The MXT+ Hydraulic Torque Wrench combines the best of the original MXT Wrench with the latest advanced in bolting technology: coaxial reaction drive, auto-release feature and a new cycle counter. The MXT+ Bolting Machine is constructed from higher strength materials for rugged industrial use and highly repeatable performance. Compatible with standard sockets and equipped with coaxial drive technology to support the HYTORC Washer and HYTORC Nut systems. New quick-couplers provide faster job setup and completion. Cycle counter helps keep tool in callibration, allowing user to schedule preventive maintnance for longer tool life.
CYCLE COUNTER
The MXT+ has an embedded cycle counter to monitor tool use and schedule preventative maintenance and calibration. This feature helps maintain the tool at peak performance for accurate and repeatable bolting results. By providing preventative maintenance the user can achieve the longest tool life possible.
DUAL REACTION ARM
The MXT+ dual-reaction feature allows the user to configure the wrench for rear reaction arms compatible with the original MXT® or newer reaction arms compatible with AVANTI® and ICE® products lines.
AUTO-RELEASE
The MXT+ Wrench has an integrated auto release feature so the operator doesn’t have to flip a lever to un-lock the tool from the application. Simply advance the pump and the tool will free itself making bolting operations faster, safer, and simpler.
SPLINE COVER
A spline cover is supplied with each tool to prevent damage to the tool’s rear splines. Applied when using drive reaction systems to protect the rear splines and improve safety. Easy to install and remove.
QUICK COUPLERS
New quick-couplers provide faster job setup and completion. No more guessing if your connections are tight. A locking mechanism is included with the couplers to prevent accidental disconnection.
STRONGER. DURABLE. REPEATABLE.
The MXT+ has been designed with stronger materials that can handle more then 5 000 duty cycles at max. torque. This bolting-machine will outlast all others and provide consistently repeatable performance, even under the harshest conditions.
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