Current control type torque driver controller + high -resolution encoder brushless AC servo motor driver tool TN501 series
Nippon Technart

By simply setting the screw tightening torque value, a stable screw tightening is always achieved regardless of the type, variation of the screw, work, and the difference in friction, joint characteristics. A next -generation standard torque driver system that provides a variety of functions and flexibility that can handle all automation requests. Current -controlled torque driver system that can freely manipulate ABL series Draiba tool, which is a combination of brushless AC servo motor and high -resolution encoder, and provides a variety of functions that can respond to all kinds of automation requests ･ Collection of current control torque drivers for miniature screws for the first time in October 1985 and accumulating and studying since the first shipment of the watch industry in October 1985, gathering experience and know -how ･ Torque mode that realizes accurate and stable screw tightening regardless of the conditions of screws and work by setting the torque value only ･ Angle mode that flexibly responds to all kinds of twist and angle tightening ･ Program mode that realizes a series of movements that combine multiple movements, conditional branching, error processing, etc. ･ Various monitoring functions that respond to detailed analysis of screw tightening and traceability requests ･ Flexibility to edit each function and control parameters ･ Multiple screw tightening synchronization control is possible by adding an option CAN port ･ World Wide Power Source Compatible AC100 ~ 120V or AC220 ~ 240V 50/60Hz ･ External control I/O ports (compatible with NPN/PNP) ･ ANA OUT terminal (real -time output of motor current waveform signal, etc.) ･ USB & RS-232C Serial Port (Serial Command Control / Process Monitor Data Output / Established Constant customization, etc.) ･ CAN port option (local networking ･ Sync twist) ･ Realistics and long -term output torque accuracy and long life are realized by combining brushless AC servo motors and robust gears and parts ･ Automatically correct the unique output efficiency of individual driver tools ･ Prepare a straight type and a biased core type as standard ･ Easy one -touch quick chuck adoption of bit mounting and removal ･ Bit guide mechanism that maintains bit synthesis ･ Bit cushion mechanism can be incorporated ･ Static electricity countermeasure Bit Conductor Organization is possible ･ In the biased core type, it is possible to incorporate the screw floating detection sensor. ･ Design and supply bit sleeve according to individual applications ･ Flexible and prompt response to custom -made specifications such as narrow pitch requests in multiple axle arrangement