es
it
gb
fr
p
pl
tr
-
25
-
DESCRIPTION OF THE EQUIPMENT
This product is an equipment for manually welding metals by
means of heat produced by an electric arc.
Technologically, the
STAYER WELDING
equipment is an
electrical power source for welding by transferring high
frequency power managed by intelligent control logic And
improved welding.
Compared to traditional technology based on transformers
operating at 50 Hz public grid frequency, Inverter
STAYER
WELDING
technology has a larger power density per unit
of weight, increased power saving and the possibility of an
automatic, instantaneous and precise control of all welding
parameters.
As a result, you will more easily produce a better weld with
equipments having lower power consumption and less
weight compared to equivalent traditional equipments based
on heavy transformers.
All series MMA
STAYER WELDING
equipments are apt
for coated electrode welding and tungsten electrode torch
welding with inert gas protection.
Figs: 1, 2, 3, 9.
1. On/off switch
2. Light emitting indicator
3. Cooling pause indicator light
4. Welding intensity adjustment control
5. Connection terminals of the welding cables
6. Power supply cable and plug of the equipment by country
7.Electrode mode switch /TIG (models PROGRESS1700L,
PROGRESS1700PFC / 2100PFC only)
8. Display indicator
9. Regulator Arc Force (PROGRESS1700PFC / 2100PFC)
Fig 4.
1 Positive (+) Weld Output Terminal Connect work lead to
positive weldoutput terminal.
2 Negative (- ) Weld Output Terminal Connect TIG torch to
negative weld output terminal.
3 Gas Cylinder
4 Cylinder Valve Open valve slightly so gas flowblows dirt
from valve. Close valve.
5 Regulator/Flowmeter
6 Flow AdjustTypical flow rate is (15 cubic feet perhour)
7.1 liters per minute. Connect torch gas hose to regulator/
flowmeter.
7 Gas Valve. Valve controls on the handle gas preflow
andpostflow. Open valve on torch just before welding And
close when finished.
Fig 5, 9.
1 Negative (- ) Weld Output Terminal Connect work lead to
negative weld output terminal.
2 Positive (+) Weld Output Terminal Connect electrode
holder topositive weld output terminal.
Fig. 6 - S100.25B Series:
1. Display indicator.
2. Regulation of Hot Start.
3. Regulation of Arc Force.
4. Regulation of Amps.
5. Fire indicator light
6. Alarm indicator and / or thermal rest
Figs 10,11
1. Output amp setting
2. Adjustment of ‘Arc Force’
3. MMA / TIG Lift Arc selector
4. ON / OFF selector for VRD
5. Thermal pause indicator
6. GRID / GENERATOR power source selector
7. Setting ‘Hot Start’.
8. Menu selector button
9. Value increase button
10. Value drop button
1.- EXPLANATION OF THE NORMATIVE
MARKINGS
1
2
3
4
5
6
8
10
11
11a
11b
11c
7
9
12
12a
12b
12c
13
13a
13b
13c
14
15
16
17
18
Pos. 1 Name, address and mark of the manufacturer,
distributor or importer.
Pos. 2 Identification of the model
Pos. 3 Model mapping
Pos. 4 Symbol of the welding power source
Pos. 5 Reference to the standard complied by the equipment
Pos. 6 Symbol for the welding process
Pos. 7 Symbol for use in environments with increased
electrical shock risk
Pos. 8 Symbol of the welding current
Pos. 9 Nominal no-load voltage
Pos. 10 Voltage range and nominal output current
Pos. 11 Duty cycle
Pos. 11a Duty cycle at 45%
Pos. 11b Duty cycle at 60%
Pos. 11c Duty cycle at 100%
Pos. 12 Nominal cutoff current (I2)
Pos. 12a Current value for duty cycle at 45%
Pos. 12b Current value for duty cycle at 60%
Pos. 12c Current value for duty cycle at 100%
Pos. 13 Load voltage (U2)
Pos. 13a Voltage value for duty cycle at 45%
Pos. 13b Voltage value for duty cycle at 60%
Pos. 13c Voltage value for duty cycle at 100%
Pos. 14 Symbol for power supply
Pos. 15 Nominal value of voltage supply
Pos. 16 Maximum nominal supply current
Pos. 17 Maximum effective supply current
Pos. 18 IP degree of protection