Specifications; Duty Cycle - Sherman digitec DIGITIG PULSE AC/DC 200GD User Manual

3. GENERAL DESCRIPTION
DIGITIG PULSE AC / DC converter serving 200GD with s welding r ę handwriting pr and dem constant and alternating structural steel coated DIGITIG PULSE AC / DC converter serving 200GD with s welding r ę handwriting pr and dem constant and alternating structural steel coated DIGITIG PULSE AC / DC converter serving 200GD with s welding r ę handwriting pr and dem constant and alternating structural steel coated DIGITIG PULSE AC / DC converter serving 200GD with s welding r ę handwriting pr and dem constant and alternating structural steel coated DIGITIG PULSE AC / DC converter serving 200GD with s welding r ę handwriting pr and dem constant and alternating structural steel coated DIGITIG PULSE AC / DC converter serving 200GD with s welding r ę handwriting pr and dem constant and alternating structural steel coated DIGITIG PULSE AC / DC converter serving 200GD with s welding r ę handwriting pr and dem constant and alternating structural steel coated
electrodes (MMA method), and a steel ś qualitative and non-ferrous metal electrodes and electrodes (MMA method), and a steel ś qualitative and non-ferrous metal electrodes and electrodes (MMA method), and a steel ś qualitative and non-ferrous metal electrodes and electrodes (MMA method), and a steel ś qualitative and non-ferrous metal electrodes and
infusible and gas shielded neutral ę dull (TIG). The design and construction of devices and the latest equipment used axes and achievement ę cutting infusible and gas shielded neutral ę dull (TIG). The design and construction of devices and the latest equipment used axes and achievement ę cutting infusible and gas shielded neutral ę dull (TIG). The design and construction of devices and the latest equipment used axes and achievement ę cutting infusible and gas shielded neutral ę dull (TIG). The design and construction of devices and the latest equipment used axes and achievement ę cutting infusible and gas shielded neutral ę dull (TIG). The design and construction of devices and the latest equipment used axes and achievement ę cutting infusible and gas shielded neutral ę dull (TIG). The design and construction of devices and the latest equipment used axes and achievement ę cutting infusible and gas shielded neutral ę dull (TIG). The design and construction of devices and the latest equipment used axes and achievement ę cutting infusible and gas shielded neutral ę dull (TIG). The design and construction of devices and the latest equipment used axes and achievement ę cutting infusible and gas shielded neutral ę dull (TIG). The design and construction of devices and the latest equipment used axes and achievement ę cutting infusible and gas shielded neutral ę dull (TIG). The design and construction of devices and the latest equipment used axes and achievement ę cutting infusible and gas shielded neutral ę dull (TIG). The design and construction of devices and the latest equipment used axes and achievement ę cutting
technology (PWM width modulation ś these pulses) and IGBTs (insulated bipolar transistors and gateway and), which resulted in, with e welder technology (PWM width modulation ś these pulses) and IGBTs (insulated bipolar transistors and gateway and), which resulted in, with e welder technology (PWM width modulation ś these pulses) and IGBTs (insulated bipolar transistors and gateway and), which resulted in, with e welder technology (PWM width modulation ś these pulses) and IGBTs (insulated bipolar transistors and gateway and), which resulted in, with e welder technology (PWM width modulation ś these pulses) and IGBTs (insulated bipolar transistors and gateway and), which resulted in, with e welder technology (PWM width modulation ś these pulses) and IGBTs (insulated bipolar transistors and gateway and), which resulted in, with e welder technology (PWM width modulation ś these pulses) and IGBTs (insulated bipolar transistors and gateway and), which resulted in, with e welder technology (PWM width modulation ś these pulses) and IGBTs (insulated bipolar transistors and gateway and), which resulted in, with e welder technology (PWM width modulation ś these pulses) and IGBTs (insulated bipolar transistors and gateway and), which resulted in, with e welder
characterized ę At low small size and w and. characterized ę At low small size and w and. characterized ę At low small size and w and. characterized ę At low small size and w and. characterized ę At low small size and w and. characterized ę At low small size and w and.
DIGITIG PULSE AC / DC equipment 200GD with Ionization is located in the arc ignition. It has features rise and fall pr and du, przedwypływ DIGITIG PULSE AC / DC equipment 200GD with Ionization is located in the arc ignition. It has features rise and fall pr and du, przedwypływ DIGITIG PULSE AC / DC equipment 200GD with Ionization is located in the arc ignition. It has features rise and fall pr and du, przedwypływ DIGITIG PULSE AC / DC equipment 200GD with Ionization is located in the arc ignition. It has features rise and fall pr and du, przedwypływ DIGITIG PULSE AC / DC equipment 200GD with Ionization is located in the arc ignition. It has features rise and fall pr and du, przedwypływ
and Post-gas and can with possibility SC parameter adjustment pulse and h and du AC. and Post-gas and can with possibility SC parameter adjustment pulse and h and du AC. and Post-gas and can with possibility SC parameter adjustment pulse and h and du AC. and Post-gas and can with possibility SC parameter adjustment pulse and h and du AC. and Post-gas and can with possibility SC parameter adjustment pulse and h and du AC. and Post-gas and can with possibility SC parameter adjustment pulse and h and du AC. and Post-gas and can with possibility SC parameter adjustment pulse and h and du AC.

