integrity and safety of both your power and data infrastructure.The reality of running CAT6 (An Ethernet cable) and power lines together is a topic that has kept business owners, DIY enthusiasts, and networking professionals in deep thought. So if you’re debating whether it’s okay to run Cat6 and power together, I’d have to say that the general rule of thumb is to keep these two separate. This is because there are potential issues with signal interference that could arise when data transmission cables i.e., Cat6, and power cables are run parallel to each other over long distances.

Evidence can be found on numerous industry websites like Belden which suggests; When a data cable travels close to a power line, an invisible magnetic field can cause a phenomenon known as ‘inductive coupling.’ This can cause noise or interference that can decrease your network performance, resulting in slow speeds, or worse, loss of connection.

There are several key factors perpetuating this:

• Proximity: The closer the Cat6 cable is to electrical wires, the more likely it is the signals may interfere with each other.
• Parallel runs: Running power and Cat6 lines parallel for long stretches tends to create more interference than intersecting lines.
• Shielding: Some cables offer better shielding than others, reducing their susceptibility to emitting or receiving interference.

However, if you absolutely must run Cat6 and power lines together, consider taking the following precautions:

• Opt for shielded Cat6 cable: Shielded cabling provides an extra layer of protection against interference from nearby devices and wiring.
• Avoid parallel lines: Run your cables at least 6 inches apart if possible. If they must cross paths, try doing so perpendicularly.
• Use a conduit: Running the Cat6 inside its own protective conduit can provide additional shielding.

Here is an example of how to install shielded Cat6 cable:

Step1: Choose the route for your network cables
Step2: Drill any necessary holes in walls or floors
Step3: Run the shielded Cat6 cable along your chosen path
Step4: Secure the cable using appropriate cable ties or clips
Step5: At both ends of the cable, strip off the outer insulation to reveal the twisted pairs
Step6: Use a punch-down tool to connect the wires to the correct pins of a network jack or patch panel
Step7: Test the connections using a network tester

Remember professional installation is always the best choice when running network and electrical cables. It’s essential to get it right not just for optimal network performance but also for safety.

So, in a nutshell, yes, you can technically install Cat6 and power lines together, but it could compromise your network’s performance and stability unless you take specific preventive measures. Professional guidance is always advised in this front.Running a Cat6 cable alongside with power cables is a practice that attracts opinions from both ends of the spectrum. While it’s generally seen as a grey area in the world of cabling, there are tangible effects on your network if this is done. If you delve into the impacts that this blind siding can have on your networking efforts, you’ll begin to appreciate why it’s regarded as a controversial practice.

To start off, bundling your Cat6 and power cables together opens doors to Electromagnetic Interference (EMI), or what is also known as Radio Frequency Interference (RFI). This is a scenario where an external source affects an electrical circuit, either through electromagnetic induction, electrostatic coupling or conduction.source

When currents flow through your power cables, they generate magnetic fields around them. When you run your network cables close to power lines, these magnetic fields induce voltages in the network cables leading to undesirable outcomes.

for cable in power_cables:
   EMI = True # Electromagnetic interference happens

The outcomes of EMI may manifest themselves in a myriad of ways such as:

• Distorted signals: You could experience inconsistent network connectivity marked by recurrent signal losses.

• Data corruption: EMI can lead to collisions at the data link layer of the OSI model. This leads to re-transmission of packets hence slow network speeds and at times loss of data completely.

• Network failure: In severe cases, your whole network might crumble owing to the interference caused by power cables.

But does this imply we should never have power and network cables running together? Not exactly. With a little bit of vigilance, one can mitigate these challenges. You could still have your cat6 cables running together with power cables but only if you consider these two things.

• Shielding: Shielded cables often come with an additional layer made of foil or braid that wraps the twisted pair within the overall jacket. This layer acts as a shield against external interferences.

• Maintain Distance: The extent of the EMI interference decreases exponentially with distance. Therefore, maintaining a good distance between your network and power cables minimizes the interference.source

In a nutshell, while it’s feasible to run Cat6 and power together under well-thought-out circumstances and measures, doing so casually without due diligence will only serve to blow your chances of enjoying optimal network performance.

