Various field needs including visibility, operability, expandability, and space saving are provided

Product Highlights:

  • Optional Involute spline allows various applications including multiple spindle configuration and mounting on an assisting arm
  • 8" Display touch screen
  • Compact tool with high speed exceeding 1000rpm results in high productivity
  • confirmation window with excellent visibility is used to make the operating condition visible at any time
  • The tool has also a hanging fixture 
  • The pistol type grip is used for operators to easily grip and prevent fatigue during long period operation

Basic specifications for the controller:

Fastening Methods: Torque method, torque with angle monitoring method, angle method, torque or
Angle method, torque and angle method and reverse motion angle control method
Fastening Mode:  
No. of the fastening parameters: Max. 250
Fastening result record: Max. 20,000 records (free allocation default data)
Ethernet: Connection with ETHERNET to connect management software in high speed at a remote location with the
Use of special protocol it is possible to monitor, control, and collect the resultant data of fastening.
FiledBus: Compatible with the general Filedbus of Profibus, DeviceNet, CC-Link, and EtherNet/IP with the optional interface
cards mounted. Fastening is controlled and the results are output by I/O. The word format data such as
Torque can be sent by allocating it to I/O.
Remote I/O & PIO: As the option. According to user requirement, Adding these options for necessary environment.
Memory: Program/system parameter, Allocation of I/O, fastening Results, Fastening Result History,
System Error History(FLASH-ROM Back-up) Torque Curve History(Battery Back-up) Parameter in USB memory.
Statistical function: Compatible with QS-9000 statistical process control
Batch counter function: nx OK and nx NG output
External touch panel: The torque values and number of fastening operations can be displayed on the touch type panel and also
Jobs and the channels can be changed on the touch type panel. As the display screen can be designed by users
Necessary and appropriate human-machine interfaces can be constructed.