Weve had enough batteries expand in ours at work that as a policy moving forward we are buying click type only. Snapons warrenty on click types is also twice as long vs their "tech" wrenches.
@@garrettparmenter938 That sounds like a definite safety hazard so I'm glad your shop is keeping safe. I personally don't pursue a tool just for the specified warranty since most of the time every company tries to weasel out of their warranties regardless. I personally haven't had any of my tech wrench's have the expansion issue as all 3 of the tech wrench's I own specifically state to use alkaline batteries due to the reason of lithium batteries expanding and catching fire.
@@cacheman2937 if i were buying the tools id probably just buy better alkaline batteries that dont leak but you have to compensate for your enviroment. Theres a chance a tool doesnt get used/checked for months but adding inspections for batteries is alot of busy work.
I still have and use a click type torque wrench I purchased in 1966. I had it tested and calibrated if needed every 5 years and it has come back most times with "No adjustment needed." The brand was New Britain, sold at NAPA Genuine Parts stores. I have known many mechanics who have used these wrenches from the early 60's through today with no problems. The problem is often not with the tool, but the user.
@@s0nnyburnett I bought all of mine in the 60's and early 70's. I still own many of them. Only one ever broke on me and most I no longer have because they were either lost or stolen.
I agree, how much do you want to bet that the mechanic from the story fucked up and over tightened those rod bolts (let's be honest he probably couldn't be bothered to even get the torque wrench we have all see that guy), blamed the tool, and the boss bought it.
10 years ago I came up with a solution to having to have them checked and calibrated. I bought one of those electronic torque little box things that has a ½" drive in and out, the kind meant to use with a breaker bar or ratchet. Anyone who understands how quartz crystal pressure measuring devices work understands that they're incredibly accurate and anything outside of 1/10th of a gram doesn't require calibration, that's far less than the smallest increments on a click type torque wrench. I use it to check my torque wrenches for calibration by clamping a large hex in a vice and putting the box between my torque wrench and the hex, if the box beeps and then gives the solid tone right when my wrench clicks it's spot on, if I have to adjust the torque wrench to wherever I need to so it clicks right when the boxes beeping goes to solid tone then whatever, doesn't really matter what the torque wrench says as long as it clicks when the box says you've hit the mark (however since I've been doing it all of my torque wrenches have always been within ½ inch lb agreement with the box, because I've always taken care of them by unwinding them and placing them back in their case's as soon as I'm done with them). But I no longer have to worry or wonder if they're in calibration and don't need to do without them because they've been sent out.
The whole USAF uses click type wrenches to keep jets flying. The problem is that ALL torque wrenches have procedures that must be followed to maintain calibration, and calibration must be checked. You don’t use them correctly, you’ll get the wrong torque from any of them.
I calibrated plenty of torque wrenches from the US naval base in Chicago. Every one was a snapping wrench that they treated nicely... Unlike some of our other customers that probably use them as hammers.
I work on an engine assembly line, where we chart out torque wrench checks 3 times a day (and I torque thousands of cylinder head bolts a day). Some of the torques are done with smart tools that self torque but most are done with click type.
"The whole USAF uses click type wrenches to keep jets flying." That just gave me flashbacks of tech school at Sheppard AFB. "Hey, dummy, stop tightening when it clicks. It ain't rocket surgery." That was many years ago and for the life of me I cannot remember the name of the civ instructor who said that all the time.
People have no idea.. my dad was one of the team leads that built the first B2 jet ever made. This was a top secret, "1-A" security clearance operation and the tools that were used to build it? Well they obviously had some Snap-On and the like.. but the majority were stuff like old USA Craftsman, Sears-Japan, click style torque wrenches (and of course hydraulic torque wrenches, I assume), Armstrong wrenches, Proto, etc! I think people assume that "real mechanics" must only use certain brands and certain types, but that ridiculous. The old saying is true.. the best tool is the operator.
