|Highly accurate and efficient welding experience|
|Easier to use with touch panel and 3D display|
|For manufacturing where everything is connected|
|Cables arranged on the back to save space|
Highly accurate and efficient welding experience
The maximum speed of each axis has improved by up to 27% by fine-tuning acceleration/deceleration control. The operation algorithm has also been reviewed to improve locus accuracy. These improvements can significantly reduce work losses that affect productivity in demanding workplaces. Further, this helps improve product quality, which is indispensable to business success.
Easier to use with touch panel and 3D display
Equipped with a touch panel with a resolution 1.6 times greater than that of G3, which can be operated with work gloves on, and a 3D engine adopted for the first time, this controller realizes a high-definition 3D display and intuitive operations, therefore making it easier to use.
For manufacturing where everything is connected
The G4 controller realizes various functions not available with G3 by utilizing its high speed and parallel processing capabilities. In particular, the adoption of open communication specifications called OPC UA and software-based functional safety with excellent flexibility are typical examples. Connection with new sensors for safety and other devices for data collection or automation will be made easier without any compatibility restrictions with additional devices or hardware limitations.
|Memory Capacity||40,000 points|
|Position Control Method||Software servo system|
|External Memory I/F||TP: SD memory card slot x 1 USB2.0 (Hi-speed supported) x 2|
|Number of control axes||Simultaneos 6 axes (max. 27 axes)|
|Other Input/Output Signal||Dedicated signal: Input 6 points, output 8 points General purpose signal: Input 40 points, Output 40 points Safety In-/Output: Input 8 points, Output 8 points|
|Input Power Supply||3-phase, AC200 V (+-10%), 50 Hz/60 Hz (+-2%)|
|Ground Cable||8 mm2 (AWG8) or more|
|Input Cable||3.5 mm2 (AWG12) or more|