TORQOMETER® U.S. Basic – TE100

The dial torque wrench TE100 belongs to the Snap-on TORQOMETER® US reading dial torque wrenches range, and Lost in HCM supplies it to workshops and factories across Vietnam. The width, inches is 2-3/4 (70) mm. Snap-on lists the country of origin as USA.

Dial torque wrench TE100 overview

Quality teams often need to see torque, not just hear a click. The dial torque wrench TE100 meets that need because its dial reads the load directly in US units. As a result, you can tighten a joint or check one with the same tool.

This family sits in the Snap-on standard 2% accuracy class with US reading dials. Follow-up models add a memory needle that holds the peak value. Meanwhile, Light Signal models give a visual cue at your chosen value, which helps in noisy plants.

The storage case is PBR5. The model is Basic. The length is 16 inches.

The head depth is 1-3/8 inches. The increments is 1 ft-lb. The range is 100 ft-lb.

The square drive is 1/2 inches.

Specifications at a glance

These figures come from the Snap-on listing for TE100. Values marked “calculated” are unit conversions we added for convenience.

How the dial torque wrench works

Inside a dial torque wrench, a steel beam bends slightly as you pull on the handle. A gear train turns that small bend into needle travel across the dial. Therefore, the needle position matches the torque at the square drive.

Because the beam springs back after each pull, the needle returns to zero. That means you do not need to wind a spring down after use. However, you should still check the zero point before each job and note any offset.

Key features of the dial torque wrench TE100

Every wrench in this family shares the same dial design, from the bending beam to the US reading scale. Here are the features that matter most when you compare options.

• Direct reading dial face. The dial shows torque in US units the moment load builds. So you see the real value at every point of the pull, not just a single click at a preset.
• Three reading styles. Basic, Follow-up, and Light Signal models suit different jobs in one family. As a result, a plant can match live reading, peak memory, or a visual cue to each task.
• Memory needle on Follow-up. The Follow-up model keeps a second needle at the highest torque reached. This lets an inspector record the peak after the pull, even when the dial was hard to watch.
• Light cue on Light Signal. Light Signal models switch on a light when the needle reaches the value you set. Therefore, operators get a clear signal in loud areas where a click would be hard to hear.
• Standard 2% accuracy class. Snap-on lists this family in its standard 2% accuracy class. That level suits most production, service, and audit work, while the dial still shows the exact reading you reach.
• Wide range of capacities. Ranges in this list run from 15 in-lb up to 800 ft-lb. In addition, square drives span 1/4 inch to 1-1/2 inch, so one family covers small screws and large flanges.

Typical applications

These wrenches solve one problem well: showing the torque at every moment of the pull. Below are typical jobs where that matters, from line audits to heavy flange work. Each one also rewards a clear record.

• Audit checks on tightened joints. Inspectors pull slowly on a joint that was already tightened and watch for the needle to jump. The reading then shows whether the fastener reached its spec on the line.
• Breakaway and loosening torque. Some tests need the torque that starts a fastener turning loose. A Follow-up model holds that peak value, so the technician can write it down after the pull.
• Engine and gearbox assembly. Rebuild shops torque head bolts, main caps, and gear covers to US specs. Because the spec changes often, a dial wrench saves time, since there is no setting to adjust.
• Large flange and frame bolts. The longer models in this family reach several hundred ft-lb on 3/4 inch and 1 inch drives. That suits frame bolts, wheel hubs, and heavy pump or valve flanges.
• Small fasteners on electronics. The low in-lb models suit terminal screws, small housings, and connector hardware. In addition, the fine increments let operators stop at a small value without overshoot.
• Test benches and training. Labs and training rooms use dial wrenches to show how torque builds during a pull. Students also learn to read the needle and to pull smoothly, which builds good habits.

Industries that use the dial torque wrench TE100

Dial torque wrenches matter wherever a team must see the real torque value, not just a click. The industries below use them every day. Many of these teams also work in FDI plants and service centers across Vietnam.

• Automotive manufacturing. Car and motorbike plants use dial wrenches to audit joints after power tools tighten them. In Vietnam, FDI plants in Hai Phong and Dong Nai often need this kind of documented check.
• Aviation maintenance. Aircraft manuals list torque values in US units for many fasteners and fittings. Therefore, MRO teams at Vietnamese airports use US reading dial wrenches to check work against the manual.
• Heavy equipment service. Excavators, cranes, and mining trucks use large bolts with high torque specs. So service crews across Vietnam rely on the long, large-drive models for track, frame, and hub work.
• Electronics assembly. Electronics plants in Bac Ninh and Thai Nguyen tighten small screws with tight limits. Low-range dial wrenches let quality teams confirm these values during line audits and first article checks.
• Energy and power plants. Turbines, pumps, and transformers carry flange and terminal bolts with strict torque specs. Meanwhile, maintenance teams use Follow-up models to record peak values for each outage report.
• Quality and test labs. Factory quality labs check fasteners, tools, and samples against drawings every day. A dial wrench gives them a direct reading, and the warranty also covers calibration at a Snap-on Repair Center.

Dial torque wrench TE100 compared with similar brands

Before you buy, it helps to see how the dial torque wrench TE100 compares with other indicating wrenches. However, accuracy is only part of the picture. Instead, buyers should also weigh reading style, range, service support, and the tools their team already uses.

Choose a dial wrench when you need to see torque during the pull or check finished joints. An electronic wrench fits better when you must store data. Meanwhile, click wrenches suit fast repeat work, so confirm current specs with each maker. Specifications change over time, so confirm current data with each maker before you decide.

Choosing the right model

• Pick a range where your usual spec falls in the middle of the dial. Readings near the low end are harder to judge, because the needle moves less per unit.
• Choose the model by the task it will do. For example, use Basic for live reading, Follow-up for peak records, and Light Signal for loud areas or repeat values.
• Match the square drive to your sockets and the length to the space around the joint. Longer models need more room, but they also reduce the pull force.
• Check the dial units before you place an order. This family reads in US units such as in-lb and ft-lb, so a metric spec needs a careful conversion first.
• Next, think about who will read the dial. If several operators share one wrench, a Follow-up model makes peak values easier to confirm and record after each pull.
• Plan the calibration cycle before you order a set. Then you can keep one spare wrench in service while another is away for its recalibration.

For other sizes in the same range, compare TORQOMETER® U.S. Follow-up (with Chart) – TE250FUC, TORQOMETER® U.S. Follow-up (with Chart) – TE803FUC, TORQOMETER® U.S. Light Signal – TE50FLA, TORQOMETER® U.S. Follow-up – TE602FUA. Also browse the full Snap-on torque tools shop for handles, testers and adapters.

Care, storage and calibration

• Store the wrench in its case or a padded drawer, with the dial facing up. That way, the dial glass and the needle stay safe from knocks and drops.
• Wipe oil and dust off the handle and dial after each job with a dry cloth. Also keep solvents away from the dial face, because they can cloud the glass.
• Have the wrench calibrated every 12 months or 5,000 cycles, as ISO 6789-1:2017 recommends. We can arrange recalibration through an accredited laboratory or a Snap-on Repair Center.
• Never pull past the top of the scale or use the wrench as a breaker bar. Overload can bend the beam, so stop and have the wrench checked after any shock.
• Pack the wrench in its case for transport between sites. In addition, keep it dry during the humid season so the drive and gear train stay free of rust.

Frequently asked questions

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