SLTC FM 2.4 GHz Wireless Preset Click Wrench

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Specification and Ordering Information

SLTC FM 2.4 GHz Preset Click Wrench With A3 Radio English Units of Measure

Part Number	Model Designation	Capacity	Newton Metre	Head
810411	SLTC FM 2.4 GHz A3 50 I	50 in lb	6 Nm	Dovetail
810412	SLTC FM 2.4 GHz A3 150 I	150 in lb	17 Nm	Dovetail
810413	SLTC FM 2.4 GHz A3 300 I	300 in lb	34 Nm	Dovetail
810410	SLTC FM 2.4 A3 300 I OHT	300 in lb	34 Nm	Dovetail
810414	SLTC FM 2.4 A3 750 I	750 in lb	85 Nm	Dovetail
810415	SLTC FM 2.4 A3 1800 I	1800 ih lb	204 Nm	Dovetail
810421	SLTC FM 2.4 A3 1800 I ERGO	1800 in lb	204 Nm	Dovetail
810420	SLTC FM 2.4 A3 3000 I	3000 In lb	339 Nm	Dovetail
810417	SLTC FM 2.4 A3 3600 I	3600 in lb	408 Nm	Dovetail
810418	SLTC FM 2.4 A3 4800 I	4800 in lb	542 Nm	Dovetail

Need an SLTC FM Wrench With a Ratchet? Here You Are!

Part Number	Model Designation	Capacity	Metric Capacity	Head Size/Type
810423	SLTCR FM 2.4 A3 750 I	750 in lb	84.73 Nm	3/8" Ratcheting SD
810424	SLTCR FM 2.4 A3 1800 I	1800 in lb	203.73 Nm	1/2" Ratcheting SD
810425	SLTCR FM 2.4 A3 1800 I ERGO	1800 in lb	203.73 Nm	1/2" Ratcheting SD
810416	SLTCR FM 2.4 A3 3000 I	3000 in lb	339 Nm	1/2" Ratcheting SD
810419	SLTCR FM 2.4 A3 7200 I	7200 in lb	813 Nm	3/4 " Ratcheting SD

How do you know if you have a 6-volt battery/radio wrench or the new A3 battery/radio wrench? A simple way is to look at the part number.

810411 is the SLTC FM A3 50i model.

The 810311 is the SLTC FM 6 volt model.

SLTC 2.4 GHz A3 Preset Clicker-Type Torque Wrenches

Application Information

The new SLTC FM 2.4 GHz A3 Click torque wrench Announcing the new SLTC 2.4 GHz A3 Preset Clicker-Type Torque Wrench. We kept the flattened case for superior accuracy, reliability, and durability. Customers tell us that this wrench holds calibration better than any other brand.

Wireless torque click wrench industrial assembly tool

The new A3 has a new battery that lasts longer and is easier to change. We also added a new raised LED Fresnel to improve visibility when working in less than optimal positions. The AAA batteries are more readily available than are the 6-volt batteries. The AAA batteries also cost less. Some companies are seeing the savings in battery costs to be substantial. The switch to the AAA battery board is a great idea.

Full compatibility with Global 8, Global 8-Ethernet, Global 400, PTV-FM 2.4 GHz, TCV-FM 2.4 GHz, and TCV-Ethernet.
The accuracy of +/- 4% or better of preset value from 20% to 100% of capacity meets or exceeds requirements of ASME B107.300-2010 and ISO 6789.
Excellent audible/tactile impulse when preset torque is achieved.
Error Proofing By Guidance: Monitors time in the “clicked” position to proved “OK/BAD” quality attribute data with every use of the tool.
- Too little time in the clicked position means the tool was likely “jerked”, resulting in either over- or under-torque.
- Correct time in the clicked position means the tool was used properly to transmit the preset torque correctly to the fastener.
- Too much time in the clicked position means the tool was likely pulled past the click and excess torque was applied to the fastener.
- Working with these intelligent tools helps refine eye/hand motor skills and improve performance. This is Error Proofing By Behavior Modification in action.

Have existing 6-volt SLTC FM 2.4 GHz wrenches and want to upgrade? No problem. Retro-fit kits are fast and easy to install and are typically completed in less than five (5) minutes. (Order P/N 10615 for wrenches up to 1800 i and P/N 10616 for wrenches with a capacity of 3000i and larger)

Learn more about the retrofit kit that is right for your wrenches.

A quick note about batteries and our SLTC FM wrenches. The radio in our Exacta Series digital wrenches and our digital torque testers require the use of a NiMH battery. However, the SLTC FM click wrench can use alkaline batteries or the NiMH batteries. For your convenience, we ship our SLTC FM with an alkaline battery (as seen in the photo above) so you can set the wrench, add the battery, and go to work.

Error Proofing From A Different Angle: Definition of error proofing and some observations by W. Edwards Deming.

Finding The Balance: In error proofing "one size fits no one." To find what fits in your organization, start with the fundamental question of "How much responsibility for error proofing should be given to the tool and how much should be operator responsibility?" This section provides more on this concept.

Six Error Proofing Scenarios: Error proofing solutions all have trade-offs. You can have control or you can have flexibility. Rarely do you get both. This page looks at error proofing extremes as well as the middle ground.

How Much Are You Investing In Errors? If your current error proofing system or approach still leaves you with errors you are investing in errors, not error proofing. Error proofing is about quality and it is also very much about dollars and common sense. This page digs into that.

Understanding The Common Centerline: Not having a common centerline is one invisible place where your error proofing approach can introduce errors instead of eliminating them. If you want to know how to calculate a common centerline and why it is important this page is for you.

There is more about error proofing in our tool pages. If you need more, your Sturtevant Richmont Sales Professional is a great resource to help.