S.p.A.
ITEM TE550
Instruction manual
1.4
- DESCRIPTION OF THE DISPLAYED INFORMATION
Some pieces of information are displayed on the main frame following each weld sequence;
this is done both for the cycles carried out in WELD mode and for the ones in NO-WELD
mode.
The values displayed in the following description are representative only.
PROG. 001 SPOT 12340
WELD TIME 10.0 ~
CURRENT RMS 43.26 kA
CONDUCTION DEG 142°
In WORK configuration, the displayed descriptions are always in English regardless of the
selected language in the
SETUP MENU
.
PROG. 001
It indicates the program used for the last weld sequence; it may be a number between 001
and 250. It is displayed both in WELD and in NO WELD mode.
SPOT 12340
It stands for the welded spots counter; it may be a number between 00000 and 65000. It is
updated in WELD mode only and it may be cleared by means of the CLEAR key.
WELD TIME 10.0 ~
It indicates the welding time used for the last weld sequence. Its value is included between
00.5 and 99.5. The same value is displayed both in WELD and in NO WELD mode.
CURRENT RMS 43.26 kA
It indicates the current value used for the last weld sequence. In WELD mode it may have a
value between 00.00 kA and 90.00 kA. In NO WELD mode its value is 00.00 kA. It represents
the average of the RMS values measured for each welding time half-cycle. The value shown
always refers to the WELD current parameter. In case of pulse weldings, the current value
would always be the average value of all the pulses.
CONDUCTION DEG 142°
It indicates the current conduction angle of the last weld. In WELD mode, it may have a value
between 000° and 180°. In NO WELD mode, the displayed value is 000°. The conduction
angle represents the current flowing time along the half-cycle. The displayed value represents
the average of the measured values for each half-cycle of the welding time.
The showed value always refers to the main adjustment, basically to the WELD parameter
one. In no instance is the conduction angle of the current measured during the slope time. In
the case of pulse weldings, the angle value would refer to the last pulse.
Examples of currents with different conduction angles:
Angle of
Angle of
Conduction 180°
Conduction 72°
9/92
