Wired2Serve Blog

2 fundamental techniques explaining how to wrap electrical tape with OEM integrity

Few things beat the satisfaction of stepping back to admire a job well done – especially when it comes to pristine electrical work. These two techniques explain how to wrap electrical tape to create safe and error-free wire harnesses.

When assembling a circuit, it's easy to forget that there's far more to it than just wires and solder. Terminal blocks are a useful, and often crucial, component for any fleet's electrical wiring needs. But what are their functions, and what do you need to know about them?

What Are Terminal Blocks?

Terminal blocks, also sometimes less accurately called "screw terminals," are essentially a form of electrical interchange that distributes power around your fleet vehicles. Just like a trucker takes a cloverleaf to get off one interstate and on to the next one, a terminal block serves as a sort of routing tool for automotive electrical purposes, both within circuits and connecting different circuits to each other.

As a rule, you connect a wire to a terminal block either by stripping it of insulation, wrapping it around a screw, and then securing the screw in the terminal, or by soldering a connector to the wire and attaching it to the terminal. Generally in automotive electric you see the latter, although screw connections may still be present in some non-essential devices. Terminal blocks are designed for quick and simple connections that can be quickly done and quickly fixed.

Generally terminal blocks have two purposes, to connect different circuits together and to provide an electrical ground for a circuit. Grounding, of course, provides a safe route for a circuit to terminate, reducing the risk of short circuits within your system or serious injury to members of your team. Connecting different circuits can be a time-consuming task that terminal blocks make easier, although for circuits that need to more strongly interact with each other, your fleet team may need to use different techniques.

Advantages And Disadvantages



The main advantage for a terminal block is cost. Compared to other types of connectors, a terminal block is relatively cheap. It's also, to some degree, relatively a time saver, as connecting wires to one isn't an elaborate process and can be easily done by any well-equipped shop. If a driver is properly trained and has the correct tools, they can even effect small repairs to in-cab equipment on the road, depending on your policy.

The main disadvantage, on the other hand, is that in the presence of vibration or jostling, wires can be knocked loose from terminal blocks -- even well secured connections. As a result, fleet teams should test a connection if possible before implementing it, to ensure that it can withstand the rigors it's being put to. Another potential drawback is space, as due to their construction, terminal blocks can only be so small. That can often make them a better option for in-cab and non-essential wiring.

When choosing terminal blocks, it's important to consult with your team about their needs and concerns. Most terminal blocks, especially for fleets, have specific purposes they're best used for, and similarly they're not the answer in all electrical situations. But, for quick, efficient connections and power distribution, terminal blocks are handy to have. For the best in terminal blocks and circuit connections, view our terminals and connectors.

Automotive wiring has a tough job to do. Keeping your fleet up and running isn't easy, and often the electrical system takes the brunt of it. There's a lot you can do to keep your wiring functioning in top form, such as ...

Heat shrink protection is an excellent technique for protecting crucial electrical connections and keeping wire connections secure. However, some confusion lingers over the procedure and how it's used. Here's what every fleet needs to know about heat shrink protection.

Protect your navigation systems from potential power surges.

Wiring a boat can seem like a simple proposition for a boat builder. After all, the principles of electricity don't change when you're on the water. But there are concerns that any marine wiring job needs to keep front and center. So before you design a circuit diagram for your next fleet, keep this in mind.

Big data can improve your fleet.

One of the unexpected innovations in fleet management has been the arrival of big data. On-board computers in vehicles track every mile of travel and collect information, and aftermarket accessories such as GPS guides and vehicle trackers let you collect even more. The main question is, now that you have all this information, what do you do with it? Here's a guide on how to effectively use big data to benefit your fleet.

Don't let your electrical system short you on fuel.

Fleets are always thirsty for fuel. Even with the stunning advances made in fuel efficiency for industrial vehicles from tractor trailers to agricultural equipment, everybody wants to get more out of every drop in the tank. And you can always get at least a little bit more out of your fuel budget, especially from the electrical system, if you know where to look.

With winter approaching, now is the perfect time to give your current snowplow, or your entire fleet, a thorough inspection. An effective maintenance plan enables your snow-removal equipment to operate as intended—and also ensures long-lasting reliability.

Solenoids, relays, and contactors are all electro-mechanical switches, but there are some critical differences that make each suitable for different applications. In this article, we will explain how each of these devices work and discuss some key selection considerations.

Controlling parasitic loads, aka battery drain, and properly distributing electrical power is crucial to keeping vehicles working. However, this requires balancing the needs of the battery against those of the electrical system.

The addition of electrical loads such as lights,   entertainment systems, communications equipment and other accessories, continue to draw power when the engine is off. For these applications, having a multiple battery system is essential, but simply being wired into the vehicle’s electrical system can allow auxiliary batteries to drain power from the main battery, inhibiting engine starting and other essential functions.

This is where battery isolators and separators come into play. But despite seeming very similar, their jobs are very different.