FG3 controller is used for carbon steel 1.5mm gap butt joint STITCH method (partial)
FG3 controller for low spatter (galvanized sheet)
TM2000FG3(T)- TSMYU380 ( List of goods)
Description | Model | Quantity | ||
1 | 6 Axis Welding Robot Built-in welding gun cable | Model:TM2000(T) R=2011mm,Load=6kg 350A air-cooled welding gun body assembly (including anti-collision sensor), Built-in welding gun cable Cable Line: Standard configuration(5m) | 1 set | 1 set |
2 | Teach pendant | Model:AUR01060 7-inch TFT color liquid crystal display; Use Windows CE system; Cable Line: Standard configuration(10m) | 1 set | |
3 | Controller and built-in welding power supply(CO2 / MAG) | Input Power: 3*AC200V±20V, 3kVA, 50/60Hz; Cooling method: Robot controller: indirect air cooling (internal circulation method) Welding power supply part: direct air cooling Dedicated signal: input 6/output 8; general signal: input 40/output 40; (W)553×(D)550×(H)1405 mm; 190kg | ||
Model: TSMYU380; Three-phase AC 380 V Control method: Digital IGBT control; Load rate: 350A/ 60% ; CO2 / MAG; Contain: Wire feeder , Control cable | ||||
4 | Conductive tip | Φ=1.0mm/Φ=1.2mm, 1 row = 10 pieces | 10 row | |
5 | Welding torch cover | 350A air-cooled welding torch ; 1 row = 5 pieces | 10row |
1.Robot introduction
1.1 FG3 is a power fusion welding robot. Compared with other robots, its main features are:
1. Fusion design of welding power supply and controller, which is a special robot for arc welding;
2. Built-in all-digital MIG/MAG welding power source;
3. The standard is equipped with advanced functions such as welding navigation and quality management;
4. Standard equipped with STITH welding method, which can realize high-quality welding of carbon steel and galvanized sheet.
1.2 Types of welding torch cables
1.3 Controller function
Model | FG3- TSMYU380 | ![]() |
Dimensions | (W)533*(D)550*(H)1405mm | |
Weight | 190kg | |
Cooling method | Air-cooled | |
storage capacity | 40000 points | |
Number of control axes | Simultaneous 6 axes (up to 27 axes) | |
Programmatically | Teaching reproducibility | |
Position control method | Software servo control | |
Input Power | 3*AC200V±20V, 3kVA, 50/60Hz | ![]() |
Input/output interface | Dedicated: 6 input ports/8 output; general purpose: 40 input/40 output | |
Storage interface | 1*SD card slot; 2*USB | |
Speed range | 0.01m/min- 15m/min (teaching) | |
0.01m/min- 180m/min (automatic) | ||
Welding method | CO2, MAG | |
Welding power source | Built-in, 350A (Equivalent to YD-350FR2) |
1.4 Teach pendant function
Panasonic Robot Teach Pendant | ||
Model | AUR01060 | |
Protection level | IP42 | |
Monitor | 7 inch TFT color LCD | |
Memory form | IC/SD | |
USB2.0 | (Hi-Speed not corresponding) bus power supply 150mA | |
DEADMAN switch | 3-point action type | |
Emergency stop switch | Mechanical self-retaining type | |
Connecting cables | 10 m (dedicated cable, port connection) | |
Weight | 988.5g (without cable) |
1.4 TM2000 robot body
Features | Standard arc welding | |
Model | TM2000 | |
Structure type | 6-axis independent multi-joint type | |
Maximum load capacity(KG) | 6 | |
The maximum range of motion [DEG] | JT1(RT) | ±170° |
JT2(UA) | -90°~ +155° | |
JT3(FA) Horizontal benchmark | -205°~ +240° | |
JT3(FA) Upper arm reference | -85°~ +180° | |
JT4(RW) | ±190° | |
JT5(BW) | -130° ~ +110° | |
JT6(TW) (E) | ±400° | |
JT6(TW) (T) | ±200° | |
JT6(TW) (S) | ±400° | |
Maximum speed of movement [DEG/S] | JT1(RT) | 195°/ s |
JT2(UA) | 197°/ s | |
JT3(FA) | 205°/ s | |
JT4(RW) | 425°/ s | |
JT5(BW) | 425°/ s | |
JT6(TW) | 629°/ s | |
Repeatability [MM] | ±0.1mm | |
Horizontal extension [MM] | 2011mm | |
Body weight [KG] | 217 | |
Battery capacity [KW] | 4.7 kw | |
Installation method | Ground, top equipment | |
Installation environment | temperature | 0~45° |
humidity | 35~85% | |
vibration | 0.5G the following | |
other | Robot installation must be away from: flammable or corrosive liquid or gas electrical interference |
FG3 controller for FG low spatter (carbon steel)