Ships From Usa Modul 350® 18,5 Kw - Contec Limited Time 90% Off [Vcq3LICH]

MODUL 350® 18.5 kW - CONTEC

Introducing the MODUL 350® by CONTEC, a game-changer in mobile kugelstrahlen technology. This powerful machine boasts a 18.5 kW motor, delivering exceptional performance on both hard concrete surfaces and steel areas such as bridges, ship decks, and tanks. Its modular design allows for unparalleled flexibility, ensuring efficient and cost-effective operation in a variety of applications. With its compact dimensions and high mobility, the MODUL 350® is the ideal solution for your kugelstrahlen needs.

Technical Specifications

The MODUL 350® is equipped with a 350 mm working width and operates at 400 V and 50 Hz, featuring three phases for optimal performance. With a current draw of 29.5/35.2 A and a motor power of 18.5 kW, this machine is capable of handling even the most demanding tasks. Its motor has a nominal current of 25.7/31.4 A and a rotational speed of 2935/2940 min-1, ensuring smooth and efficient operation. The MODUL 350® weighs between 440/450 kg and measures 110 cm in height, 185 cm in length, and 55 cm in width. Additionally, it comes with an R2D2 suction system, a 125 mm diameter hose connection, and a 0.75 kW pre-motor for added convenience.

Practical Applications and Benefits

The MODUL 350® is designed to enhance productivity and efficiency in various industries. Its unique modular principle allows for the same height across different beam widths, ensuring compatibility with various attachments. With just two machines, you can enjoy the same replacement parts, making maintenance and repairs a breeze. This innovative machine is perfect for use on very hard concrete floors and coatings, as well as steel surfaces like bridges, ship decks, and tanks. Key benefits include compact dimensions and high mobility, high beam performance on steel, quick setup with the elevated rear wheel swing, easy transport to the work area, and long-lasting wear parts. The MODUL 350® is the ultimate choice for professionals seeking a reliable and efficient kugelstrahlen solution.