ADJUST_WELDING_SETTING

This structure defines the adjustable parameters for welding operation, allowing both preset and real-time modification of welding variables such as voltage, current, velocity, and weaving offsets. It is used to fine-tune welding performance dynamically during or before operation.

BYTE#	Field Name	Data Type	Value	Remarks
0	_bRealTime	unsigned char	0 or 1	Operation mode flag 0: Preset mode 1: Real-time adjustment
1	_bResetFlag	unsigned char	0 or 1	Reset control flag 0: Maintain current value 1: Reset
2	_fTargetVol	float		Target voltage value (V)
6	_fTargetCur	float		Target current value (A)
10	_fTargetVel	float		Target welding velocity (mm/s)
14	_fOffsetY	float		Weaving offset along Y-axis (mm)
18	_fOffsetZ	float		Weaving offset along Z-axis (mm)
22	_fWidthRate	float		Weaving width scaling rate (percentage multiplier)

Total size: 26 bytes

Defined in: DRFS.h

typedef struct _ADJUST_WELDING_SETTING
{
    /* Mode selection: preset(0) or real-time(1) */
    unsigned char _bRealTime;

    /* Reset flag: keep current(0) or apply new setting(1) */
    unsigned char _bResetFlag;

    /* Target voltage (V) */
    float _fTargetVol;

    /* Target current (A) */
    float _fTargetCur;

    /* Target welding velocity (mm/s) */
    float _fTargetVel;

    /* Weaving offset along Y-axis (mm) */
    float _fOffsetY;

    /* Weaving offset along Z-axis (mm) */
    float _fOffsetZ;

    /* Weaving width scaling factor (ratio) */
    float _fWidthRate;

} ADJUST_WELDING_SETTING, *LPADJUST_WELDING_SETTING;

Note

• _bRealTime enables on-the-fly welding parameter control, useful for adaptive welding applications.

• _bResetFlag allows either retaining the current welding state or fully reinitializing to new preset values.

• The combination of voltage, current, and velocity defines the welding heat input, while _fOffsetY/Z and _fWidthRate tune the oscillation path geometry.