Most Wishlisted Size 2 Traveller Car With Single Shackle Take Off New Style [4lSxGfMY]

Most Wishlisted Size 2 Traveller Car With Single Shackle Take Off New Style [4lSxGfMY]

Introducing the Most Wishlisted Size 2 Traveller Car With Single Shackle Take Off New Style [4lSxGfMY], a versatile and durable solution for your Recirculating Ball Bearing Traveller System. This innovative car is designed to enhance the efficiency and reliability of your system, providing a robust and user-friendly experience. Its single shackle take off feature offers ease of use and quick installation, making it an ideal choice for both professional and DIY enthusiasts.

Product Specifications

Experience the precision and quality of the Size 2 Traveller Car with its comprehensive range of specifications. The single take off measures 166mm in length and 254mm in double take off, ensuring compatibility with various systems. With a weight of 547g for the single take off and 923g for the double take off, it is lightweight yet robust. The car boasts a width of 70mm and expands to 120mm with control line cleats, providing ample space for control lines up to Ø 8mm. Its height ranges from 44mm to 57mm, depending on the take off configuration, and it has a safe working load (SWL) of 700kg, ensuring it can handle heavy-duty applications.

Practical Applications and Benefits

Whether you are a professional engineer or a DIY enthusiast, the Most Wishlisted Size 2 Traveller Car With Single Shackle Take Off New Style [4lSxGfMY] is designed to meet your needs. Its internal control line sheaves and single shackle take off make it an excellent choice for a wide range of applications, from industrial machinery to home workshops. The car's lightweight design and easy installation process make it a convenient solution for daily use, while its high-quality construction ensures long-lasting performance. With its ability to handle heavy loads and its compatibility with various systems, this traveller car is a must-have for anyone looking to enhance their Traveller System's efficiency and reliability.