Exactly. I work on semiconductor equipment at Intel, and most of my tools are either cheaper than harbor freight or harbor freight. Our precision stuff is expensive, like torque drivers and micrometers, but that's because that's what Intel wants. I've broken a ground bolt off with a snapon click type, and I've broken a bolt with a Pittsburg click type. If you don't know your tool, you're bound to make a mistake (As I did)
Imo the real mechanics must use certain brands comes from mechanics justifying themselves spending thousands on a tool van, or it could be great marketing from a tool van.
I'm definitely not brand specific, in diesel trade school, the school had a sponsor from snap-on where all of us got 45-75% off their tools. So I ended up with the whole master tech set plus diesel add on and a 5 drawer top box for 4500 but ever since I've found every brand has atleast one tool that beats competitors. Whether it's stronger or more comfortable to use.
@@connor3288 I do pro level series and club series, you're correct! You wouldn't see a torque wrench used during a pit stop on TV. In some endurance races I do, we use a torque wrench on the wheels because our pit stops are timed, say, 3 minutes mandatory. They do this to keep pit stop times even among teams.
Ah yes, the parts guy. The person every mechanic gets tool and work advice from. The same guy that has to look up in a book when you tell him what part you need even if you give him a part number.
“I need this part.” “I don’t know what I’m looking at here!” “I’ll point it out. Just that there, that part is what I need.” (Gets part for a completely different generation of the same car)
This is why in the aviation industry torque wrenches have to be checked and calibrated at least once a year or if they have been exposed to impact (e.g. been dropped). And we set them to zero (remove the tension on the internal spring) after work, before putting them back into the tool store. We also have a torque tester and have to test the wrenches and print a test protocol each time we use one.
I actually do that now, setting them back to zero, on all my torque wrenches. But I only just learned about that a few years ago. I had a cheap one that I left set at 80 all the time for my wheel lug nuts, for at least 15 years. Who knows what actual torque it was applying. But at least it was all even!
It also depends what you're working on. In the automotive world, if you're tightening lug nuts you can go by feel. If you're tightening head bolts on a 4000+ hp pro mod, you probably want to get something with more accuracy than a click torque wrench.
@@bobbygetsbanned6049 there are click torque wrenches plenty accurate enough for head bolts. Just don't use a cheap one. I used my Craftsman 5-80 lb-ft 3/8 drive torque wrench (about $100 12-15 years ago) when I changed my Acura Integra GSR head gasket around 10 years ago. Spec is 60 lb-ft on the head bolts. That was at 330,000 miles, and the engine has 385,000 miles on it now. No issues whatsoever.
@@Patrick94GSR On a stock engine you have a lot of leeway. When you're torquing head bolts on FI motors on the edge of pushing head gaskets you need the accuracy, and click type are the least accurate torque wrenches.
My father has been a chief inspector for almost twenty years and that was the first thing he taught me, Always set it back to zero so you don’t strain out that spring in like a year. Been almost ten years of doing that and when he brought them back to his job to get calibrated again, it didn’t need it. Spring was just fine, the teeth weren’t chipped up on the ratcheting mechanism, and as you stated they have the torque tester at his job and after ten years still torques down dead accurately.
I can agree with him to a point if a click type torque wrench is not calibrated correctly or is damaged or broken and you use it. It can over torque. It can do damage. It can give you the incorrect torque reading. I have used the click type in the past. I've relied on them. I have currently a deflecting beam torque wrench but I don't work on cars anymore and I just have it because it was part of a set that I purchased. It's brand new. It's never been used. I've not used it yet anyway but even the deflecting beam has its fault. They can get out of calibration as well so you have to take care of them. You have digital ones now which you know their precision instruments. They're not any different than a micrometer or a caliper or something along those lines you have to take care of them
I ditched my torque-beam for click type decades ago and it's always worked just fine. I'd venture to say it's more likely the spec's being misprinted or misread is more likely. As with any instrument though, calibration is everything.
I have a click torque wrench I bought in 1992, still use it regularly. I get it tested every few years and it has passed every time so far. I do also have a few deflecting beam that I use for smaller things.
The funny thing is, most engine builders use a dial or bending beam still because you can see the torque build. If it jumps, you know something is binding and you stop and investigate.
