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10 

 

DESCRIPTION OF THE WELDING FUNCTIONS 

 

When you switch the welder on, all of the indicator LEDs will illuminate for approximately two seconds, 

and then the multifunction/amperage display (Fig. 2, #8) and the reference LED showing the welding mode 

selected (Fig. 2, # 3, #4, or #5) will both blink. Approximately two seconds later, the multifunction/

amperage display (Fig. 2, #8) will show the welding current, which you can adjust as necessary with the 

encoder (Fig. 2, #9). The power indicator LED (Fig. 2, #6) remains illuminated while the welder is switched 

on. 

 

DESCRIPTIONS OF THE REGULATIONS IN THE VARIOUS WELDING MODES 

 

STICK WELDING (ARC) 

 

1)  Press the Select Mode button (Fig. 2, #2) to switch on the Arc Weld Mode LED (Fig. 2, #5). 

2)  The display (Fig. 2, #8) will blink 

ARC

 for approximately two seconds. 

3)  The Arc Force Indicator LED (Fig. 2, #10) will illuminate. 

4)  Use the encoder (Fig. 2, #9) to regulate the welding current shown on the display (Fig. 2, #8). 

5)  You can adjust the Hot Start value by pressing and holding the Function button (Fig. 2, #13) for several 

seconds until the display (Fig. 2, #8) shows 

HS

. Once you see 

HS

, let go of the Function button; the 

HS

 

should be replaced by a number between 003 and 040. The number displayed refers to the hot start value 

as a percentage. For example, if you weld at 100 amps and set the 

HS

 to 003, for a short period of time 

after you strike an arc, the welding output is raised to 103 amps. Likewise, if you weld at 100 amps and 

set the 

HS

 to 040, for a short period of time after you strike an arc, the welding output is raised to 140 

amps. 

6)  Pressing the Function button (Fig. 2, #13) once allows you to select the Arc Force value. The display 

(Fig. 2, #8) will blink 

AF

, and then you can select the value with the encoder (Fig. 2, #9). The Arc Force 

can be varied from 0% to 200% based on the set welding current value. 

7)  Pressing the Function button (Fig. 2, #13) again activates the pulse frequency mode. The Pulse Function 

Indicator LED (Fig. 2, #12) will blink and the display will read 

P Fr

. By turning the encoder (Fig. 2, #9), 

you can vary the frequency value from 0.4Hz to 5Hz. The factory set the base current at 50% of the 

welding current value with 50% pulse on time. To exit out of the pulse frequency mode, hold down the 

Function button (Fig. 2, #13) for approximately 2 seconds until the flashing 

P Fr 

disappears. 

 

CELLULOSE ELECTRODE WELDING, 6010 (CEL) 

 

1)  Press the Select Mode button (Fig. 2, #2) to switch on the Cellulose Electrode Mode LED (Fig. 2, #4). 

2)  The display (Fig. 2, #8) will blink 

CEL 

for approximately two seconds. 

3)  The Arc Force Indicator LED (Fig. 2, #10) will illuminate. 

4)  Use the encoder (Fig. 2, #9) to regulate the welding current shown on the display (Fig. 2, #8). 

5)  You can adjust the Hot Start value by pressing and holding the Function button (Fig. 2, #13) for several 

seconds until the display (Fig. 2, #8) shows 

HS

. Once you see 

HS

, let go of the Function button; the 

HS

 

should be replaced by a number between 003 and 040. The number displayed refers to the hot start value 

as a percentage. For example, if you weld at 100 amps and set the 

HS

 to 003, for a short period of time 

after you strike an arc, the welding output is raised to 103 amps. Likewise, if you weld at 100 amps and 

set the 

HS

 to 040, for a short period of time after you strike an arc, the welding output is raised to 140 

amps. 

6)  Pressing the Function button (Fig. 2, #13) once allows you to select the Arc Force value. The display 

(Fig. 2, #8) will blink 

AF

, and then you can select the value with the encoder (Fig. 2, #9). The Arc Force 

can be varied from 0% to 500% based on the set welding current value. 

7)  Pressing the Function button (Fig. 2, #13) again activates the pulse frequency mode. The Pulse Function 

Indicator LED (Fig. 2, #12) will blink and the display will read 

P Fr

. By turning the encoder (Fig. 2, #9), 

you can vary the frequency value from 0.4Hz to 5Hz. The factory set the base current at 50% of the 

welding current value with 50% pulse on time. To exit out of the pulse frequency mode, hold down the 

Function button (Fig. 2, #13) for approximately 2 seconds until the flashing 

P Fr 

disappears. 

Содержание Inverarc 200 TLP

Страница 1: ...Inverarc 200 TLP Owner s Manual 180 Joey Drive Elk Grove Village IL 60007 Ph 847 357 0700 Fax 847 357 0744 Web www usaweld com...

Страница 2: ...than thirty 30 days after the discovery HTP America Inc has reserved the right to make changes in design and or add any improvements to its products at any time without incurring any obligation to in...

Страница 3: ...achine are firmly secured in place when the machine is connected to the power supply Insulate yourself from the workbench and from the floor ground use insulating footwear and gloves Keep gloves footw...

Страница 4: ...4 Fig 1...

Страница 5: ...ltage 100 V No Load Voltage with VRD On Less than 25 V Arc Voltage Stick 20 2 28 V Arc Voltage TIG 10 2 18 V Arc Force Stick Only ARC Welding Mode 0 200 CEL Welding Mode 0 500 Hot Start Stick Only 3 4...

Страница 6: ...atter free MIG TIG only though still reduced spatter when stick welding Higher travel speeds Deeper penetration Less heat input which equals less material distortion Ability to weld thinner material t...

Страница 7: ...y So while stick rods deposit less material lbs hr than flux cored wire the quality of the deposits is much higher generally speaking What makes stick welding so different than all other welding proce...

Страница 8: ...00 years build the same model engine driven welding machines over and over with minimal changes In the last couple of decades however stick welding technology has undergone some major advancements New...

Страница 9: ...c Weld Mode Indicator LED 6 Power Indicator LED 7 Over Temp Indicator LED 8 Multifunction Amperage Display 9 Encoder 10 Arc Force Indicator LED 11 Slope Down Function Indicator LED 12 Pulse Function I...

Страница 10: ...n Indicator LED Fig 2 12 will blink and the display will read P Fr By turning the encoder Fig 2 9 you can vary the frequency value from 0 4Hz to 5Hz The factory set the base current at 50 of the weldi...

Страница 11: ...ndicator LED Fig 2 12 will blink and the display will read P Fr By turning the encoder Fig 2 9 you can vary the frequency value from 0 4Hz to 999Hz The factory set the base current at 25 of the weldin...

Страница 12: ...cable assembly must be connected to the negative weld current terminal Fig 2 1 This is commonly referred to as reverse polarity If the specifications show DCEN Direct Current Electrode Negative the e...

Страница 13: ...it different In Europe procedures that spec pulse welding exist The pulse welding process is relatively new in the U S so no written procedures that spec pulse welding currently exist For example a 1...

Страница 14: ...this you would reduce the max amperage even more For example 110 amps or 120 amps with a 55 amp background current which makes for an average heat input of 110 55 2 82 5 amps With this setting you can...

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