Overview: The document provides technical specifications and features of the Diesel Engine-Driven DC
Welder/AC Generator model DLW-500ISW. It includes details on welding modes, engine specifications, and additional features.
Specifications:- Welding Modes: The device supports constant current (CC) and drooping characteristic modes. In CC mode, the current remains constant even if the arc length increases. In drooping mode, the current decreases as the arc length increases.
- Engine Specifications: The welder is powered by a Kubota V1505-K3B water-cooled diesel engine with four cylinders, a bore and stroke of 78 x 78.4 mm, and a total displacement of 1.498 liters. It has a rated output of 24.6 kW at 3000 min-1 and 27.1 kW at 3600 min-1.
- Power Output: The device provides both DC welding output and AC power output. It features a 3-phase 4-wire system with a power factor of 0.8 (lagging) and brushless type excitation with AVR.
- Dimensions and Weight: The welder measures 1550 mm in length, 800 mm in width, and 885 mm in height, with a dry weight of 542 kg and a total weight of 599 kg.
Features:- Fuel Efficiency: The engine speed is automatically controlled by the load capacity to save fuel and maintenance costs. It operates in high/low modes and variable speed depending on the welding amperage.
- User-Friendly: The welder is designed for ease of use, allowing beginners to perform stable welding and professionals to adjust welding penetration as needed.
- Control and Monitoring: The device includes various controls and indicators such as AC/DC voltmeters, ammeters, frequency meter, arc force regulator, and engine monitor warning lamps.
- Optional Features: Additional options include oil pressure and water temperature gauges, battery charging ammeter, remote control receptacle and switch, and VRD selector and lamp.
Conclusion: The DLW-500ISW is a versatile and efficient welding and power generation solution, suitable for both beginners and professionals, with a range of features to enhance performance and ease of use.
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