Pulling out some general rules from the analysis above:

Remember, avoiding EMI is crucial not just for the well-being of your network, but also for your data safety. Don’t let negligence cost you big time. Consider the factors highlighted above next time you’re thinking about running your Cat6 cable with power lines.The safety of running CAT6 and power cables together is a contentious issue. While it’s not expressly prohibited by most guidelines, it can create a phenomenon known as electromagnetic interference (EMI) or radio-frequency interference (RFI). This is caused when the electrical current running through your power cable creates a surrounding magnetic field that may interfere with the data being transmitted through your Ethernet cable.

Table 1: Summary of Possible Effects

| Running Cables Concurrently |     Effect      |
|-----------------------------|-----------------|
| Ethernet and power together | EMI or RFI      |

Here are some safety measures to consider when handling these two types of cables:

Evaluate the Proximity: Always evaluate the proximity between ethernet and power cables. In certain cases, where the cables must cross, ensure that they do so at a 90-degree angle; this minimizes the chances of EMI.

Use Shielded Ethernet Cable: Using shielded CAT6 cable can alleviate and prevent any potential electromagnetic interference from power cords. The shield acts as a type of ‘force field’ that blocks out any outside electrical signals trying to interfere with the inner twisted pairs of wires that carry your internet signal.

Shielded CAT6 cable parts
----------------------------------
outer jacket
shield
inner insulation
twisted wire pairs
-----------------------------------

Consider Power Over Ethernet: The concept of Power Over Ethernet (PoE) has come into play, which eliminates the need for a separate power cable. PoE delivers electric power along with data on twisted pair Ethernet cabling. However, there are certain limitations about data speed and distance concerning PoE.See full info here.

Regular Check on Interference: Regularly check your network for signs of EMI. If you’re seeing packets of data becoming corrupted or lost completely, then that could be a sign your Ethernet cable is too close to a power source.

Although we must remember safety is crucial, especially in home environments, professional settings often have specific standards outlining how these cables should be handled. In the US, the National Electrical Code (NEC) provides specific instructions about how electrical wiring should be installed.More info about NEC.

From a coding perspective, even though you may not directly handle physical cables, understanding how your network infrastructure works is beneficial for troubleshooting network connectivity issues that could potentially stem from incorrectly placed Ethernet and power cables.

// JavaScript code to detect packet loss 
var net = require('net');
// ... additional codes for setting up server and clients

client.on('data', function(data) {
    // Check if received data matches sent data
    // If not, log packet loss
    if (data != sent_data) {
        console.log('Packet loss detected.');
    }
});

So, to run CAT6 and power cables together, it’s vital to satisfy the precautions and have regular checks done in order to avoid any damage from possible electrical interferences. Remember, good cable management contributes to your overall network health.
An important aspect of cable organization and effective data transfer is understanding how to effectively layer your CAT6 cable with electric wiring. This issue arises from the question, “Is it okay to run Cat6 and power together?” The answer isn’t a simple “yes” or “no” because it largely depends on the circumstances surrounding the installation and intended usage.

CAT6 cables are designed to handle data and voice transmissions. However, they can be impacted negatively by electromagnetic interference (EMI) from nearby electric wiring, potentially limiting their effectiveness and reducing their lifespan. That’s why it’s often suggested to keep electricity and data cabling physically separated for optimal performance. But this doesn’t mean it’s impossible to run them together safely and effectively. Here are some practical solutions:

Keep Them Apart: According to ANSI/TIA/EIA standards, an ideal separation distance should be at least 2 inches between CAT6 and electrical cables when running in parallel. If you’re unable to maintain this clearance, consider installing shielded CAT6 cable which offers protection against EMI thanks to its metallic foil wrapping. You can also use conduit or raceways to keep the cables separate.

AddShieldingProtectionToCables()

Use Cable Organizers: If you have no choice but to put both types of cables through door alignments, make sure to use high-quality cable organizers. Cable organizers can reduce clutter, increase airflow and improve visual aesthetics while maintaining functionality.

 OrganizeCables(together)

Use Shielded Connectors & Outlets: Protecting your cable doesn’t end at shielding – you should also employ shielded terminations like connectors and outlets. These shielded components can offer an extra layer of protection against EMI.

