Weltouch Cy-210b: Manual
: Typical power sources range from 220V to 480V AC (50/60 Hz), depending on the shipment configuration. Key Setup Instructions
Can store up to 15 distinct weld schedules for rapid recall during different production runs.
Manufacturing, electronics assembly, and automotive components.
The is a vital resource for unlocking the full capabilities of this sophisticated weld controller. With its secondary constant current feedback system, 15 weld schedules, advanced monitoring features, and self-diagnostics, this controller is built for precision and reliability. However, even the most advanced equipment requires proper guidance. weltouch cy-210b manual
Maintains the set welding current regardless of variations in the resistance of the welding circuit or input power fluctuations.
Use the "VALVE-SCHED." key on the front panel to select one of the 15 available slots. Define Parameters:
While not a display, the device contains an internal mechanism to "read" the environment. The CY-210B typically features automatic environment calibration. : Typical power sources range from 220V to
Note: The CY-210B is manufactured by Amada Weld Tech (formerly Miyachi/Weltouch), a leader in precision welding technology.
Use a continuity checker to isolate the Level One (initiation stage) and Level Two (weld execution stage) wire pairs.
: Modulates the physical forging pressure mid-cycle, aligning specialized mechanical pressure intervals with designated internal current steps. Programming & Parameter Setup The is a vital resource for unlocking the
: Always wear leather aprons, long-sleeved jackets, and protective glasses to shield against spatters.
is a constant-current AC resistance welding controller. It is designed for precise industrial welding applications, offering advanced monitoring and feedback features to ensure consistent weld quality.
Requires an insulated jumper wire (min 24 AWG) connected between specific terminals, such as screw #11 and the start signal terminal, as shown in the Amada Weld Tech manual .
: The coil monitors the output current waveform continuously at the secondary stage.
The START P input must be turned on to initiate the Squeeze (SQ) period.