You can see the torque build with digital beep types too,which measure in real time the torque being applied at any specific time,and with some experience feel what is going on too. Snapping a fastener while using a torque wrench because you can't feel the yield is the preserve of the ham fisted! And having seen the difference in torque settings achieved using two identical deflection beams despite showing an equal loading on the same fasteners I would consign them to being a spare breaker bar at best.
Well, most engine builders may not use a torque wrench but more likely angle tightening stretch bolts because its more accurate. It always gives the same torque because 75 degrees of a turn is 75 degrees even if the thread is a bit tight.
I calibrated thousands of these in the Navy. My favorite brand was CDI, bang on straight from the factory and stayed tight. And Snap-on was a close second. Everything else was junk. We never used deflecting beams anymore. They work, but these are sturdier.
I have a tremendous amount of experience calibrating torque tooling. Click wrenches are by far the most accurate and reliable if you take care of them. Most newer torque tools that are digital are not designed to last nearly as long.
Ive over torqued many bolts with the click type wrench. I would highly recommend electric or deflecting beam for people who are on a budget because the budget click type are more unreliable.
Beam style torque wrenches are the most accurate. I went to college for automotive, and one day they brought in a torque tester to test the error % of everyone’s torque wrench. One guy (to be a smart a**) brought in several beam style torque wrenches. We all laughed until we saw that his wrenches had a 0% error rating, outperforming the most expensive click style torque wrenches.
Or at least get it down to the lower 20% of its range so the spring isn’t compressed too much. I know the ends of the scale are going to be the most variable and in reality I hardly use them. 25-150ftlbs range and I’m usually using that torque wrench in the 60-120ftlb range.
Unfortunately this isn’t how springs work. A spring doesn’t get weaker from a static load, it gets weaker from repetition. This is why you can leave a magazine loaded for 20 years and it will work fine.
@@Grunttamer This is just plain wrong. while a static load isn't as bad as back and forth it will cause issues. If you want to test it take any spring and measure it's length. Put it in a vice for a month then check it again. It will be shorter.
@@Grunttamer This is correct information. What you state is correct despite the other myths around click style torque wrenches. Guys who set fasteners all day to a specific torque dont set their torque wrench back to zero and they will tell u their wrenches stay within spec for years. Repetition is indeed what wears a spring.
20+ year mechanic and I use harbor freight clickers 😎 just check it before using it every time and even while in middle of jobs. I've been lucky because I do prefer a digital but I can't spend the money
A good quality click type can be as good as any other torque metering devices. As long as it's well maintained and properly stored with no preload on the handle
If you use a torque wrench daily then you need to get it calibrated every 6 months to once a year depending on rate of use. This includes Click, Deflection Beam and Beep styles.
@@EddieTheH That's what Google is for. I could type a few paragraphs to explain it for you or you can Google it and save me from that and Google can give you pictures and shops to send it to as well.
@@frankdelucey2137 Calm down with the attitude, if you don't know just say you don't know! I just meant is it a simple case of bending it with a measured load on it or something, I wasn't asking for detailed, step-by-step instructions. It would have taken you less effort to give a basic summary than it did to write that snarky comment.
@@EddieTheH my response was to direct you to more information then I care to explain on here. Apparently your emotional side kicked in over a response. Don't worry my kids do that all the time so im used to it.
The goal is to pre-load the bolt. Torque isn’t a very good measure for preload but sometimes it’s the only way. Other times it’s the simply the most convenient. Measuring bolt stretch works better. Problem being a wide variation in friction within the threads, clean or not, oil on them (or not), side loading from the torque wrench as well…. Usually for an applied torque the preload will be +/- 30% which is ok for most applications. It’s not so much the wrench, just using torque to achieve preload. Bolted joints in fatigue applications are finicky to the preload being within a range. These joints behave in counter-intuitive ways.
