How to Use a Torque Multiplier

It is an essential instrument in the production process. Therefore, the worker must learn how to utilize the torque multiplier properly. A torque multiplier is a must-have tool for many industries. It offers the most secure and precise tightening process, ensuring the fasteners are not too tight or loose.

They can reduce the need for repairs and adjustments, improving the efficiency of workers as well as productivity. In this post, we’ll go over all you need to know about how to utilize an increase in torque.

What is a Torque Multiplier?

A torque multiplier is a tool that increases the amount of torque that an operator utilizes. This is because the output power cannot be greater than the power input. Consequently, the number of revolutions output will be less than the input rotations (Torque x RPM = Power).

How does the torque multiplier work:

The torque multiplier utilizes a planetary gear train that has several stages. Each gearing stage increases the torque applied by 5 times the amount. In the case of planetary gears, the wrench transfers tension to the gear that is input or sun. The action turns around three or more planet gears with teeth connecting to the sun gear.

The casing of the multiplier (the ring gear, also known as the ring gear) is also connected to the gear teeth and typically is rotated in a different direction from the sun gear. The reaction arm exists to stop the casing from spinning and causing the gears of planets to spin in the direction of the sun gear.

The planetary gear is set in the planet carrier, and the planet carrier fixes the drive on its output. Thus, as the planet’s gears rotate around that of the sun’s gear, both the planet carrier and the square drive rotate. The torque multiplier cannot apply the torque without an arm reaction to hold the housing in place.

Types of Torque Multipliers

There are two kinds of torque multipliers, electronic and manual. The manual torque multipliers need physical exertion, whereas electric torque multipliers use an electric motor to spin the gearbox. In this post, we’ll concentrate specifically on the manual type of torque multipliers.

Step-by-Step Guide to Using a Torque Multiplier

Now that you understand what a torque multiplier does, we can review the steps to utilize one.

Step 1: Choose the Right Torque Multiplier

The first step is to use a torque multiplier to select the appropriate one for the task. The torque multipliers are available in various dimensions and ratings of torque. Therefore, it is crucial to choose one that is compatible with the specifications for the torque of the bolt you’re working on.

Step 2: Prepare the Bolt

When you’ve found the appropriate torque multiplier Next thing to do is prepare the bolt that you’ll work on. Check that the bolt is free of any debris. Also, ensure you have the right size socket to fit the bolt.

Step 3: Attach the Torque Multiplier

After you’ve prepared the bolt and put it in place, it’s time to attach it to the torque multiplier. First, connect your reaction bar to the multiplier. After that, connect your socket to the torque multiplier and place it onto the bolt.

Step 4: Apply Force

Once the torque multiplier is connected, It’s time to begin applying the force. The reaction bar is turned to the direction of the Arrow over the device, and apply constant pressure until the desired torque is reached.

Step 5: Remove the Torque Multiplier

When the desired torque is attained, it’s time to eliminate the multiplier. Reverse the steps you took to connect the torque multiplier and remove the reaction bar and socket from the torque multiplier.