4. SPECIFICATIONS

4.1 welder
Napi ę of power Napi ę of power Napi ę of power
Maximum power consumption
rated current and d / welding cycle rated current and d / welding cycle rated current and d / welding cycle
rated voltage ę in a state without load until down rated voltage ę in a state without load until down rated voltage ę in a state without load until down rated voltage ę in a state without load until down rated voltage ę in a state without load until down
Maximum current consumption and du Maximum current consumption and du Maximum current consumption and du
network security
Weight (without fittings ę here) Weight (without fittings ę here) Weight (without fittings ę here)
dimensions
Degree ñ protection Degree ñ protection Degree ñ protection
4.1.1 range parameter adjustment
Pre-gas
Post-gas
The growing pr and du The growing pr and du The growing pr and du
drooping pr and du drooping pr and du drooping pr and du
pr and d early and threaded pr and d early and threaded pr and d early and threaded pr and d early and threaded pr and d early and threaded
pr and d welding pr and d welding pr and d welding
pr and d basis pr and d basis pr and d basis
pr and d crater pr and d crater pr and d crater
part ę frequency SC pulse part ę frequency SC pulse part ę frequency SC pulse part ę frequency SC pulse part ę frequency SC pulse
Widely SC pulse Widely SC pulse Widely SC pulse
part ę frequency SC AC part ę frequency SC AC part ę frequency SC AC part ę frequency SC AC part ę frequency SC AC
AC balance
4.2 TIG
handle type
Maximum load until Activities SC pr and Judicial Maximum load until Activities SC pr and Judicial Maximum load until Activities SC pr and Judicial Maximum load until Activities SC pr and Judicial Maximum load until Activities SC pr and Judicial Maximum load until Activities SC pr and Judicial Maximum load until Activities SC pr and Judicial
gas flow
arc ignition
Long SC Long SC

Duty cycle

Duty cycle is based on a period of 10 minutes. 40% duty cycle means with E after 4 minutes of work office and equipment is required 6-minute break. Duty Duty cycle is based on a period of 10 minutes. 40% duty cycle means with E after 4 minutes of work office and equipment is required 6-minute break. Duty Duty cycle is based on a period of 10 minutes. 40% duty cycle means with E after 4 minutes of work office and equipment is required 6-minute break. Duty Duty cycle is based on a period of 10 minutes. 40% duty cycle means with E after 4 minutes of work office and equipment is required 6-minute break. Duty Duty cycle is based on a period of 10 minutes. 40% duty cycle means with E after 4 minutes of work office and equipment is required 6-minute break. Duty
cycle of 100% means with e devices and device can with that worked Æ the way you and Continuously without interruption. cycle of 100% means with e devices and device can with that worked Æ the way you and Continuously without interruption. cycle of 100% means with e devices and device can with that worked Æ the way you and Continuously without interruption. cycle of 100% means with e devices and device can with that worked Æ the way you and Continuously without interruption. cycle of 100% means with e devices and device can with that worked Æ the way you and Continuously without interruption. cycle of 100% means with e devices and device can with that worked Æ the way you and Continuously without interruption. cycle of 100% means with e devices and device can with that worked Æ the way you and Continuously without interruption. cycle of 100% means with e devices and device can with that worked Æ the way you and Continuously without interruption. cycle of 100% means with e devices and device can with that worked Æ the way you and Continuously without interruption. cycle of 100% means with e devices and device can with that worked Æ the way you and Continuously without interruption. cycle of 100% means with e devices and device can with that worked Æ the way you and Continuously without interruption.
Attention! Heating test was carried out at a temperature of surrounding and the air. Duty cycle at 40 ° C was determined by simulation are present. Attention! Heating test was carried out at a temperature of surrounding and the air. Duty cycle at 40 ° C was determined by simulation are present. Attention! Heating test was carried out at a temperature of surrounding and the air. Duty cycle at 40 ° C was determined by simulation are present. Attention! Heating test was carried out at a temperature of surrounding and the air. Duty cycle at 40 ° C was determined by simulation are present.
AC 230V ± 10% 50Hz
MMA 6.6 kVA TIG 4.2 kVA
MMA: 180 A / 40% TIG 200 A / 40%
59 V
MMA: 36.5 A 26.8 A TIG
25 And
18.5 kg
455 x 195 x 415 mm
IP21
0.1 - 1 s
0 - 15 s
0 - 10 s
0 - 25 s
10 - 200 A
MMA: A TIG 20-180: 10-200 A
5 - 95% pr and the welding 5 - 95% pr and the welding 5 - 95% pr and the welding
10 - 200 A
0.5 - 200 Hz
10 - 90%
40 - 200 Hz
30 - 70%
T-26
200 A
10-20 l / min
Contactless (HF)
4 m
4