I worked in a Caterpillar tractor factory for 16 years, most of that time in the tool room. We used click wrenches of various sizes from .7 NM up to 1250 NM. these wrenches were not user adjustable but calibrated monthly by the tool room. We also used pneumatic pulse tools, shut off and stall types and DC electric transducer computer-controlled tools, these were self-calibrating, but checked when they required repairs and maintenance. In addition to these we had continuous drive tooling both pneumatic and DC electric that used small controllers. None of these tools were user adjustable but calibrated by the tool room on equipment that could be traced to NIST standards.
I saw an electrician using their torque wrench to fasten, unfasten and torque nuts for large wire with an adapter and 6" extension between the wrench and socket... I know what one person told me and that everything above is wrong to do (except final torque). He was also "reterminating" large AL wire, which I also think is dumb. I did ignore what I intended to learn from him 😂
It probably wasn't even calibration. It was the early days and the idiot probably didn't know you stopped pulling when it clicks. He probably assumed it was a torque limiter and no matter how hard you pulled it wouldn't torque more than what it was set at.
@@chris_ackroyd"You can get anything you want at Alice's Restaurant...excepting Alice." As my father used to say, "What you want and what you get may be 2 different things."
I work in a shop where everyone slams the wrenches hard to get a loud click out of them. And bashes them against metal surfaces to get the sockets off. Like they’re trying to overtorque everything by 20 ft lb and throw the sticks out of calibration on purpose. Even kids with ASE certification. Longer I work there, the more insistent I am on never, ever, EVER, letting anyone else touch my car.
I agree to this... to a point, and for people that don't take care of their tools. RELEASE the spring tension, when storing, and store in a place that doesn't have huge temp swings i.e. in a unheated shed in winter
click type is far better, i like to feel when the wrench clicks... we have an electronic torque wrench at work, and you cant feel the beep it makes when you reach torque. really hard to hear when there are machines being tested or running in the shop. a trusty click type wrench will always be my go to.
Dude that's so wild. You bought it in 2001 but it looks so damn good. Like you just bought off the tool trucklast year or so. So impressive. I also didn't know Snap-On was using the current logo in 2001. I thought it would've been the old style logo.
Crazyness..... I have a selection of "click" type torque wrenches and some angle gauges, some head bolts require a torque first and then an angle that's not just to make us buy tools, only thing I'd say is always torque if the values are available, make sure your wrench is calibrated properly and stop listening to horror stories lol! Your old man sounds like a lad tho, I never had a dad growing up just for him to give you that advise is wholesome as fook imo. stay safe and keep smiling people.....👍👌👍
Sorry he was wrong. I calibrated torque at a nuclear plant, they're very accurate and hold calibration as long as you detention to Spring every time you use it, which nobody does. Also torque wrenches are not made to break loose hbolts Or tighten bolts. They only should be used to make your final torque.
Every shop should have a torque tester, I worked at a tire shop that had a torque tester ready to go in the corner for whenever a wrench stripped a stud or just seemed off, every few months they'd all get checked.
Dude I bought a 240lb ft torque wrench from O'Reilly. Used it to tighten two axle nuts and placed it back in its case, put it up. Took it out 6 months later 2 weeks ago and the gears are stripped. I know it wasn't the best brand but I didn't do anything wrong. It cost $150. I will try taking it apart and fixing it at some point. But it just pissed me off. I'll probably just get some paper and a tape measure and do some math and count some turns next time.
Every torque wrench needs to be calibrated every so often. In the aviation world, any torque wrench over a year from its last calibration, can not be used. If one is, the mechanic can be fined or suspended, depending on the case. They aren’t designed to hold the same torque forever and need lil adjustments the more one is used
Meanwhile the needle pointer type torque wrench work by flexing the shaft of the wrench. The needles get bent easily and over time (yes a long time) repeated flexing of the metal weakens it, meaning it takes less torque to flex it the same distance
You know People laugh at older folks when they say things however there’s no replacement for life experience. After seven years go by 10 to look back and say’ “Dang, They didn’t know what they were talking about.” Plus it’s always good to respect your elders.
