Description
The Snap-on TEC2003FUC Torqometer is the code that Lost in HCM lists as the U.S./Metric Follow-up “with Chart”. It shares a catalog row with the plain Snap-on TEC2003FU follow-up wrench, which has a separate page here. The drive and dial match, and the chart is the change.
This is the chart code of the TEC2003FU
Snap-on’s CAT1500i prints the TEC2003FU in its Combination US/Metric Reading/Standard 2% Accuracy table. The note under it says those wrenches ship without a certificate of calibration. The Torqometer pages add that a C suffix marks certificate models. So the extra C on the TEC2003FUC points to documents. Meanwhile, Lost in HCM calls the item a chart, and its listing leaves the contents unstated.
Why paper matters more on a 2,000 ft-lb dial
However, a wrench this size is hard to move around. At 80 inches long, it needs a long crate. Also, a lab that can test 2,000 ft-lb may sit far from your site. As a result, a buyer who skips the chart may wait days for a first check. The chart code helps in cases such as:
- For example, a power plant or wind project with a QA dossier that lists every tool.
- Also, a shutdown that starts in the same week the wrench lands.
- Heavy equipment rebuilds that a customer inspector signs off.
When the plain TEC2003FU still fits
For instance, if your site owns a high-range torque tester, the first check can happen in-house. Likewise, a contract with an outside lab may already cover large tools. Then the plain code avoids paying for a document your lab would replace. In most other cases, the Snap-on TEC2003FUC Torqometer removes a step.
Snap-on TEC2003FUC Torqometer facts
- 1 inch square drive on the head.
- Foot-pound dial up to 2,000 ft-lb, marked every 50 ft-lb.
- Kilogram-meter dial up to 280 kg·m, marked every 5 kg·m.
- 80 in long and 4-13/32 in wide, with a 2-1/8 in head depth that leaves out the drive.
- Plus a separately packed 93TQPA 5 ft tubular extension handle, per the catalog footnote for this row.
On this dial, a pair of needles marks both the targeted torque and the torque achieved, so the reading stays clear. The same row lists the TEC2003L signal model, but no Basic model.
Handling the Snap-on TEC2003FUC Torqometer on site
Snap-on’s UK brochure rates the Standard 2% grade from 20% of full scale to full scale. So use the TEC2003FUC from about 400 ft-lb or 56 kg·m up. In addition, keep a steady pull, and brace your stance on big joints. Never exceed the rated torque, and do not use the wrench to break fasteners loose. Finally, file the chart under the asset number, so auditors can find it fast.
Asking for the chart-code TEC2003FUC
Lost in HCM supplies this large Torqometer in Vietnam and handles the quote. Write the full C code, so the chart version ships. Then ask Lost in HCM to quote the TEC2003FUC, browse other heavy-duty torque wrenches, or contact SMK Vietnam about large-joint tools.
Big-joint questions on the TEC2003FUC
Does an extension handle ship with the TEC2003FUC?
The CAT1500i footnote lists a separately packed 93TQPA 5 ft tubular extension handle for this row. Confirm it on your Lost in HCM quote.
How many N·m does the TEC2003FUC full scale equal?
About 2,710 N·m, since each ft-lb is close to 1.356 N·m.
Is there a 1-1/2 inch drive version?
Yes. The TEC2005FU row carries the same 2,000 ft-lb and 280 kg·m scales on a 1-1/2 inch drive.
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