Product Description
Thyristorised Welding Rectifier
Since our establishment in 1980, we are engaged in manufacturing and exporting a vast gamut of Thyristorised Welding Rectifier. Manufactured using high end technology, these rectifiers are ideally demanded in varied industries for welding. Made available in different specifications, these welding rectifiers are highly acknowledged among our clients due to its superb welding performance and rugged construction. We are offering this Thyristor Welding Rectifier in safe packaging in order to avoid any damage during transit.
Features:
- Hot start facility
- Electronically controlled anti stick
- Remote control unit
- Real Vertical Characteristics.
- Stable Arc with easy droplet transfer.
- 'Hot Start' facility.
- Epoxy powder coated body for rust free long life.
- Electronically Controlled 'Anti stick'.
- Remote Control Unit.
- Protection against H.F. Interference and Thermal run away.
- Superb Welding Performance.
- Reliable and Tropical Design.
Specifications:
| PARTICULARS | UNITS | WR20TH | WR30TH | WR40TH | WR60TH |
| Input Supply | Volts | 415 V 10%, 3 Phase, 50 Hzs. AC |
| Open Circuit Voltage (OCV)(Max.) | V. DC | 80 | 95 |
| Welding Current Range | Amps. DC | 10 200 | 10 300 | 10 400 | 10 600 |
| Max WeldingCurrent @ 60% Duty Cycle | Amps. | 200 | 300 | 400 | 600 |
| Rating | KVA | 12 | 17 | 22 | 40 |
| Current Regulation Type | Amps. | Stepless (With Remote) |
| Insulation | Class | H (Copper Wound) |
| Cooling | | Forced Air Cooled |
| Max. Dimensions (Approx)(LxWxH) | MM | 790x310x690 | 945x380x770 | 970x460x830 |
| Weight (Approx) | Kgs. | 95 | 130 | 140 | 180 |
| Confirm To | | IS 4559 1993 |
Advanced Welding Control TechnologyFeaturing thyristorised control, this welding rectifier ensures precise arc stability and adjustable pulse frequency, catering to varying material thickness and welding techniques. Its robust design supports both manual and automatic operation, enhancing flexibility and productivity for standard and industrial applications.
Durable and Efficient ConstructionBuilt with a mild steel body and Class H insulation, the rectifier is engineered to withstand demanding environments. Forced air cooling maintains optimal operating temperatures, while a high efficiency rating of 85% reduces power consumption and operational costs during extended welding sessions.
FAQs of Thyristorised Welding Rectifier:
Q: How does the thyristorised welding rectifier improve the arc welding process?
A: The rectifier uses advanced thyristorised control to deliver a stable welding current, allowing for adjustable pulse frequencies. This enhances arc performance, reduces spatter, and ensures consistent weld quality across varied materials and thicknesses.
Q: What are the main benefits of using this welding rectifier in industrial environments?
A: Its high efficiency (85%), robust mild steel construction, and Class H insulation offer reliable operation and safety. The forced air cooling system and ability to handle both manual and automatic welding make it ideal for demanding industrial settings.
Q: When should I choose a thyristorised welding rectifier over traditional welding machines?
A: Choose this rectifier when precise control, higher efficiency, and versatility are requiredespecially for operations needing stable 400A output, adjustable pulse frequency, and the flexibility to switch between manual and automatic welding functions.
Q: Where can this welding rectifier be installed and used?
A: Designed for standard and industrial environments, it can be used in fabrication shops, shipyards, construction sites, and manufacturing facilities. Its durable construction and forced air cooling make it suitable for harsh Indian work conditions.
Q: What is the typical process for setting up and operating the rectifier?
A: Installation involves securing the unit, connecting to a 415V power supply, and setting the desired arc current or pulse frequency. Operators can then choose between manual or automatic modes based on project requirements, ensuring optimal welds with minimal setup time.
Q: How is the performance of this rectifier optimized for continuous welding?
A: The forced air cooling and insulation grade Class H protect internal components from overheating, while adjustable controls help maintain efficiency and consistent output during prolonged operation.