Properly serviced and calibrated click type torque wrenches can last for years. Used them everyday on commercial airliners for 40 yrs. If in doubt use test fasteners to check all torque wrenches. Common sense goes along way.
while click types do have their place ,Beam type ARE more accurate,but we are not talking about the 25$ ones,,when Dodge was building the viper engines, click type were BANNED from the engine assembly building..only beam type were use to assemble the viper engines,and yes they cost more than 300$..
We had a gent give us his horde ,and have some extra beam style torque wrenches now. Its made me revisit them, and they really are simple. Ill use either style, and have been known to do a final check with both styles. Either end of the scale on a clicker isn't necessary as accurate as the middle. Anyway, a snap on clicker comes with some test paperwork. For example I think my 3/8 torque wrench said at 20 it was like 21 amd at 100 it was like 102 actual. Nice to know how far it is off at least.
I don’t think he has to. I believe it’s pretty well known in the mechanical world that Snap-on makes extremely accurate and durable click type torque wrenches. Lots of videos that prove it. He was just telling a story.
Gonna mention how electronic torque wrenches cant be used by the handle? says right in the manual "dont turn wrench by the handle as you may damage the electronics, tighten from one hand one end with socket and the other in the MIDDLE or the bar and go straight down, not circles"
Most of the big boy torque wrench's I've seen are break back not click (tho they're similar internally), now that's the superior way in my opinion. It's a shame you can't get that style in smaller sizes.
I only have one beep type 3/8’s that I use on engines but the ones for tightening wheels on cars is a click type. If you’re unsure about it accuracy, get it calibrated
I like the clicker for most automotive work, but I like the bendy bar for things like "40ft/lbs then to the next whatever" like the barrel nut on an AR15. The only thing I didn't like (other than the price) about the electronic beepers is that it reset and I had to set the torque multiple times for things like torqueing a head.
What the hell did you do to it to bend that thing? The one I have I inherited from my father when he passed away 25 years ago He probably had it 30 prior to that. He taught me when I was a young teenager that torque wrenches were precision tools and they should go in their own special padded drawer in the tool chest. Today that 1960s Craftsman ½" beam is shared with a ⅜" Snap-on beam and there is a proto click ½" and a Snappie that is also ½" I prefer the beam torque wrench other than it doesn't ratchet, That thing has rebuilt so many engines in my adult life, at one time I thought a click wrench would be better but I don't trust them for bearings. They are sufficient for flywheel bolts or intake manifold bolts but I always resort to the beam wrenches when doing main and rods because how do you know if the spring hasn't lost any tension, I always back off my torque wrenches when I'm done using them but you don't really have a good way to check them to make sure they're within tolerance where a beam wrench even if you bent it You just can do basic math and figure out where it should point.
Dude, you left your torque wrench in the "ON" position. That will kill the wrench's battery. Always be sure to turn a mechanical torque wrench to the "OFF" position to save the battery. :D LOL.
All these snap on guys pull out the shiniest tool from 20 years ago. Shows me buddy doesn’t use his tools or he Must buff them all the time like a goon.
Yeah you’re right, taking pride in your tools and taking care of your investment really makes you a goon. Take care of your stuff it takes care of you. Do what you want with your Pittsburgh stuff bro.
@@eightpenny6379 or you take pride in your nice tools and don't leave them out in the rain. Wipe them down after use and keep them in a protective case. It's a torque wrench. Not a hammer. Beating up a torque wrench would be asking for poor calibration....
You must not use tools cause when it comes down to it there’s 2 types men you take care of there tools and men who don’t, I wipe my box and tools down after every use, it’s called giving an F about your stuff
I was just using a click type torque wrench to tighten an axle bolt to 150 pounds. The click was so FAINT that I did not HEAR it and went past 150 pounds.
Depends on how you use them, I actually watched a self-descibed "mechanic" use one: After the wrench clicked, then he reefed on it and added probably 50% extra torque!
I’ve worked in the aircraft industry for nearly 40 yrs now and it’s the standard torquing devise. They are calibrated regularly and if dropped. Beam wrenches are just as susceptible to inaccuracy. There’s some checks a beam is better for than click or digital beep but generally click is cheaper and fictionally adequate.