U.S. Basic TORQOMETER®/ 2% Accuracy (Industrial Finish) – GTE175

The dial torque wrench GTE175 belongs to the Snap-on Torqometer® 2% industrial finish dial torque wrenches range, and Lost in HCM supplies it to workshops and factories across Vietnam. The range is 175 ft-lb. The increments is 2-1/2 ft-lb.

Dial torque wrench GTE175 overview

Workshops that service trucks, pumps, and machines often work to US specs in ft-lb. The dial torque wrench GTE175 suits them, because its single US scale keeps the dial clean and simple. So technicians read one set of numbers without mixing units.

At 18-3/4 inches long, the wrench gives good leverage for mid-range bolts. Meanwhile, its 1-3/8 inch head depth and 2-3/4 inch width fit most open joints. Overall, the 2% accuracy class suits general maintenance where specs allow a standard tolerance.

The width, inches is 2-3/4 (70) mm. Snap-on lists the country of origin as USA. The storage case is PBR5.

The asme®/ansi® is B107.14M-1994. The model is Basic. The length is 18-3/4 inches.

The head depth is 1-3/8 inches.

Specifications at a glance

The table below follows the Snap-on data for GTE175. In addition, we converted imperial torque values to N·m where Snap-on lists none.

How the dial torque wrench works

Inside the wrench, a steel beam flexes slightly as you pull on the handle. Meanwhile, a gear train turns that small flex into pointer travel across the dial. Then you read torque at the pointer tip as the load builds.

Before each job, check that the pointer rests at zero, because any offset adds error. After that, pull steadily on the grip and watch the pointer rise. Finally, stop at your target value and hold the load briefly.

Key features of the dial torque wrench GTE175

This wrench shares its dial design with the wider Torqometer® line, but with a 2% class. Here are the features that matter most when you compare it with other options. They also show where it differs from 1% models.

• Standard 2% accuracy class. Snap-on rates this model within ±2% of reading from 20% of full scale to full scale. So that level suits general maintenance and many standard assembly specs.
• Clear US scale. In this case, the dial reads in ft-lb up to 175 in 2-1/2 ft-lb steps. So technicians who work to US manuals read one clean scale without conversions.
• Reads in both directions. The wrench reads clockwise and counterclockwise with the same rated accuracy. Therefore, it handles left-hand threads and breakaway checks on the job without a second tool.
• Half-inch square drive. In general, the 1/2 inch square drive fits common sockets for mid-range bolts. Also, it matches the 175 ft-lb range well for vehicle, pump, and machine work.
• Industrial finish. Snap-on lists this model with an industrial finish for shop and plant use. Thus, it fits teams that want a plain, practical tool for daily maintenance work.
• ASME standard listing. Snap-on lists ASME B107.14M-1994 for this model, a US standard for hand torque tools. As a result, buyers who follow US tool specs can match it to their purchasing rules.

Snap-on data sheet notes

In addition, the Snap-on data sheet for GTE175 notes:

• Dial Type Torque Wrenches Guaranteed Accuracy:.
• Standard 2% models are accurate within ±2% of the reading from 20% of full scale to full scale in both clockwise and counterclockwise directions.

Typical applications

This dial wrench earns its place when you need a live number rather than a click. In fact, the jobs below are the most common uses we see from maintenance buyers. Each one also benefits from a clear, visible reading.

• Truck and bus maintenance. Fleet workshops torque brake, axle, and engine bolts to US specs on many trucks. Indeed, the 175 ft-lb range covers a large share of these mid-range joints.
• Pump and motor service. Maintenance teams torque pump casings, couplings, and motor mounts during planned outages. Because the dial shows live torque, they can tighten each bolt in steady steps.
• Breakaway torque checks. Inspectors check the torque left in a finished joint by turning it slowly. Then the live pointer shows the value where the fastener starts to move.
• Left-hand thread work. Some shafts, fans, and pulleys on industrial machines use left-hand threads. Since the wrench reads both ways, technicians can torque these parts to spec without a second wrench.
• Training and skill checks. A live dial helps trainees feel how torque builds as a bolt tightens. Then they learn smooth technique before they move on to click wrenches.
• General plant maintenance. Factory maintenance crews tighten guards, brackets, and frame bolts on machines every day. In this case, the 2% class gives them a dependable visible reading for these routine jobs.

Industries that use the dial torque wrench GTE175

Any sector with mid-range bolts and US specs can use a plain dial wrench. So this model shows up in fleet shops, plants, and schools. Here is how each industry puts it to work.

• Fleet and logistics. Trucking firms around industrial parks in Binh Duong and Bac Ninh service US and Japanese trucks. So their workshops use mid-range dial wrenches for brake and axle bolts.
• Factory maintenance. FDI plants in Dong Nai and Long An run machines built to US specs in ft-lb. Maintenance teams also value a live reading when they rebuild pumps and gearboxes.
• Mining and construction. Contractors in the northern coal region and the Central Highlands keep loaders and trucks running in tough conditions. Therefore, a plain industrial dial wrench suits their daily service work.
• Energy and utilities. Water plants and power stations torque flanges, pumps, and valves during outages. In addition, crews often work to US standards, so a single US scale fits their manuals.
• Food and agriculture processing. Food and feed plants in the Mekong Delta run conveyors, mixers, and pumps from US makers. So maintenance teams use dial wrenches to keep bolted joints within spec.
• Technical training. Vocational schools and in-house training centers teach torque basics to new technicians. For this reason, a live dial wrench shows students exactly how torque rises during a steady pull.

Dial torque wrench GTE175 compared with similar brands

Today, dial torque wrenches come in several accuracy classes, scale layouts, and finishes. The table below compares the dial torque wrench GTE175 with common dial options. However, each choice suits a different mix of accuracy, units, and service needs.

Choose the accuracy class your specs require first, then match range and scale units. In general, a 2% dial wrench covers most routine work. Product ranges change often, so confirm current specs with each maker before you decide. Specifications change over time, so confirm current data with each maker before you decide.

Choosing the right model

• Check that your target torque falls between 35 and 175 ft-lb. That band equals 20% to 100% of full scale, where the ±2% rating applies.
• Confirm that your specs accept a 2% accuracy class. If an audit or drawing calls for ±1%, choose a 1% Torqometer® model instead.
• Make sure your team works mainly in ft-lb units. This model has a single US scale, so metric specs need conversion or a dual-scale wrench.
• Check the 1/2 inch drive against your socket set before you order. That is, matching sockets avoid extra adapters and keep the setup simple.
• Measure the working space around your most common joints. Since the wrench is 18-3/4 inches long, it needs room for a full, smooth pull.
• Ask for the PBR5 storage case listed for this model. After all, a proper case protects the dial lens and mechanism in the toolbox and in transit.

Care, storage and calibration

• Store the wrench in its case with no load on it, away from heat and sun. Then the dial, lens, and beam stay protected between jobs.
• Wipe off oil, grease, and dust with a dry cloth after each use. Also keep solvents away from the dial face, because they can cloud the lens.
• Send the wrench for calibration every 12 months or 5,000 cycles, as ISO 6789-1:2017 recommends. We can arrange recalibration through an accredited laboratory.
• Never pull past 175 ft-lb or use the wrench to break loose seized bolts. An overload can bend the beam, so check the zero before the next job.
• Carry the wrench in its case between sites and avoid drops. In addition, keep it dry during the rainy season to protect the mechanism.

Frequently asked questions

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