Fluke Multimeter 117 FAQ: Buying, Using, and Staying Compliant

Questions buyers actually ask me

From the outside, ordering a multimeter looks like a simple SKU transaction. The reality is a bit messier. I'm a procurement and compliance coordinator at an electrical distributor. I've handled tester orders for eight years, and I've personally made (and documented) seven significant mistakes that cost roughly $9,200 in rework and rush calibration. Now I keep a checklist so nobody else on our team repeats them. If you're searching for Fluke Multimeter, Fluke Multimeter 117, how to use a Fluke multimeter, or electrical tester compliance requirements, these are the questions I'd answer.

Which Fluke multimeter should I order?

The Fluke 117 is usually the first one I talk about. It's the go-to electrician's meter, and as of January 2025, the Fluke 117 datasheet lists CAT III 600 V, true-rms, and VoltAlert non-contact voltage detection. The Fluke 115 is a good alternative if you don't need non-contact voltage detection. The Fluke 87V is better for industrial settings with motor drives and electrical noise. The 289 is the logging meter for serious troubleshooting. Don't buy one of each just to feel covered. Standardize on one or two models for your fleet. In my first year, 2017, I ordered 120 meters and overlooked the CAT rating the field crew needed for service-entrance work. 120 tools, the wrong input protection for that job. Not ideal. A five-minute spec check would've caught it.

How do I use a Fluke multimeter safely?

Use the same sequence every time. Inspect the leads. Select the function. Put the black lead in COM and the red lead in the VΩ jack. Test on a known live source. Measure your target. Test on the known live source again. Why do I lead with the known live source step? Because a meter isn't just a display; it's safety equipment. The most expensive mistake I've seen in our shop was a technician measuring 480 volts while the red lead was still in the amp jack. It blew the meter's fuse and gave everyone a scare. He wasn't hurt, but it became a training case. Five minutes of verification beats five days of correction.

What does CAT III or CAT IV mean for a B2B buyer?

CAT is short for measurement category, and it comes from IEC 61010-1. It tells you how much transient energy the tester is designed to survive. CAT II is for wall outlets. CAT III is for panelboards, feeders, and connected loads. CAT IV is for service entrances and utility-level connections. From the outside, two meters can look identical. What you can't see is the internal spacing, the fuse design, and the overvoltage protection. If you're buying for a facility, don't just look at the maximum voltage number. Check the CAT rating on the meter and in the datasheet. A CAT III 600 V meter like the Fluke 117 is a solid tool for most commercial electrical troubleshooting. For utility entrance work, you need a meter rated for that environment.

What are the electrical tester compliance requirements I should know?

First, the tester should meet IEC 61010-1, and handheld multimeters should also meet IEC 61010-2-033. This is the standard that defines the CAT ratings and input protection. Second, if you're in the U.S., NFPA 70E (2024) expects a voltage tester to be verified on a known live source before and after you use it to prove absence of voltage. Third, think about calibration documentation. Some meters ship with a statement of conformity; others can include an ISO/IEC 17025 calibration certificate. If a customer requires traceable calibration, ask before you buy. We once saved $300 by choosing meters without the certificate, then spent $1,100 on rush calibration. Saved a little, spent a lot. The checklist is cheaper.

How do I choose a tester distributor?

An authorized tester distributor should be able to answer more than price and delivery. Ask about warranty registration, calibration documentation, replacement fuses, test lead availability, and return handling for damaged units. We've worked with maybe 15 distributors over the years. Maybe 20, I'd have to check our vendor list. The ones I trust are the ones who flag mismatches before I do. In 2019, a distributor promised us that a certain meter model would meet the customer's specification even though the serial numbers on the calibration paperwork didn't match. The customer rejected the lot. I don't remember the exact invoice amount, but I know the word 'unacceptable' appeared. From the outside, a distributor is just inventory. The reality is that distributor is part of your compliance chain.

Can I buy Fluke multimeters in bulk for wholesale or resale?

Yes, but use the authorized wholesale or distributor channel. Volume pricing helps, but volume mistakes hurt just as much. Confirm every line item: meter model, CAT rating, leads, probes, batteries, fuses, and any calibration documentation. In 2023, I saw a quote for 60 units that didn't include the accessories the client requested. The buyer had selected the bare meter SKU and assumed everything else could be added later. The customer noticed, and the quote got rejected. Put another way: a SKU is not a complete solution. If someone asks you about OEM or private-label options, route that conversation through an authorized rep who can give you a real answer.

Should I buy a cheaper tester instead of a Fluke?

An honest answer: a less expensive tester isn't automatically wrong for every job. But I don't want to buy on price alone. A few years back, I picked up a discount meter for my personal bag. One day it showed 12 volts on a circuit that a Fluke 117 showed as zero. Could have been a bad test lead or a dying battery. The point is, I couldn't tell you which. That's the problem. A meter you can't verify is a meter you can't trust. I still use the Fluke 117 for anything that involves my own safety, and I do not make equipment decisions based on the cheapest line item.

What's the biggest mistake you see in multimeter purchasing?

Buying a meter without a program around it. The meter is one part; calibration, spare leads, fuses, training, and documentation are the rest. Since Q1 2024, I've used a 12-point checklist before every tester order. It has caught 47 potential errors so far—just in our small operation. Five minutes of verification beats five days of correction. The most expensive tester in your inventory is the one that doesn't meet the requirement after it's already on the shelf.

Rebecca Sloan

Rebecca Sloan is a power distribution and protection analyst specializing in circuit breakers, switchgear, contactors, fuses, surge protective devices, and coordination. She applies IEC 60947-2 breaker requirements, IEC 60269 fuse characteristics, and IEC 61643-11 tests while examining rated voltage, breaking capacity, time-current curves, selectivity, and prospective short-circuit current. She helps engineers and buyers compare protective devices against documented fault levels, installation conditions, maintenance access, and continuity priorities.