LCTWB08516-TQ is a break-over type torque wrench with 5/16 bit for 3.5mm, 2.92mm, 2.4mm, SMA connectors and a preset value of 8.1 in-lbs. L-com’s LCTWB08516-TQ break-over torque wrenches allow accurate mating force when assembling and disassembling a variety of RF coaxial connectors. The unique feature of break-over torque wrenches is that they will “break” at the pivot point once the preset torque value is achieved, effectively preventing the user from over tightening the coupling nut on the connector which is not possible with a click style torque wrench. Our break-over 3.5mm, 2.92mm, 2.4mm, SMA torque wrenches are lab-quality tools made with a durable nickel-plated steel alloy wrench head connected to a lightweight, Black anodized aluminum handle.
Features
Break-over design prevents over-torqueing
Black anodized aluminum handle
Each break-over torque wrench comes secured inside a labeled wooden box
Application
Lab environments
Production cable attachment
Field install and testing
Applying accurate torque
Preventing over torque
LCTWB08516-TQ is a break-over type torque wrench with 5/16 bit for 3.5mm, 2.92mm, 2.4mm, SMA connectors and a preset value of 8.1 in-lbs. L-com’s LCTWB08516-TQ break-over torque wrenches allow accurate mating force when assembling and disassembling a variety of RF coaxial connectors. The unique feature of break-over torque wrenches is that they will “break” at the pivot point once the preset torque value is achieved, effectively preventing the user from over tightening the coupling nut on the connector which is not possible with a click style torque wrench. Our break-over 3.5mm, 2.92mm, 2.4mm, SMA torque wrenches are lab-quality tools made with a durable nickel-plated steel alloy wrench head connected to a lightweight, Black anodized aluminum handle.
Features
- Break-over design prevents over-torqueing
- Black anodized aluminum handle
- Each break-over torque wrench comes secured inside a labeled wooden box
Application
- Lab environments
- Production cable attachment
- Field install and testing
- Applying accurate torque
- Preventing over torque