14
M1 - T1 & T3 GYS AUTO
EN
SPOOL GUN (OPTION)
Spool gun description and functionning
- The spool on gun torch must be installed on the torch T1 connector.
- The spool on gun works either in « Manual » mode or either in « Synergic » mode.
- In « manual » or « Synergic » mode, only the wire speed adjustment knob on the torch (4) is active (the wire speed
potentiometer of the device is not active).
-« Synergic » mode:
-Place the wire speed knob on the torch (4) at the middle of its area then adjust if necessary.
-For more information on the « Synergic » mode, refer to page 9.
1- Hood Opening/closing knob
2- Reel holding nut
3- Reel locknut (do not tighten too much)
4- Rollers tension adjusting screw
5- Wire speed adjusting knob
Assembly process
Reel :
- Open the hood (1)
- Remove the reel holding nut (2) (NB. : no reversed screw)
- Tighten the locknut (3) to bulge the reel axis (do not tighten too much)
- Insert the reel-To insert the wire in the rollers, apply pressure on the «roller tension setting screw »
Torch:
- Pull out the wire of the T1 torch in winding up the reel.
- Pull out the T1 torch
- Plug the power connector of the spool on gun on the T1 connector.
- Plug the control connector of the spool gun-Place the switch on T1 position.
FACTEUR DE MARCHEDUTY CYCLE AND WELDING ENVIRONMENT
- The welding unit describes an output characteristic of «constant current» type. The duty cycles following the norm
EN60974-1 (at 40°C on a 10mn cycle) are indicated in the table here below:
X/60974-
1 à 40°C(T
cycle=10min)
I max
60%(T cycle=10min)
100%(T cycle=10min)
T1 GYS AUTO
25% à 150A
110A
90A
T3 GYS AUTO
25% à 150A
110A
90A
M1 GYS AUTO
15% à 140A
80A
60A
Note: The warming test was done at room temperature and the duty cycle at 40°C were determinated by simulation.
- These are A-class devices. They are designed to be used in an industrial or professional environment. In a different
environment, it can be difficult to ensure electromagnetic compatibility, due to conducted disturbances as well as
radiation.
- This device complies with IEC 61000-3-12, provided that the power of the short-circuit Ssc is equal to or greater
than 1.8MVA at the interface between the machine and the mains power network. It is the responsibility of the instal-
ler or user of the equipment to ensure if necessary by consulting the operator of the mains electricity, that the equip-
ment is only connected to a power supply where the power of short-circuit ssc is equal to or greater than 1.8MVA.
ADVICE AND THERMAL PROTECTION
- Respect the basic rules of welding.
- Leave the air holes of the device open to allow air circulation.
- Leave the device plugged after welding to allow its cooling.
- Thermal protection: The light turns on and the cooling duration is a couple of minute according to the area
temperature.
Summary of Contents for M1 GYS AUTO
Page 4: ...3 M1 T1 T3 GYS AUTO IV V VI 1 2 3 5 4 1 3 2 4 5 6...
Page 6: ...5 M1 T1 T3 GYS AUTO T3 GYS AUTO option ref 032958 032972 M5x12 x4 5 6...
Page 13: ...29 M1 T1 T3 GYS AUTO M1 GYS AUTO...
Page 14: ...30 M1 T1 T3 GYS AUTO T1 GYS AUTO...
Page 15: ...31 M1 T1 T3 GYS AUTO T1 GYS AUTO DV...
Page 16: ...32 M1 T1 T3 GYS AUTO T3 GYS AUTO...
Page 17: ...33 M1 T1 T3 GYS AUTO T3 GYS AUTO DV...
Page 37: ...18 RU EN 169 EN 379 3 c CEI IEC 62081 TIG...
Page 38: ...19 RU a b c d e f g h i a b c d...
Page 39: ...20 RU MMA TIG MMA TIG 2 230 15 400 15 TIG...
Page 40: ...21 RU MIG 041806 3 2 15 20...