A torque wrench is used on nuts and bolts that need to be really secured tight, such as lug nuts.

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The wrench comes with a dial attached to one of its ends, while a wrench occupies the other end. Make sure that you know the specifications made by the manufacturer before you try to torque down anything since the specs will be used in adjusting the dial to what the manufacturer had suggested.

Make sure that you are working on a nut that is free from debris and dirt that may affect the wrench. You may add a little lubricant if you have to but no more than a drop or two is advised. The process of using a torque wrench is pretty simple. Just put the wrench on a nut and make a turn.

Keep on doing it until it feels like the wrench has slipped from the nut. Some describe it as a feeling that the wrench has been broken. The action is the way of the torque wrench of letting you know that you have applied the necessary amount of torque. Torque can be defined as a twisting or turning force. It is the result of a force application on a given distance from a known axis and is recorded in units that are determined by multiplying force by distance.

A calibration of a torque wrench is necessary so that its accuracy can be verified. It is also done to measure the reliability of the measurements done by the wrench. The allowed calibration error is set at 5 percent. There are several kinds of torque wrenches that are suited for a variety of jobs but each needs to be calibrated properly in order for the tool to do its job. The frequency in calibrating the torque wrench depends on the user and on the frequency of use.

There are no strict standards that are being followed for the frequency of calibration. However, it is useful to know that the readings have a tendency to change between to repetitions.

Hence it is recommended that you calibrate your wrench when you have made repetitions. If you know the frequency with which to calibrate your torque wrench, it will be possible to avoid errors in meter readings. In addition, if the error on the torque goes beyond the acceptable limit, you will need to have your tool repaired, since it is never recommended that you use a correction factor. You need to replace your torque wrench if the cost of repair goes more than 30 percent over the cost of a new tool.

The dial in a torque wrench is an indicator that will tell you when to stop applying force during the tightening process. By knowing when to calibrate your tool, you will be able to know that the correct torque has been successfully applied every time.

We welcome your comments and suggestions. All information is provided "AS IS. All rights reserved. You may freely link to this site, and use it for non-commercial use subject to our terms of use. View our Privacy Policy here. Toggle navigation Login Register How-Tos. Written by Doityourself Staff. How to Use a Torque Wrench The process of using a torque wrench is pretty simple.True to our word we've done that. We've made great strides, but we aren't through enhancing the wrench and the freeware.

We are happy to announce that we have an update ready that takes DTC tool owners to firmware and freeware versions 2. New orders shipping from the factory will come with 2. If you already have DTC wrenches in house, or have wrenches that were shipped before July 9,you have the ability to update your tools and freeware.

When you are ready to update your tool and freeware, simply email vrsarti srtorque. Please note: If you have not registered your DTC wrencheswe cannot send the upgrade link. Intermediate process steps and firmware may be required, or we may want the tools shipped back to us at our expense and we will perform the update. If you are familiar with our line of tools, you probably know the Exacta Series digital torque and angle wrench.

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The Series transducer and all the functionality except the radio capability has been placed in our micrometer adjustable body. The result? The DTC digital torque and angle wrench. This tool is like no other. Heavy on features and light on price.

snap on torque wrench error codes

In line with our systems approach to error proofing, you cannot set the wrench to a torque value beyond the wrench capacity. Limiting torque value to wrench capacity is just one of the many features that are built into the DTC. The DTC has a black and white display and colored light bands on the side of the wrench.

Those bands change yellow to green when the target values are achieved. An auditory beep and vibrating handle provide two additional modes of operator focused error proofing guidance. The DTC results log large enough for even the busiest assemblies. It currently holds torque results and results can be downloaded. DTC Connect can be used to set parameters in the wrench. You can change units of measure, modes of operation, degrees of fastener rotation, establish a target torque, minimum torque, maximum torque and more.

We continue to develop DTC Connect and as advances are made, upgrades will be available, for free, via the website, providing that you have registered your tool on the DTC warranty page. We will email you when upgrades are made to DTC Connect. Please do not confuse that with the Exacta Series wrenches that operate solely on NiMH rechargeable batteries.

The DTC digital torque and angle wrench production stop at ft-lbs.


If your torque application doesn't require a radio, but still needs a ft-lb. You may hear some people refer to the digital torque wrenches as electric torque wrenches because of the battery power. Torque can be an adequate measurement for many applications.

But some applications require greater accuracy. Those applications are best handled by measuring a combination of both torque, and angle. Angle is the degrees of fastener rotation. For detailed information on why torque and angle, click here. It should be the most expensive part of the wrench because it is the most important part of the tool.

