Digital Indicator – TTC610

The torque tester system component TTC610 belongs to the Snap-on TTC2000 and TTC2800 torque tester and calibrator systems range, and Lost in HCM supplies it to workshops and factories across Vietnam. The type is TTC2000 Components. Snap-on lists the country of origin as USA.

Torque tester system component TTC610 overview

A torque tester is only as good as its loader, indicator, and transducers working together. The torque tester system component TTC610 keeps that chain complete, whether you build a new station or replace one part. In short, the whole system stays matched and ready.

The TTC2000SYS kit ships with transducer kits from 4 in-lb up to 2,000 ft-lb. It also includes an extension arm, a transducer bracket, WedgeLink software, and a download cable. Lost in HCM supplies these parts with CO/CQ papers and a VAT e-invoice.

Specifications at a glance

The table below follows the Snap-on data for TTC610. In addition, we converted imperial torque values to N·m where Snap-on lists none.

How the torque tester system component works

A torque tester compares a wrench reading with a transducer reading. First, you mount the transducer on the loader and fit the wrench onto it. Next, the loader applies load slowly, while the indicator shows the torque the transducer measures.

On the TTC2000, a hand crank drives the mechanical loader. The crank takes up to 8 ft-lb of input and delivers up to 2,000 ft-lb of output. By contrast, the TTC2800 uses the TTC800 motorized loader, so the operator does not crank by hand.

Key features of the torque tester system component TTC610

The details below explain why TTC systems suit busy tool rooms and audit-driven plants. They also show what to check before you add a new loader, indicator, or transducer kit.

• High accuracy measurement chain. The TTC2000SYS lists ±0.25% of reading at 25 °C with TTC transducer calibration. Therefore, it gives a tool room a strong reference for checking wrenches between formal calibrations.
• Four test modes. Track, Peak Hold, First Peak, and Power Tool modes cover most hand and power tool checks. So one indicator can test click wrenches, dial wrenches, and some power tools.
• Wide transducer coverage. The system kit spans 4 in-lb up to 2,000 ft-lb across its transducer kits. As a result, one station can test small screwdriver ranges and large wrench ranges.
• Built-in statistics and histogram. The indicator reports max, min, mean, sigma, Cp, Cpk, percent error, and go or no-go counts. In addition, a histogram with set limits shows the spread of results at a glance.
• Data storage and output. The system stores up to 3,000 measurements for later review. Meanwhile, the RS232 port and WedgeLink software help you move results to a computer or printer.
• Manual or motorized loading. The TTC2000 uses a hand-crank loader, while the TTC2800 uses the TTC800 motorized loader. That way, labs can choose manual control or a steadier powered load.

Snap-on data sheet notes

In addition, the Snap-on data sheet for TTC610 notes:

• For electronic torque tester and calibrator.

Typical applications

A TTC system earns its place wherever wrench checks must be fast, repeatable, and recorded. The tasks below are the most common uses we see from buyers. Each one also supports a clean audit trail.

• In-house wrench verification. Quality teams check click and digital wrenches between formal calibration dates. The TTC system gives a steady load and a precise reading, so suspect wrenches come off the line fast.
• Incoming tool inspection. Some plants test every new wrench before it enters service. Therefore, a TTC station helps the receiving team confirm each tool reads within its stated limit.
• Statistical process records. Auditors often ask for proof that torque tools perform in a stable way. With Cp, Cpk, and histogram reports, the system turns repeated checks into clear records.
• Power tool output checks. Power Tool mode helps teams check the output of some powered tightening tools. In addition, the readings support setup work when a line changes to a new joint.
• Replacing worn system parts. A worn loader or a failed indicator can stop a whole test station. So buying the matching TTC600, TTC610, TTC800, or TTC810 part keeps the station running.
• Upgrading to motorized loading. Busy labs test many wrenches each day and want a smoother, steadier load. For example, the TTC800 motorized loader suits a TTC2800 station with a high daily volume.

Industries that use the torque tester system component TTC610

Any site with many torque tools needs a fast, reliable way to check them. So TTC systems show up in plants, hangars, and tool rooms. Here is how each industry uses them in practice.

• Automotive manufacturing. Car and motorcycle plants in Vinh Phuc and Dong Nai run hundreds of wrenches on the line. Therefore, their tool rooms use torque testers to check tools between formal calibrations.
• Electronics manufacturing. Electronics plants in Bac Ninh and Thai Nguyen use many small torque screwdrivers. So quality teams need low-range transducers and clear statistics for customer audits.
• Aviation maintenance. MRO teams at Vietnamese airports must show that each torque tool reads within its limit. A torque tester with stored results also supports the records these teams keep.
• Heavy equipment and machinery. Dealers and plants in Binh Duong service large wrenches for frames, tracks, and gearboxes. In addition, high-range transducers let them check wrenches up to 2,000 ft-lb.
• Tool rooms and calibration labs. Plant tool rooms and accredited labs need a solid reference station for daily checks. Meanwhile, TTC systems give them loaders, indicators, and statistics in one matched setup.
• Energy and power plants. Power plants check large wrenches before outages on turbines and pumps. Because outage windows are short, an in-house tester helps crews start with tools they trust.

Torque tester system component TTC610 compared with similar brands

Several makers sell torque wrench testers and calibration systems for plant tool rooms. Each system takes its own view of loaders, transducers, and software. The comparison below shows where the torque tester system component TTC610 fits among common choices.

If your tool room already runs a TTC2000 or TTC2800 station, matching TTC parts are the simplest choice. They keep the loader, indicator, and transducers in one system. Even so, confirm current specs with each maker before you compare systems. Specifications change over time, so confirm current data with each maker before you decide.

Choosing the right model

• Start with the TTC system your tool room already owns. TTC600 and TTC610 parts belong to the TTC2000, while TTC800 and TTC810 parts belong to the TTC2800.
• List the wrench ranges you need to test. Then confirm your transducer kits cover them, from 4 in-lb up to 2,000 ft-lb.
• Choose motorized loading when your lab tests many wrenches each day. Otherwise, the hand-crank loader gives fine control at a lower volume.
• Check how you will store and share results before you order. For example, plan the RS232 link and WedgeLink software if results must reach a computer.
• Review the warranty line on each product page. The TTC610 and TTC2000SYS carry one year at a Snap-on Repair Center, while loaders are field repairable.
• Keep the operating room between 10 and 32 °C. In addition, stay below 90% non-condensing humidity, because the listed accuracy depends on it.

For other sizes in the same range, compare Motorized Loader – TTC800, Loader (for TTC2000) – TTC600, Digital Indicator – TTC810, Electronic Manual Torque Tester/ Calibrator – TTC2000SYS. Also browse the full Snap-on torque tools shop for handles, testers and adapters.

Care, storage and calibration

• Keep the station in a clean, stable room away from dust and vibration. Then the loader, indicator, and transducers stay accurate and easy to use.
• Wipe the loader and transducer drives after each session with a dry cloth. Also check the drive squares for wear, because loose fits upset readings.
• Recalibrate the wrenches you check every 12 months or 5,000 cycles, as ISO 6789-1:2017 recommends. We can arrange recalibration of the tester through an accredited laboratory.
• Never load a transducer above its rated range. Overload can damage the sensor, so pick the right transducer before each test run.
• Pack indicators and transducers in padded cases when you move the station. In addition, keep them dry in the humid season to protect the electronics.

Frequently asked questions

Request a quote

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.