As a project moves forward, it’s inevitable that plans change – and these changes can impact equipment location (and, as a result, cable location).
During a recent stadium buildout, a particular piece of equipment ended up being relocated. Instead of installing it inside, the equipment would be installed outdoors underneath an adjacent parking structure.
The area was sheltered, but there was no climate control – so the Digital Electricity™ Cables that connected the equipment to the network would be exposed to the area’s high humidity levels and temperature fluctuations. In this location, the cable would, however, be protected from rain and wind.
Does this situation require indoor or outdoor cable? The answer: Outdoor cable! Just because the location offers protection from wind and moisture doesn’t mean the cable can withstand high humidity levels or temperature fluctuations.
Fortunately, our partners on this project brought the change to our attention and we were able to provide our recommendations before it was too late.
During construction in Canada, a control cable was being installed underneath a bridge. Similar to Situation No. 1, the cable in this case would be protected from the elements – but it would be exposed to temperature fluctuations and humidity.
In this case, however, the humidity levels were lower than in Situation No. 1. Outdoor temperatures would be lower most of the time as well, but fluctuations would still occur. The cable would be protected from snow and ice buildup.
Does this situation require indoor or outdoor cable? The answer: Outdoor cable! Just because it’s being installed in a sheltered location with lower temperatures and humidity levels doesn’t mean the cable can withstand weather fluctuations or extremes.
In fact, the outdoor temperature dipped to near -4 degrees F during this project. The cable being used had a minimum installation temperature of between 25 and 32 degrees F. Due to these conditions, the cable became brittle and started cracking during installation, so it could no longer be used.
Even if it’s being installed in conduit, no matter what kind of cable you’re using – whether it’s fiber, copper, security, control or another type – you should always use an outdoor-rated version of that cable whenever it will be exposed to one or more of the following:
There will likely be a cost difference for outdoor cable, depending on the type of cable you choose. The cost often depends on the protection measures taken.
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With many security cables, for example, a water-blocking tape is wrapped around the corded cable before the jacket is put on it. Even if water gets through the jacket, it won’t be able to permeate the tape barrier. The core – where all the conductors are located – remains protected.
Other cables are filled with water-repelling gel that fills the gaps within the cable’s internal conductors. An outer jacket is then applied; migration of water into the cable becomes very difficult.
Thicker, more resistant outer jackets are also used to protect cable from environmental elements.
Have questions about using indoor vs. outdoor cable in your next project? We’ll help you decide!
Outdoor extension cords are essential for powering outdoor appliances and electronics, but their length can be a concern. These cords have become more popular for people who spend time outside in the summer. Yet, not all extension cords are alike, with the performance of an extension cable depending on its length.
When looking for the best extension cord for permanent use, select the correct one because the wrong choice can lead to frustration, inefficiency, or even safety hazards. Outdoor extension cords come in various specifications. Consider the task at hand and the needed level of electricity when selecting an extension cable for outdoor use.
Some outdoor extension cords are suitable for minor chores.
For example, short-term outdoor chores like powering a grill or light may require a smaller gauge extension cord. Others are powerful enough to power power-hungry tools in your outdoor workshop. Longer-term undertakings like using a power tool will call for heavier-duty extension cords. Choose one that has a higher amperage rating and can carry the load.
Check the extension cable's waterproofness and outdoor usage grade to protect it from rain and other elements. It should be constructed from materials that endure heat, cold, and UV light. To reduce overloading and potential electrical shock problems, invest in a surge protector or power strip with a built-in circuit breaker.
Also, store the extension cord properly to avoid damage and maintain cleanliness when not used. Before deciding, carefully weigh the benefits and drawbacks of the short and long outdoor extension cords. This article provides the pros and cons of different outdoor extension cord lengths.
Source: Unsplash
Source: Unsplash
Source: Unsplash
Source: Unsplash
How close your device is to the outlet will determine the types of extension cords you choose. Make sure there are no tension points or kinks in the cord that might harm the wire. You may need several cables if they're too short for your outdoor event. Get a 12-gauge extension cord if you can, as it affects what kind of equipment you plan to use.
Consider the cord's length when deciding light duty vs. medium duty extension cord. Will it reach the far corners of your yard without straining, or will you need multiple cords connected? Ensure the heavy-duty extension cord supports the load, as an air conditioner demands more electricity than a lamp. Consider the environment where you'll use it, like wet weather or areas with tripping hazards. Check the cord's rating to be sure it can handle the amperage your appliance demands.
For more Outdoor Power Cableinformation, please contact us. We will provide professional answers.