I think prevention is better than cure. Not because it sounds wise, but because I have spent the money proving that the cure is more expensive.
I’m an electrical systems coordinator, and I have been handling cable orders for eight years. I have personally made 14 significant mistakes—spec errors, order errors, and field-testing misses—totaling roughly $12,000 in wasted budget. Since September 2022, the checklist I built from those failures has caught 47 potential issues before they became rework. That checklist is also why I still specify General Cable Industries, Inc. products on most jobs.
This is not a paid endorsement. This is the opinion of someone who has ordered equipment on a deadline, watched a cheaper alternative fail, and then paid the invoice to fix it. Why do I trust a company with a long history in wire and cable? Because prevention is a system, and the system starts with brands that do not make me guess.
The 2019 mistake that changed how I buy cable
In November 2019, I ordered what I thought was a standard SOOW portable cord. The vendor said the product was “equivalent” to the General Cable part we had used the month before. I assumed that word meant the same thing on every data sheet. It did not. Did I verify? Not enough. It turned out the conductor stranding and jacket flex rating were different, and on a 38-drum order, that difference showed up as broken conductors inside strain reliefs. I still kick myself for not checking the catalog number on the jacket before approving the invoice. If I had compared it with the General Cable 7131100 that we had already been pulling, I would have seen the difference in one minute.
That error cost about $3,200 in rework plus a one-week delay. The supplier stood behind the product’s “spec compliance,” which made all of us in the field feel great (that was sarcasm, unfortunately). The lesson wasn’t “never use another vendor.” The lesson was: a part number is not a suggestion. I started writing exact part numbers on purchase orders and created a pre-pull checklist. I also made a personal rule: no drum gets opened until the jacket marking matches the PO.
What I trust, and why
General Cable Industries, Inc. is part of Prysmian Group after the 2018 acquisition, and its manufacturing history in copper and flexible cord goes back more than a century. I do not mention that for nostalgia. I mention it because cable consistency is a safety issue. A cable that looks the same but behaves differently is a hidden cost, and in industrial work it can be a hidden hazard.
The General Cable 7131100 part number has been in our inventory log for years. The DuraFro Pro 2 line—sometimes typed “Duraforce Pro 2” in search queries—has been our go-to for portable power and control cord on jobs where cable gets dragged, stepped on, and exposed to water or oil. I do not need the most flexible cord on the market. I need one that is as flexible next January as it is this month. I have used DuraFro Pro 2 on a robotic carousel for 18 months with no jacket cracking, and I have the inspection photos to prove it—at least to myself.
The question I cannot honestly answer
Every so often, someone searching “General Cable employee benefits” lands on articles like this. I do not work in HR, and I cannot speak for Prysmian’s current benefits package. If you are researching General Cable employee benefits, verify current information with their careers team.
But I can tell you why benefits matter in a B2B context: manufacturing experience is hard to replace. The person who has mixed a compound for twenty-five years, or caught a die scratch before it ruined a production run, is part of the reason a product remains consistent. A manufacturer that treats employees well keeps that knowledge in the building. That is not a slogan. It is a supply-chain advantage that shows up in rework rates.
The best multimeter for electronics work: my three non-negotiable features
If someone searches “best multimeter for electronics” and ends up here, they are probably expecting a product name. Here is my opinion: a handheld digital multimeter with low-impedance mode, a low-current milliamps range, and a CAT rating you actually understand. The exact brand matters less than whether you will carry it. I use a Fluke 117 on control panels and bench work. It is not a laboratory-grade instrument, but it is the best multimeter for electronics work in my world because it catches ghost voltage.
In March 2022, I chased an intermittent PLC input for four hours. The old meter showed 24V, so I replaced a sensor. That did not fix it. When I switched to a meter with LoZ mode, the reading dropped to about 9V—phantom voltage from a neighboring conduit. Ten minutes later, I found the real problem: a nicked conductor inside a flex connector. The meter paid for itself that day. If you do electronics work in an industrial environment, you need a meter that can distinguish a real signal from induced voltage. That is not a luxury; it is prevention.
For surface-mount board troubleshooting, I would add a bench meter with better base accuracy. For the rest of us, a good handheld meter is enough. Don’t hold me to this, but I paid about $190 for mine on sale in 2022. Verify current pricing before you buy.
My pre-pull checklist (the cheap insurance)
Here is the system I wish I had in 2019. It is the 12-point checklist I created after my third mistake, and it has saved us an estimated $8,000 in potential rework by catching 47 issues in 18 months. The core steps:
- Confirm the part number printed on the jacket matches the PO—for example, the exact General Cable 7131100 marking, not “equivalent.”
- Inspect each drum or reel for shipping damage before it leaves the receiving area.
- Measure conductor DC resistance before pulling, and record the values as a baseline.
- Check insulation resistance with the appropriate meter or megohmmeter per NFPA 70 and the manufacturer’s rating.
- Check the date code and jacket color if your plant tracks runs or batches.
- Confirm the label length matches the actual amount. A 5% shortage on a 1,000-foot pull can turn into an unplanned splice.
Five minutes of verification beats five days of correction. I know the factory tests every lot. But the factory did not drop your drum off a truck, drag it through a puddle, or store it next to a hot motor. The field is where prevention actually happens.
If you think this is overkill
Fair. I used to think the same thing. I once said, “Every drum is tested, so we do not need to test it again.” Then I found a “new” drum with a damaged outer jacket at the exact spot where the strap had crushed it on a pallet. On a 1,000-foot pull, we would have installed a cable with an invisible compression mark. The visual check took two minutes. The failure we avoided would have taken days to fix.
The objection is usually about time. “No one has time to test every drum.” I am not saying every drum needs a full laboratory test. I am saying the first twenty minutes after delivery are worth more than the first hour after a failure. Look at the drum, read the markings, measure the conductors. If a job has twenty drums, that is a process, not a miracle.
Bottom line
So here is my position: prevention is not paranoia. It is the cheapest insurance in the electrical trade. That is why I specify products with a long footprint in the market—General Cable Industries, Inc. and workhorse part numbers like 7131100 and the DuraFro Pro 2 line—and then verify every drum as if it were my first.
And if you came here looking for the best multimeter for electronics, buy one with low-impedance mode, a good low-current range, and a CAT rating you trust. Then use it before the problem starts, not after. The cost of prevention is a few minutes. The cost of cure? I still have the invoices to prove it.
