What to Do If the 34488-26 Torque Multiplier Gets Stuck? How to Release Reaction Force and Residual Torque

You′ve finished a high-torque job with a torque multiplier and now want to take the tool off — but the reaction arm is stuck, and the multiplier just won′t come loose?

Don′t force it off, and don′t hit it with anything.

This can happen because, after a high-torque job, residual torque is still trapped inside the multiplier, keeping the gear set under load. That residual torque needs to be released first before the tool can be removed safely.

This article uses the KING TONY 34488-26 Torque Multiplier as an example to explain why it gets stuck, what the reaction arm actually does, and — most importantly — how to release residual torque.

The first time people use a torque multiplier, a common question is: what does that reaction arm off to the side actually do?

As a torque multiplier amplifies the input torque, the tool body also takes on an equal and opposite reaction moment. Without a reaction arm braced against a solid support point, the multiplier can spin along with the input tool, preventing torque from transferring effectively to the bolt or nut — and increasing the risk of losing control during operation.

So the reaction arm isn′t just a part that props the tool up — it′s the key structure that lets the multiplier work stably.

The 34488-26 comes with two reaction arms, so you can choose the one that fits your working space and support point. Before use, always make sure the reaction arm is braced firmly against a solid, non-slip support point.

The simple way to remember it: the multiplier amplifies torque, and the reaction arm braces against the opposing force.

Reaction arm installation diagram

This is one of the most common issues people run into the first time they use a torque multiplier.

After a high-torque job, residual torque may still be present in the gear set and mechanism, keeping the multiplier under load. So when you try to pull the tool straight off, you may find:

• The reaction arm is stuck
• The multiplier won′t come off directly
• The input tool feels like it′s locked

This doesn′t necessarily mean the tool is faulty — it′s often just the result of residual torque left over from a high-torque job.

What matters most at this point is:

Don′t force it off, and don′t strike the multiplier.
Release the residual torque first, then remove the tool.

To release residual torque on the 34488-26, follow the steps below.

No. The N position is for release only.

This is the one thing you absolutely need to remember when using the 34488-26.

The 34488-26′s selector lever has three positions — CW, CCW, and N:

• CW: normal clockwise operation
• CCW: normal counterclockwise operation
• N: releases residual torque

For normal tightening or removal, the lever should be set to CW or CCW.

⚠️ Important
Switching to N is meant for releasing residual torque — never apply force while the lever is in the N position. If you keep applying force in N just because the tool feels stuck, it can damage the tool or create other operating risks.

Because the multiplier may still be under load at that point.

Think of it this way:

High-torque fastening → gear set stays under load → residual torque remains in the mechanism → tool gets stuck

Forcing it off at this point is like trying to take the tool apart without first releasing the force still stored inside it.

So the correct order is:

Release the residual torque first → then remove the multiplier

Not:

❌ Stuck → force it off → strike it

That′s also why, when using a torque multiplier, knowing "how to tighten" isn′t enough — you also need to know "how to release it safely."

If you don′t want to remember everything above, here are the four essentials:

1. ① Brace the reaction arm firmly against a support point
   This keeps the multiplier from spinning along with the input tool.

2. ② Getting stuck after use doesn′t always mean a fault
   Residual torque may simply remain after a high-torque job.

3. ③ Never force it off or strike it when it′s stuck
   Release the residual torque using the correct procedure first.

4. ④ N is for release only
   Use CW or CCW for normal operation — never apply force in the N position.

This article walks you through reaction force, residual torque, and what the N position is for. If you′d rather see the actual operating procedure, check out the video below.

KING TONY 34488-26 Torque Multiplier Demonstration

If a torque multiplier won′t come off after a high-torque job, don′t rush to force it.

First check whether the tool is still under load, then follow the correct procedure: increase torque by 5%, switch to N, release slowly in the opposite direction, and confirm full release before removing the tool.

Knowing how to release residual torque correctly is what lets a high-torque job not just get finished, but finish safely.

Learn the tool. Enjoy the work.