You are using a torque wrench because you need an accurate measurement. Why not get the accuracy you need? The heart of the DTC is our patented shear beam strain gauge.

Two strain gauges are mounted together.Very accurate i tested this out againsy my buddies digital snap on torque wrench and oh boy was i suprised when i tested foot pounds it came out I read a review that this was an accurate torque wrench and decided to purchase one.

I used mine to help bust lugs off all 4 tires. I would say not only accurate but strong too. Here at Walmart. Your email address will never be sold or distributed to a third party for any reason.

Due to the high volume of feedback, we are unable to respond to individual comments. Sorry, but we can't respond to individual comments. Recent searches Clear All. Update Location. Learn more. Report incorrect product information.

snap on torque wrench error codes

Hyper Tough. Walmart Delivery not available. Add to List. Add to Registry. About This Item. We aim to show you accurate product information. Manufacturers, suppliers and others provide what you see here, and we have not verified it.

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See our disclaimer. Micrometer Torque Wrench is ideal for exerting the exact amount of pressure on a nut, bolt or screw. There is no pointer or dial to monitor and the dual range scale easily reads feet, pounds, and metric scales and clicks when set torque is applied. The wrench is manufactured with chrome plated alloy steel to resist rust and is right hand direction click only.

Specifications Brand Hyper Tough. Customer Reviews. Average rating: 5 out of 5 stars, based on reviews. See all reviews Write a review.

See more. Trav93, December 7, Coop, January 5, Ask a question Ask a question If you would like to share feedback with us about pricing, delivery or other customer service issues, please contact customer service directly. Your question required. Additional details.

How to Set a Snap On Torque Wrench

I agree to the Terms and Conditions Cancel Submit. Number of answers Most recent questions Most recent answers Sort by.Our state-of-the art sq foot facility offers high quality A2LA certified torque tool calibration services, preventative maintenance programs and service for all your tools and torque equipment.

Send your torque equipment to us or we will come to you - you choose. We provide high-quality certification on torque wrench tool calibration traceable to NIST. Team Torque Inc. Represented as the 1 National Factory Recognized Independent Authorized Service Center gives us the unique ability to repair both older torque wrenches as well as all current models.

All precision torque wrench repair, adjustments, and shipping costs are quoted prior to any work being completed. Team Torque Inc is an independent calibration lab also providing training, consulting and multi-level onsite packages. Our technicians pursue a standard of high quality with pride in a torque tool repair and servicing job well done. These technicians have mastered the art of torque tool repairs and calibrations with a combined total of over 25 years of experience.

They constantly provide a balance of great turnaround time and exceptional quality in torque tool repair and servicing. Team Torque is accredited to A2LA standards with comprehensive training followed by ongoing intense testing and retraining to ensure the most recent methods are followed.

Our three individual torque wrench service and repair labs use state-of-the-art torque tool calibration equipment and pursue stringent maintenance schedules to ensure the maximum quality.

Providing a quality tool is our number one goal. We have the fastest turnaround in the nation. We work on ALL makes and model of torque tools. Our quality process A2LA Certified is the best. Contact our President, Mark Anderson at Ext.

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This will help us to ensure we get your tools calibrated and back to you as quickly as possible. Torque Wrench Calibration Pricing. Torque Tester Calibration Pricing. Power Tool Audit and Repair Pricing. Why Use Team Torque? We are dedicated to premier customer satisfaction. Where and how to send in your tools! Lab Torque wrench calibration prices View our below torque wrench calibration costs to find your tool.This application is a division of copending U.

Provisional Application No. This application relates to wrenching tools, and, in particular, to torque-measuring and recording wrenches. Various types of torque wrenches are known.

Such wrenches are disclosed, for example, in U. In this type of wrench, when a predetermined set force is transmitted by the wrench to a workpiece, certain parts within the wrench move rapidly from a normal position to an actuated position in a manner such as to generate an audible click-like sound and tactile sensation to signal the operator that a predetermined set torque has been reached.

The predetermined torque is set by the operator by rotating coaxial, telescoping tubular parts, so that as one part is rotated relative to the other it advances axially relative to the other along scale indicia, in the nature of a micrometer. Such wrenches have the advantage that their manner of use is simple and highly intuitive, so that the wrenches can easily be used with little or no training.

Additionally, with this type of wrench, the operator can always see where the scale is set so that he can always ascertain the predetermined set torque value while the wrench is in use.

