Versatorq® Sensor – VERSA5S1500A

The electronic torque sensor VERSA5S1500A belongs to the Snap-on Versatorq® sensors range, and Lost in HCM supplies it to workshops and factories across Vietnam. The sensor diameter is 2.4 inches. Snap-on lists the country of origin as USA.

Electronic torque sensor VERSA5S1500A overview

The electronic torque sensor VERSA5S1500A is a square drive torque transducer for the Snap-on Versatorq® metering system. It turns the twist in its steel body into an electrical signal. Then a Versatorq meter reads that signal and shows the torque as a clear value.

Snap-on builds this sensor in the USA for high torque work from 150 to 1,500 ft-lb. It uses a 1 inch square drive. Meanwhile, the compact body measures 2.4 inches across and 4.4 inches long, with a 92 inch cable to the meter.

The sensor length is 4.4 inches. The range is 150–1,500 ft-lb. The cable length, inches is 92 (2,336) mm.

The square drive is 1 inches.

Specifications at a glance

The table below follows the Snap-on data for VERSA5S1500A. In addition, we converted imperial torque values to N·m where Snap-on lists none.

How the electronic torque sensor works

A sensor gives the most accurate readings in the middle and upper part of its range. Because of this, you should pick a sensor whose range sits above your highest test value. That is why this model starts at 150 ft-lb and reaches 1,500 ft-lb.

The meter and sensor work as a pair, so both need regular calibration. For example, a drift in either part shifts every reading. So plan calibration for the whole system, and keep the sensor cable in good shape between checks.

Key features of the electronic torque sensor VERSA5S1500A

This sensor shares the same design logic as the rest of the Versatorq system, from the steel body to the meter link. Here are the features that matter most when you compare options.

• High torque range. The sensor covers 150 to 1,500 ft-lb for heavy bolts and large wrenches. Therefore, it suits checks well above the range of common bench testers.
• One inch square drive. A 1 inch square drive matches the large sockets and adapters used at high torque. So the sensor fits naturally into setups for big wrenches and multipliers.
• Compact sensor body. The body measures 2.4 inches across and 4.4 inches long. As a result, the sensor fits into fixtures and tight test setups without much extra length.
• Long 92 inch cable. A 92 inch cable links the sensor to the meter. In addition, this length lets the operator read the meter at a safe distance from heavy tools under load.
• Part of the Versatorq system. Snap-on lists the sensor within its Versatorq electronic metering and data acquisition system. That means the meter handles display, units, and data, while the sensor handles measurement.
• Electronic torque measurement. The sensor turns torque into an electrical signal instead of a dial reading. Thus, the meter can show live values, capture peaks, and support data records.

Typical applications

An electronic torque sensor earns its place where a large tool or joint needs a measured check. The tasks below are the most common uses we see from buyers across Vietnam.

• Large torque wrench checks. Big click and dial wrenches drift with use and need regular checks. With this sensor in a fixture, technicians can compare each wrench against a known reading.
• Torque multiplier testing. Torque multipliers deliver high output torque from a low input. Therefore, a 1 inch sensor helps confirm that the output matches the stated ratio and setting.
• Heavy bolted joint audits. Flange, track, and frame bolts carry high values that are hard to verify by feel. So quality teams use the sensor to measure applied torque during audits.
• Power tool output checks. Large non-impacting power tools, such as nutrunners, need output checks after service. In addition, the meter can capture the peak value for the service record.
• Tool crib verification. Tool cribs often need a quick in-house check between formal calibrations. For example, the sensor can confirm a wrench still reads close to its setting before a critical job.
• Training on high torque work. Trainees learn safe technique faster when they see live readings. Then supervisors can show how pull speed and grip change the result on large joints.

Industries that use the electronic torque sensor VERSA5S1500A

High-range torque sensors matter wherever large bolts and heavy wrenches must meet a known value. The industries below rely on them for tool checks. Many of these teams also work in FDI plants and project sites across Vietnam.

• Heavy equipment maintenance. Excavators, cranes, and mining trucks use large bolts with high torque values. So service teams in Vietnam use high-range sensors to check their big wrenches and multipliers.
• Energy and wind power. Wind towers, turbines, and generators rely on heavy bolted joints. Therefore, power and wind crews in central and southern Vietnam need a clear way to verify high torque tools.
• Oil, gas, and petrochemical. Refineries and offshore bases use large flange bolts on strict maintenance plans. In addition, sites near Vung Tau need tool records that pass client and safety audits.
• Shipbuilding and marine. Shipyards in Hai Phong and Vung Tau tighten engine, shaft, and deck bolts at high values. For this reason, they use high-range sensors to check their heavy torque tools.
• Rail and transport. Rail depots and truck fleets torque wheel, bogie, and frame bolts at high values. Also, they need a repeatable check for the large wrenches used on these jobs.
• Quality and metrology teams. Plants in Binh Duong, Dong Nai, and VSIP parks run tool checks for ISO and customer reviews. Meanwhile, a high-range sensor covers the tools that small bench testers cannot reach.

Electronic torque sensor VERSA5S1500A compared with similar brands

Before you buy, compare the electronic torque sensor VERSA5S1500A with other torque sensors your team may use. However, range alone is not the key point. Instead, check the meter it needs, the drive size, and the calibration support you can get in Vietnam.

If your team already uses a Snap-on Versatorq meter, this sensor is the simplest way to add high torque range. It connects to the system you own. Even so, confirm current specs with each maker before you compare ranges and meters. Specifications change over time, so confirm current data with each maker before you decide.

Choosing the right model

• Start with the meter you plan to use. This sensor belongs to the Versatorq system, so confirm that your meter model supports it before ordering.
• Pick a range that puts your test values in the middle or upper part of the scale. For example, checks below 150 ft-lb need a smaller sensor.
• Match the 1 inch square drive to your setup. If your wrenches use smaller drives, plan the right adapters and check their strength first.
• Plan the test fixture before the sensor arrives. A firm mount keeps readings steady, so ask us about fixtures that suit high torque work.
• Check the cable path in your work area. The 92 inch cable gives room to move, but sharp edges or heavy tools can damage it.
• Budget for system calibration from day one. The sensor and meter both need regular checks, so plan one service cycle for the pair.

Care, storage and calibration

• Store the sensor in a padded case in a dry place between jobs. Then the drive, body, and cable connector stay safe from knocks and moisture.
• Wipe the sensor with a dry cloth after use, and never dip it in solvent. Also coil the cable loosely, because tight bends can break the wires.
• Send the sensor and meter for calibration every 12 months, or sooner under heavy use. We can arrange recalibration through an accredited laboratory.
• Never load the sensor past 1,500 ft-lb or drop it on a hard floor. Overload can shift the zero, so check it against a reference after any hard knock.
• Carry the sensor in its case between sites, and keep the connector free of dust and water. In addition, keep it dry during the humid season.

Frequently asked questions

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Send us the part number, quantity and delivery site, and we will reply with a quote. You can request a quote online or call 0902 327 669.