Fastening tools - Import export

Digital Power Tool Tester with Pulse Counter Management of tightening screws begins on checking fastening tools. YET testers are designed for high precision torque control of mainly impulse type tightening tools. Also usable for angle nutrunners, screw drivers, ratchet wrenches etc. However impact wrenches can be tested also, you should not exceed approx. 2/3 of the testers rated capacity. Install the YET torque tester in a tool maintenance shop, test laboratory, or at production lines for effective control of fastening such as acceptance inspection, periodical check and torque adjustment. YET torque testers feature a parallel centronics printer port and a serial RS-232C computer interface enabling simultaneous protocol as well as external data recording. Key Features: High accuracy within R.O. ± 0.5 % (stat. Load) Large digital display (LED) Measuring time can be set by every 0.1 sec within 9.9 sec. Shut-off time can be set 1-2-3 sec.

Error Proofing Takes a Giant Leap Forward The Exacta Series of Radio Equipped Digital Torque Wrenches is the final piece in connecting all the torque application and data about every hand tool tightened fastener in your assembly. We have different Exacta digital wrenches to work with the Global Series of Process Monitors/Controllers. Learn more about how these nearly indestructible yet sophisticated torque application measuring tools can add value to your assemblies. The 1200 Series Exacta 2 Digital Torque Wrench has earned the reputation of being the hardest working, most accurate, reliable and durable digital wrench on the market. That reputation is built on much more than the ± 1% Indicated Value accuracy. The 1200 Series Exacta 2 pairs with the Global 400 and Global 400mp only. It does not communicate or pair with the Global 8. Note: The 1200 Series Exacta 2 Digital Torque Wrench is engineered to work with the radio in function mode. It will not perform without the radio...

Rotary Transducer with Angle Measurement Option CheckStar sets the standard for dynamic torque and angle measurement of all continuous drive and impulse tools, with proven reliable performance in thousands of applications worldwide. CheckStar transducers fit in-line between the assembly tool and the fastener, measuring the actual torques applied under production conditions. Whatever the vibration and shock loads experienced, CheckStar's patented contact system ensures contact is always maintained between the readout and the strain gauges. Inferior systems suffer from "brush bounce" that leads to unreliable torque readings. The low inertia design of CheckStar ensures accurate and repeatable measurement of high speed transients, such as the point of shut-off on continuous drive tools and the pulsing of impulse tools.

The CheckStar Multi is the latest generation of Crane Electronics market leading CheckStar in line rotary torque transducer. It raises the standard for dynamic torque and angle measurement of all continuous drive and impulse tools, with proven reliable performance in thousands of applications worldwide. If angle is specified, the CheckStar Multi rotary torque transducer will include an angle encoder giving 0.125° resolution (720 PPR). It also incorporates a light ring, giving the user visual feedback of the status of a tightening, when used with a Crane readout or data collector. The CheckStar Multi fits in line between the assembly tool and the fastener, measuring the actual torques applied and angular rotation of the fastener, under production conditions. Whatever the vibration and shock loads experienced, CheckStar Multi’s patented contact system ensures a connection is always maintained between the readout and the strain gauges. [...]

Convenient tool to fasten rivets, type 093. By using this tool the pin of the push rivet is mounted very reliably which speeds up the assembly time and avoids product failure. G = dimension G from series 093 Application: Attach the guide bushing on the rivet pin. Push the tool through completely. Thereby the pin is driven into the rivet.