Torque converter tool

Instant Torque Unit Converter (Newton Meters, Foot Pounds & More)

Easy step by step torque converter with free online box above. Quickly convert between Newton meters (Nm), foot pounds (ft-lb), inch pounds(in-lb) and many other common torque units whether you are performing automotive repairs, industrial machinery or precision engineering.

TOOL FOR UNIT CONVERSION OF TORQUE

Torque unit converter meaning:

A torque unit converter is a converting tool to give out different measurement of rotary force. It's crucial for:

  • Care and maintenance of the automobile
  • Specification of industrial equipment
  • Engineering calculations
  • DIY projects and home repairs
  • Professional mechanical work

How to use the torque converter that we sell

  1. Input your unit of torque: Nm, ft-lb, in-lb
  2. Put the number you want to convert in
  3. Select the output unit you want

Dec 10, 2023 · Instant Results: Get accurate conversion results

Common Torque Conversions

Quick Reference Table

Please Select 1 Ft-Lb 1Inch
1 Nm 0. 738 ft-lb 8. 851 in-lb
10 Nm 7. 376 ft-lb 88. 507 in-lb
50 Nm 36. 878 ft-lb 442. 537 in-lb
100 Nm 73. 756 ft-lb 885. 074 in-lb

Popular Conversion Formulas

  • Nm->ft-lb: X0.738
  • ft-lb to Nm: multiply by 1.356
  • in-lb → Nm: times by 0.113
  • ft-lb in-lb: multiply by 12

Practical Applications

Automotive Applications

Engine Work

  • Cylinder head bolts
  • Main bearing caps
  • Flywheel bolts
  • Spark plugs

Wheel Service

  • Lug nuts/bolts
  • Brake caliper bolts
  • Wheel bearing nuts

Industrial Applications

Machine Assembly

  • Mounting bolts
  • Coupling alignment
  • Framework assembly

Quality Control

  • Torque verification
  • Assembly specifications
  • Testing procedures

Why Our Torque Converter?

  • ✓ Free to use
  • ✓ Instant conversions
  • ✓ Multiple unit options
  • ✓ Mobile-friendly interface
  • ✓ No registration required
  • ✓ Up to 3 Decimal precisions

Common Torque Units Explained

Newton Meters (Nm)

  • SI unit of torque
  • Features a standard in international specs
  • Typically found in European and Asian automobiles

Foot Pounds (ft-lb)

  • Standard US unit
  • Common in American vehicles
  • It is often used in specifications for construction projects.

Inch Pounds (in-lb)

  • Utilized in lower torque implementations
  • Common in small equipment
  • Precision assembly work

FAQs About Torque Conversion

What is torque?

Torque is a twisting force that results in the turning of an object about an axis. It is also important in mechanical systems and it is the force at distance of the rotation point.

What Are the Types of Torque Units I Need to Convert?

When is a torque conversion needed?

  • Experience with international standards
  • Employing instruments set in other measurements
  • Adhering to manufacturer specifications
  • Changing from metric to imperial and vice versa

How accurate are torque conversions?

The precision level of our converter is upto three decimals. It is sufficiently accurate for most professional applications.

Principle Takeaways in Torque Applications

Safety Guidelines

  • Always use calibrated tools
  • Adhere to manufacturer guidelines
  • Convert units carefully
  • Double-check calculations

Professional Tips

  • Use proper torque sequences
  • Applicable when supplied torque angle.
  • Keep in mind thread lubricant influences
  • Temperature sensitive factors

Technical Details

The torque converter in our example employs specific conversion factors:

  • One Newton meter = 0.737562149277 foot pounds
  • 8.85074579332 inch pounds = 1 Newton meter
  • 1 foot pound = 12 inch pounds
  • 1 kgfm = 9.80665 Nm

Additional Units Available

  • Kilogram-force meters (kgf⋅m)
  • Kilogram-force centimeters ( kgf⋅cm )
  • Dyne centimeters (dyn⋅cm)
  • Graham-force centimeters (gf⋅cm)

Professional Usage Note

However, even though you can rely on our converter to give you the correct results every time, always:

  • Verify critical conversions
  • Use calibrated torque tools
  • Adhere to manufacturer specifications
  • Record applied torque values
  • Consider safety margins

Popular tools