PC Interface Cable – VERSACABLE2

The Versatorq interface cable VERSACABLE2 belongs to the Snap-on Versatorq® 1 system cables range, and Lost in HCM supplies it to workshops and factories across Vietnam. Snap-on lists the country of origin as USA.

Versatorq interface cable VERSACABLE2 overview

A torque reading only helps an audit when someone can store or print it. The Versatorq interface cable VERSACABLE2 solves that gap, because it moves data from the meter to a printer or a computer. Then your team keeps a record without copying numbers by hand.

The printer cable suits teams that want a paper record at the test bench. Meanwhile, the PC cable suits teams that want digital files for reports and trend checks. Lost in HCM supplies these cables with CO/CQ papers and a VAT e-invoice.

Specifications at a glance

The table below follows the Snap-on data for VERSACABLE2. In addition, we converted imperial torque values to N·m where Snap-on lists none.

How the Versatorq interface cable works

The Versatorq® system meters torque from a transducer or tool under test. It then sends the reading through its data port. A matching cable carries that signal to a printer or computer, so the result leaves the meter in a usable form.

First, you power down the meter and the device you plan to connect. Next, you plug the cable into the meter's data port and the other device. Finally, you power both units on and run a test to confirm the data arrives.

Key features of the Versatorq interface cable VERSACABLE2

The details below explain how these cables connect the Versatorq® system to your records. They also show what to check before you add a new cable to your test bench.

• Two cable options. The family includes an RS232 serial printer cable and a PC interface cable. So you can choose a paper record, a digital record, or both for your test bench.
• RS232 serial printer link. The VERSACABLE connects the meter to a serial printer for hard-copy results. As a result, technicians can attach a printed record to each tool or job file.
• PC interface connection. The VERSACABLE2 links the meter to a computer for data transfer. Therefore, your team can store results in files and build reports without retyping each value.
• Made for the Versatorq® system. Snap-on lists both cables for use with the Versatorq® torque metering and data system. That match helps, because generic cables may not suit the meter's port or wiring.
• Supports audit records. Printed or stored results give auditors clear evidence of each torque test. In addition, direct transfer removes the risk of copying numbers wrong by hand.
• Simple plug-in setup. You connect the cable between the meter and the printer or computer. Then you match the data settings on both ends, and the results start to flow.

Snap-on data sheet notes

Snap-on also lists these details for VERSACABLE2:

• Use with the Versatorq® torque metering/data acquisition system.

Typical applications

These cables solve one problem well: moving torque data from the meter to paper or a computer. Below are typical jobs where that matters, from audit records to shift reports.

• Printing torque test results. Some teams want a paper record at the bench for each test. The printer cable sends results to a serial printer, so each tool gets a printed record.
• Logging data to a PC. Quality teams often store test results in files for later review. The PC cable moves readings to a computer, which also makes trend checks much easier.
• Audit and ISO records. Auditors ask for proof of torque tests on tools and joints. Therefore, data sent straight from the meter gives a clean record that matches the measured values.
• Replacing a worn cable. Bench cables bend and twist every day, so they wear over time. In that case, a matching Snap-on cable restores the data link without guesswork about wiring.
• Setting up a new test bench. When a plant adds a Versatorq® bench, it also needs a data link. A printer or PC cable completes the setup, so results flow from day one.
• Shift reports for supervisors. Supervisors often review torque results at the end of each shift. Similarly, a PC link lets them pull data into reports instead of reading paper logs.

Industries that use the Versatorq interface cable VERSACABLE2

Any sector that tests torque tools and keeps records can use a direct data link. So these cables show up in plant labs, hangars, and tool cribs. Here is how each industry uses them in practice.

• Automotive and motorcycle assembly. Assembly plants test torque tools and joints on a set schedule. In Vietnam's industrial parks, FDI quality teams need those results on file, so a data cable saves time.
• Aviation maintenance. MRO teams must keep clear records of every torque tool check. So hangars at Vietnamese airports value a direct data link that removes hand-copied errors.
• Electronics and machinery plants. FDI plants in Bac Ninh and Hai Phong run strict quality systems with digital records. Therefore, a PC cable helps their teams move torque data into reports.
• Metrology and quality labs. In-house labs test many tools each week and must report each result. A data cable also lets lab staff in Vietnam print or store results without retyping.
• Factory maintenance. Plants in Binh Duong, Dong Nai, and Long An check torque tools in their tool cribs. Meanwhile, auditors expect clear records, so a printer or PC link helps.
• Energy and power plants. Power plants check torque tools before planned outages on turbines and pumps. For this reason, plant crews in Vietnam keep digital records of each tool check.

Versatorq interface cable VERSACABLE2 compared with similar brands

Most torque test systems from major makers use their own data cables and ports. However, cables rarely swap between brands, because wiring and connectors differ. The comparison below shows where the Versatorq interface cable VERSACABLE2 fits among common choices.

Choose a cable that matches your meter first, then decide between print and PC output. Snap-on lists these cables for the Versatorq® system. Meanwhile, other systems need their own cables, 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

• Confirm that your meter is part of the Versatorq® system. Snap-on lists these cables for that system, so check the model before you order.
• Decide how your team wants to keep its records. Choose the printer cable for paper results, or the PC cable for digital files and reports.
• Check the ports on your printer or computer before you order. Many new laptops lack a serial port, so ask us if you are unsure.
• Order both cables when your team needs paper and digital records. That way, you can print at the bench and still store files.
• Keep a spare cable for each busy test bench. Then a worn or damaged cable will not stop your data flow during an audit.
• Read the warranty line on each product page. Both cables list a materials and workmanship term, so confirm it before you buy.

For other sizes in the same range, compare RS232 Serial Printer Cable – VERSACABLE. Also browse the full Snap-on torque tools shop for handles, testers and adapters.

Care, storage and calibration

• Coil the cable loosely and store it in a dry drawer when not in use. Also avoid sharp bends, because they can break the wires inside.
• Keep the connectors clean and free of dust and oil. Wipe them with a dry cloth, and never spray cleaner into the plug or socket.
• Keep the meter on its calibration schedule, much as ISO 6789-1:2017 sets 12 months for wrenches. We can arrange recalibration through an accredited laboratory.
• Pull the cable by its plug, not by the wire, when you disconnect it. Too much strain can loosen the connector and cause data errors.
• Pack cables in a bag or case when you move the system between sites. In addition, keep them dry during the humid season to stop corrosion.

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.