See also

NetworkingProtocol

·June 5, 2023·24 min read

Can 2 Vlans Communicate Without A Router

 AddShieldedOutletsAndConnectors()

Below is a sample table showing the different ways to run CAT6 and power together:

Indeed, correctly laying your CAT6 cables can enable smoother functioning and improved longevity – so take your time to do it right.In any information and technology setup such as network cabling in a high-rise building or home networks, meeting the International Code Council (ICC) requirements is paramount. Here we dive into understanding how Cat6 cables can be run alongside power lines per ICC’s standards.

The primary factor that halts the simultaneous deployment of Cat6 networking cables and electrical power lines is Electromagnetic Interference (EMI). EMI is typically generated by your power lines which can severely impact the quality of data transmission over the Cat6 cable. This might result in loss of data packets, delayed packet delivery or general performance hiccups in your network.

//Example: When EMI occurs:
packetSent = true;
packetReceived = false; //Due to EMI, the received variable stays false

Despite the harsh realities of EMI on Cat6 when ran with power cables, there are exception scenarios.

* If both the power cables and the Cat6 Ethernet cables are well-shielded, it may not always cause an issue. Shielding can prevent electrical noise from affecting your Cat6 cable and reduces electromagnetic radiation that may interfere with other devices.
* CAT6 STP (Shielded Twisted Pair) for instance, has an extra layer of protection compared to its UTP (Unshielded Twisted Pair) counterpart. Hence, if conditions necessitate running power and data together, using shielded variations could be considered.
* Furthermore, maintaining a reasonable distance, often recommended to be approx. 12 inches or more, between Cat6 and power cables, to mitigate this issue where the cabling architecture allows it.

Considering ICC compliance when running Cat6 and power lines together:

The International Code Council does not outright prohibit running Cat6 and power lines together. However, they do stress that appropriate measures should be taken to ensure that the integrity and safety of both forms of conduit are upheld.

Specifically, the National Electrical Code (NEC), a standard adopted by the ICC, states in Article 800.133(A)(1)(b), that communications wires and cables must maintain a separation of at least two inches from power conductors that are not installed in raceways. This guideline acts as a preventive measure against EMI issues aforementioned.

Furthermore, where separations cannot be maintained, installing a sturdy physical barrier made from a material deemed acceptable by NEC, often referred to as ‘safeguarding’, can alternatively pacify these setup concerns.

Besides the implications of EMI and interference, it is critical from a ICT physical infrastructure standpoint to consider the general environment elements. These include moisture levels, temperature stability, external protective shielding, and overall build quality of the cables used – all factors that could affect network performance, irrespective of the EMI discussion, and areas the ICC codes emphasize on for rightly-optimum setups.

So, to answer the question “Is It Ok To Run Cat6 And Power Together?” – yes, technically it is possible and legal under ICC guidelines but comes with several recommendations and precautions:

* Ensuring a minimum of two-inch separation,
* Considering shielded Cat6 variations particularly for longer, unavoidable concurrent runs,
* Safeguarding via physical barriers where necessary/desired,
* Ensuring overall quality and environmental factors are assessed

All said, when designing or revamping your network structure, it’s nonetheless best practice to separate these two types of conduits ideally or follow outlined practices if needs mandate otherwise. The simple reason being, besides rules and code compliance, the essence for a smooth-sailing IT environment is pretty much every professional coder and network architect’s endgame!

To read more on the specific ICC guidelines, visit ICC Safe . In addition, you can also refer to the manufacturer’s instructions outlined for your particular brand of Cat6 cable, each usually provided online, for handling instructions in multi-conduit environments.In today’s increasing digital world, electromagnetic interference (EMI) is continuously growing as a significant concern for cable installations. EMI can cause disrupted communication, data loss, and even total system failure in severe cases. Therefore, safeguarding against EMI in cable installations is becoming ever more critical.

A common question often asked: “Is It Ok To Run Cat6 And Power Together?”, raises pertinent points about potential EMI risks. Running Ethernet cables, such as the CAT6 cable, alongside standard power lines increases chances of electrical noise, which could lead to signal interference.

