Mind Your Safety: 2026 Safe Switching Lab Equipment Update
Jim Roberts brings over 43 years of experience in the electrical field. A graduate from the Georgian College Electrical Engineering program, he started his career at Toronto Hydro Electrical Systems as a High Voltage Underground Cable Fault Technician then proceeded to Toronto Transit Commission where he obtained his red seal 309A el...
Mind Your Safety: 2026 Safe Switching Lab Equipment Update
Every year we get asked the same question: “Why do we need a safe switching lab when we already switch on our own site?” And it’s a fair question until you remember the uncomfortable part: on a real site, the equipment is energized, production is waiting, and the “learning moment” is usually the moment you least want to have one. That’s exactly why we built a full-size mobile switching lab in the first place, so people can build real switching discipline on real gear, while everything is de-energized and safe to train on.
In 2026 we’re doing a full equipment update and check on our Safe Switching Mobile Labs. Not because something is “wrong,” but because this lab is meant to be used the way it’s used in the field: doors opened, devices operated, breakers racked, grounds applied, indications checked, switching orders read out loud, and procedures followed exactly over and over until it becomes normal. When you train the right way, you put wear on the training equipment, not on your plant equipment.
Here’s what people actually get when they use the lab: a controlled environment where they can run end-to-end switching scenarios the way they’re supposed to happen in real life. Read the one-line, confirm the lineup and indications, execute the order, control boundaries, and hand off cleanly. Then we debrief what happened and tie it back to procedures and permits so the paperwork finally matches the hardware in people’s heads.
What makes this lab different is how tightly we weave classroom instruction into real application. We don’t talk about arc flash and shock risk as separate “safety slides” and then move on we review it, apply it, and make it part of the switching plan and the job steps. And it’s not just our opinion; participants consistently tell us that this is the value: they walk out with safety concepts that have been practiced, not just understood.
In a classroom, it’s easy to assume the basics are happening. Everyone nods. Everyone “knows.” In the lab, the instructor is watching real actions how someone approaches the gear, where their hands go, how they verify, how they communicate, how they stand when racking, whether they pause and confirm the label and boundaries. That’s where missed steps and bad habits show up, and that’s where we can correct them before they become normal on a live system.
One of the biggest practical wins is that we can slow time down. In the lab, you can stop mid-sequence and ask, “What exactly should the indication be right now?” You can challenge a step and verify it. You can practice how to speak a switching order so it’s clear and repeatable. On a live system, people often rush because the pressure is real. In the lab, we train the habit that prevents the rush from turning into a mistake.
We also create an environment where participants work together to accomplish a practical isolation. That matters, because switching is rarely a solo act. Someone reads, someone verifies, someone performs the step, someone confirms, and everyone stays accountable to the same plan. If someone isn’t familiar with a device, an interlock, or the sequence on a particular lineup, we slow it down and walk it step-by-step until the group understands what “right” looks like.
When people ask what hands-on tasks are covered, it’s the stuff that matters: how to safely shut down energized equipment, how to de-energize and re-energize equipment in the correct order, how to rack breakers in and out with the right stance and controls, and how to apply proper grounding. The lab exists so you can practice those steps without the risk that comes with making a mistake on live equipment.
Another thing the lab does well is expose people to variety. Many companies have one primary lineup and one way of doing things, and that works, right up until the day the plant expands, a new lineup shows up, or your company acquires another site. Different switchgear exists, different interlocks exist, different “expected indications” exist, and crews do get moved around. Training on a variety of real equipment builds adaptability without sacrificing procedure.
That’s also why the best companies use our safe switching lab even when it isn’t a perfect match to their exact lineup. They’re not buying “familiarity.” They’re buying discipline: the ability to read, verify, execute, and document switching correctly no matter what the badge on the door says and to do it consistently across crews and shifts.
A practical point that gets overlooked: it’s extremely difficult for companies to provide practical electrical safety certification internally because in a working facility the equipment is almost always energized. Our mobile substation safety training labs were built so technicians can train on real equipment that is de-energized and gain essential life-safety skills in a controlled environment. That’s what makes the lab useful not only for dedicated switching courses, but also as hands-on support for qualified electrical worker training delivered at your location.
Finally, a quick reality check: we have two of these mobile substation safety labs that travel around the country. Keeping them maintained, updated, and inspection-ready is part of the promise because when a crew steps into that lab, the expectation is that it’s going to behave like the field, while staying safe enough to train hard.
Stay safe and keep practicing.
Jim