Other types of mechanical torque wrenches have gauges with one or more pivoting dials. One such wrench has two dials, one of which tracks the applied torque both up and down, and the other of which tracks the applied torque only up, so that it registers the peak torque applied. Such electronic devices may have the advantage of being more precise or accurate in setting predetermined torque values and in measuring applied torque.

Hyper Tough 1/2" Drive Click Style Torque Wrench

However, such electronic torque wrenches are typically much less intuitive to use than the mechanical torque wrenches described above.

Such wrenches typically have a keypad with multiple keys which are capable of a number of specialized functions, many of which may rarely, if ever, be used by a particular operator. Considerable training is required to master the operation of such wrenches and the basic operational functions may be very non-intuitive.

Also, in order to simultaneously display both a pre-set torque value and an applied torque value, such electronic wrenches must have relatively complex and expensive displays. While wrenches with more simplified and inexpensive displays are known, they typically register a display of the preset torque while it is being set, but then, after the setting function is accomplished, the display returns to zero in preparation for recording the applied torque during use of the wrench.

If the operator puts the wrench down after setting the predetermined torque and returns to it later for use, he will have to typically perform some keypad function in order to view the preset torque.

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There is described in this application an improved electronic torque wrench which is more intuitive to use than the previous electronic wrenches, simulating basic features of mechanical torque wrenches while maintaining advantages of prior electronic torque wrenches. An embodiment of an electronic torque wrench includes a workpiece-engaging head carried by a housing which also carries torque measuring apparatus including a processor operating under stored program control.

A user interface is coupled to the torque measuring apparatus and includes a data input device and annunciator apparatus.

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The processor program responds to the input device for selectively setting or changing a preset torque level at any time, and compares torque values measured by the torque measuring apparatus with the preset torque level for causing the annunciator apparatus to produce an indication when the measured torque value coincides with the preset torque level. A torque wrench embodiment also includes a housing assembly including telescoping tubular inner and outer housing portions with registered apertures therein and a bezel assembly disposable in the outer housing portion aperture and carrying torque measuring apparatus, the housing portions and the bezel assembly all being interconnected by a single fastener.

For the purpose of facilitating an understanding of the subject matter sought to be protected, there are illustrated in the accompanying drawings embodiments thereof, from an inspection of which, when considered in connection with the following description, the subject matter sought to be protected, its construction and operation, and many of its advantages should be readily understood and appreciated.

Referring to FIGS. A circular hole 14 is formed in the bottom portion adjacent to the forward end of the notch Referring also to FIGS. The forward half of the base 21 defines a reduced-diameter neck portion 24 having parallel flats 25 formed on opposite sides thereof, one of which defines a recess communicating with the channel Projecting forwardly from the front end of the base 21 are a pair of spaced clevis legs 26respectively having aligned pivot holes 27 therethrough.

The base 21 has two internally threaded bores 28 formed radially therein for respectively receiving fasteners 29 see FIG.There are two basic laws in the world: gravity and entropy. Gravity makes things fall down and is the reason the aerospace industry exists.

In the world of manufacturing, entropy is the reason why your equipment, specifically your torque control tools, slip out of alignment and require recalibration. Simply put, the more you use a torque wrench, the more likely it is to need calibration. Calibration is the process of ensuring that the workings of your instrument correspond to their posted standards.

Considering the purpose of torque tools is to deliver a precise amount of radial force to a fastener such as a bolt or screw, if they are out of calibration, they will not be able to perform their function.

If a torque tool registers that it has delivered more torque than it actually has, the fastener may become over-tightened, causing it to deform or break when your product is in use. On the other hand, if your torque tool registers that it has delivered less torque than it actually has, your fastener may not be tight enough. As a result, it could back off and come loose while your product is in operation.

There are only two steps involved, in fact: test the calibration of your wrenches and recalibrate wrenches which have fallen out of alignment.

The current international standards governing the calibration of torque wrenches are the ISO and The two standards are published by the same body, the International Standards Organizationand they are interlinked. While the first part is concerned with design and quality conformance testing and the second focuses on measurement uncertainty and calibration requirements, essentially, they are two parts of the same whole. According to these guidelines, torque tools should be tested for calibration once every 5, cycles or six months, whichever comes first.