// You may encounter issues like:
readString = ""; // Emptying string
idx = 0; // Reset index pointer to start
hasFailed = false; // reset fail flag

To mitigate this issue, several prospective advancements are being explored:

Shielded Cabling Systems:

Unshielded Twisted Pair (UTP) cabling systems are more susceptible to EMI compared to Shielded Twisted Pair (STP). This is because STP employs a protective metal shield around each individual pair or around the entire cable bundle, thereby providing an added layer of protection.

Proper Grounding:

Proper grounding works as an excellent defense against EMI. It directs the stray signals away from your transmission lines. This is especially crucial in high-frequency environments.

Distance:

Another way to reduce EMI influence is by maintaining a reasonable amount of distance between signal and power cables. It won’t completely eliminate the risk, but it will significantly decrease the chance of interference.

These approaches have shown considerable promise and are likely to play an influential role in future innovations. A thorough understanding of these concepts with adherence to TIA and BICSI standards can make a substantial difference in protecting your systems against EMI. For individuals who may not be familiar with these advancements, BICSI offers an extensive library of resources.

While these strategies can substantially decrease the risk of EMI, they might not completely eliminate the problem when running CAT6 and power cables together. Other factors, such as proximity and cable quality, should also be taken into account. Always ensure that the sources of your cables are reputable and that the equipment used for testing meets industry standards for accurate results.

// Accurate testing helps avoid long-term problems
test.run(function(result){
    assert.equal(result.status, 'passed');
});

Safeguarding against EMI in cable installations is essential to maintain the integrity and reliability of your networks. By utilizing advancements like shielded cabling systems, proper grounding techniques, and maintaining sufficient distance between cables, we can optimize our efforts against EMI and continue to advance towards efficient and secure data transmissions. Sources like Cisco DNA Analytics software can offer additional insights to track and improve network performances.
When discussing the topic, “Is It Ok To Run Cat6 And Power Together”, there’s a lot of technical details to explore. Running two simultaneously entails a deep understanding of your components and how they interact within their environment.

Technically, running Cat6 cable alongside power cable is not an optimal idea as it can result in signal interference. CAT6 cables are sensitive to electromechanical disturbances that could be caused by electric current flowing through nearby power cables. However, provided some conditions are met, you can run them together without much issue.

What Happens When You Run Cat6 and Power Together?
Data transmission over CAT6 cables involves signals which can potentially be affected by electrical noise or ‘Electromagnetic Interference’ (EMI). If the CAT6 cable is near a power cable that’s carrying current, EMI can disrupt the data transmission over the Cat6 cable, degrading the quality of the transmitted data.

The Cisco white paper suggests that network cables should be at least 12 inches away from power lines with up to 2kVA, and further if the power capacity is larger.

How Can You Safely Run Cat6 and Power Together?
There are specific guidelines set out by the Telecommunications Industry Association (TIA) and Electronic Industries Association (EIA) under standard TIA/EIA-569, that describe how to safely run these kinds of cables parallel to each other:

• Use shielded CAT6 cables: Shielded cables contain an additional physical layer that protects the twisted pairs from EMI.
• Run the cables perpendicular: If it’s absolutely necessary to run CAT6 near power cables, try to do so at a perpendicular angle. This minimizes the total amount of EM interference the power cables can cause on the CAT6 ones.
• Keep some distance: The greater the separation between the power and CAT6 cables, the better, as EMI effect drops off with distance; around 12 inches minimum is suggested under normal circumstances, but more in power-heavy environments.

Therefore, while it might be technically feasible given certain precautions, running Cat6 alongside power cables isn’t typically recommended. Best practices suggest using separate routes or adhering to strict guidelines to prevent issues with data transmission and the operational efficiency of your network.

import EMI_protection_function
if EMI.is_present():
     Cable.run_separately()
else:
     Cable.run_together()

Do keep in mind, these practices not only serve as preventative measures for potential signal interference, they also aim to extend the longevity of your network setup, providing excellent performance for years to come. Professionals well-versed in cable management and electromagnetic interference will provide the most reliable advice tailored specifically to your situation.

For optimal results, always adhere to industry standards and when in doubt, consult with a professional. As always remember the quality of our network depends heavily on the safety and quality of its installation.