![]() ![]() They all stored in a bespoke case tightly in case of dust, oil, vibration. Philip: PH2, PH3 socket/ key set and 100mm extension adapter, 100mm extended HW5 Hex for reaching concealed bolts. 【All the Bits You Need】: Includes Hex: HW3, HW4, HW5, HW6, HW8, HW10. With its wide 1-25 Nm range, you'll be able to maintain and fit a wide range of parts without damaging them or the bike's frame It helps to prolong component life and ensure rider safety. 【Easy to Set & Useful to Have】: This accurate torque wrench helps you ensure that the fittings on your bike are tightened to the correct torque and that clamping forces are distributed evenly across clamping surfaces. Its comfortable ergonomic handle makes it easier to keep your grip on the tool at awkward or difficult angles, making it useful for trickier projects or last-minute tightness checks ![]() Wider Torque Range with Industrial Level Accuracy- 1-25 N.m wrench capacity with fine tuning to 0.2 N.m. 【Accurate Torque Wrench】: This scale torque wrench is designed for speed and accuracy, putting precision above almost anything else. You could easily get the click and know where to stop A “clicker” torque wrench will make an audible click once you’ve reached the torque level you’ve set. With a torque wrench, the problem is solved. However, many studies have shown that most riders tend to overtighten just about everything, which leads to damaged equipment, stripped threads, and broken bolts. You can then adjust your wrench accordingly to get the right torque.【Reliable & Safe】: You might think that you don’t need a torque wrench to work on your bike maintenance. Then, multiply the measurement by the weight you’re using to calculate the applied torque. When you’ve found the transition point between clicking and not clicking, mark it with a pen and measure the distance from the square drive. Once you’ve adjusted it, move the weight further down the handle towards the square drive until it doesn’t click. If the wrench doesn’t click, adjust the spring tension by turning the screw located on its handle until it does. Then, secure the square drive of the wrench in a bench vice with the handle extending out and hang your weight from the handle with rope. Find a weight you can use to calibrate your wrench and multiply this by the wrench’s length to get your appropriate setting. To calibrate a torque wrench, start by measuring the distance from the square drive to the handle to the nearest inch. ![]() If your wrench is a different size or you’re using different weights, your figures will be different. Be sure to use the correct distance and weight figures.For this example, 40 foot-pounds is equal to 54.2 Newton meters. To convert foot-pounds to Newton meters, multiply by 1.35582.Then, multiply the number of Newtons by the length in meters: 88.94949 Newtons x 0.6096 meters = 54.2 Newton meters. To do this, multiply the number of kilograms by 9.807. If you're working with metric units, start by converting the weight to Newtons.That comes out to 480 inch-pounds (24 inches times 20 pounds) which equates to 40 foot-pounds (480 inch-pounds divided by 12). In order to determine the right setting for the torque wrench, multiply the distance you measured in step 2 by the 20 pounds you will be using for your weight. The equation is: handle distance times weight divided by 12. Calculate the appropriate setting for your weight. ![]()
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