If any tool is found to be out of calibration, it must be recalibrated, retested, and recertified. To ensure it does not slip out of calibration again without being noticed, the calibration interval for that particular tool is then halved to 2, cycles or three months. Testing your torque tools can be accomplished by a variety of means. The simplest is to send them to a certified laboratory. This is separate from the ISO, which is an international body and limits its responsibility to the publication of standards, not their verification or enforcement.

NIST, by contrast, is a branch of the U. Department of Commerce. This is a typical arrangement; while the ISO itself does not enforce its guidelines, many governmental bodies, such as the Federal Aviation Administration and the Food and Drug Administration, have enshrined ISO standards into their codes of regulations.

Even if your particular product does not require conformity to ISO standards under applicable bodies of law, ISO compliance remains a gold standard for quality workmanship and safety. As an added bonus, companies in compliance with ISO standards will also be better protected from accidents and repercussions due to shoddy workmanship. Laboratories certified under NIST standards will test your tools using approved methods, recalibrate them if necessary, and provide you with complete paperwork according to standard to certify their work, whether or not the tool was found to be out of calibration.

The primary benefit of sending your torque tools to an outside laboratory is simplicity—your torque calibration regimen is as easily accomplished as pulling tools from the line and putting them in the mail. Among other benefits, this method is also reliable and will allow you to rest assured that your torque tools have been handled by trained, experienced professionals.

However, sending your torque tools into a laboratory does come with some drawbacks. For one, the service will cost your company, requiring you to dedicate a portion of your budget to calibration assurance. Plus, you will have to wait for shipping on both ends, in addition to the time it takes to test and recalibrate, before returning your tools to service. Some laboratories, such as Mountz Inc. Nevertheless, some companies choose to develop their own torque testing and calibration protocols.

The most basic level of in-house torque calibration is establishing a testing regimen and only shipping tools in for service if they need calibration or are otherwise broken. The advantage of this method is a reduction in shipping costs and the amount of time that tools are out of service. Establishing a torque testing regimen is as simple as purchasing the correct equipment, such as a torque analyzer for hand tools and run-down adaptors and analyzers for power tools, then training personnel in their use and establishing a testing regimen.

Of course, these testing devices are only as good as their calibration, so they themselves must be tested at regular intervals to ensure they retain their accuracy.

This can be accomplished in-house with trained personnel and standard calibration equipment, or your torque testers can be shipped to a certified laboratory for calibration and service. Finally, some companies prefer to do it all themselves. For the most part, these companies employ torque tools on a sufficient scale to justify the cost of establishing their own torque laboratory with the amount of time and money they save by performing testing and calibration in-house.

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In addition to torque testers, they must also invest in torque calibration equipment.Target group of these operatinginstructionsThese operating instructions are oriented towardsusers of the electromechanical torque wrench. We assume that the users possess general technicalknowledge.

The full address can be found at the rear of theseoperating instructions. Table of contents Range of accessories. The order number for the operating instructions can befound on the bottom right of the title page. Structural featuresVarious elements of these operating instructions areprovided with defined structural features.

Instructions bearing this symbol contain information of a general nature and regarding economic use of the torque wrench. Basic safety instructions Safety instructionsProper use The torque wrench is a precision tool, and must accordingly be handled with care. To do this, an Ensure that extreme climatic conditions such as cold,appropriate socket tool must be connected to the heat and humidity are unable to influence accuracy.

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Do not overload the torque wrench. Youtorque wrench counter to its functional direction. Example of laser identification:The maximum permissible nominal torque of thetorque wrench must never be exceeded.

Proper use includes complying with the informationcontained in these operating instructions in full. Inparticular, also comply with and follow the safetyinstructions and the technical limit values. The relevant accident prevention regulations of theresponsible employer's liability insurance associationand all further applicable safety regulations must alsobe observed.

Children may place them in their mouths and swallow them. Children damaged. If a battery has or other fluids. Always cover the PC connection socket when not in use. Use only the nominal value. Dispose of spent standard batteries and defective rechargeable batteries at a collection point.

Severe or permanent overloading may lead to torque wrench measurement errors. Measured and cut-out values may deviate. Transportation, scope of Buttons and displaydelivery and storage Transport the torque wrench in the original packaging 4only, and secure it to prevent it from being dropped 5during transportation.

Buttons The four buttons on the torque wrench can be used to select functions and carry out settings. The display lights up for approx. Torque wrench is switched off Each button To switch on the torque wrench, press any button for approx.

Torque wrench is switched on - outside of a Displaymenu During the tightening process, the current torque is OK Confirm software version: shown in the display. Information on the current F Press this button.

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