Amada IPB-5000B - Page 84

IPB-5000B
10. External Communication Function
10-14
5) Reading of Monitored Value (M)
The function to save judging results is not equipped. Read them after each
welding.
Specified
Code
Item Contents (n=0 to 9)
M00 WE1 Monitor Current (PEAK Value) n.nnkA
M01 WE2 Monitor Current (PEAK Value) n.nnkA
M03 WE1 Monitor Voltage (PEAK Value) n.nnV
M04 WE2 Monitor Voltage (PEAK Value) n.nnV
M06
WE1 Monitor Power (POWER-H)
(NB2)
nn.nkW
(NB1)
WE1 Monitor Power (POWER-L)
(NB2)
n.nnkW
M07
WE2 Monitor Power (POWER-H)
(NB2)
nn.nkW
(NB1)
WE2 Monitor Power (POWER-L)
(NB2)
n.nnkW
M12 WE1 Monitor Resistance nn.nm*
(NB1) (NB3)
M13 WE2 Monitor Resistance nn.nm*
(NB1) (NB3)
M18 Final Displacement +/-nn.nnnmm
M21 Precheck Monitor Current n.nnkA
M23 WE1 Weld Time nnn.nms
M24 WE2 Weld Time nnn.nms
M30 WE1 Monitor Current (RMS Value) n.nnkA
M31 WE2 Monitor Current (RMS Value) n.nnkA
M32 WE1 Monitor Voltage (RMS Value) n.nnV
M33 WE2 Monitor Voltage (RMS Value) n.nnV
M65 Work Detecting Displacement +/-nn.nnnmm
M99 Monitor Value (Batch Output)
Batch output of
monitor value
NB1: The range between 0.0 and 9.9 is output as [SP]0.0 and [SP]9.9.
NB2: POWER-H, POWER-L indicates Constant Power Control.
NB3: The symbol “*” means Ω.
 Batch Output of Monitor Value (Specified code: M99)
Order
Output Data
(n=0 to 9)
Contents
1 n.nn, WE1 Monitor Current (PEAK Value)
2 n.nn, WE2 Monitor Current (PEAK Value)
3 n.nn, WE1 Monitor Voltage (PEAK Value)
4 n.nn, WE2 Monitor Voltage (PEAK Value)
5
nn.n,
(NB1)
WE1 Monitor Power (POWER-H Constant Power Control)
n.nn, WE1 Monitor Power (POWER-L Constant Power Control)
6
nn.n,
(NB1)
WE2 Monitor Power (POWER-H Constant Power Control)
n.nn, WE2 Monitor Power (POWER-L Constant Power Control)
7 nn.n,
(NB1)
WE1 Monitor Resistance
8 nn.n,
(NB1)
WE2 Monitor Resistance