The Yale TTS-H H-Frame Spreader Beam is a highly versatile and durable solution designed for lifting and transporting both symmetrical and asymmetrical loads in industrial settings. With a lifting capacity of up to 25,000 kg, this H-frame spreader beam is ideal for heavy-duty projects, including construction, manufacturing, and large-scale logistics operations.
Equipped with lifting brackets that conform to DIN 15401 standards, the TTS-H ensures secure attachment to single hooks, providing maximum safety during lifting operations. This feature makes it particularly well-suited for operations that require stringent safety protocols and reliable performance.
The grid-adjustable bracket is one of the standout features of the TTS-H. This grid-based adjustment system allows for precise load placement, making it easy to manage various load sizes and configurations. Whether you’re lifting large machinery or irregularly shaped objects, this adjustable design ensures the beam can adapt to different operational needs, improving overall efficiency.
Additionally, the adjustable bracket comes with a handle and swivel hook, designed for quick adjustments to the spreader beam. This allows operators to fine-tune the beam’s position easily to suit the load. However, it’s important to note that the swivel hook cannot be rotated under load, ensuring safety during heavy lifting tasks.
Constructed from high-strength materials, the Yale TTS-H H-Frame Spreader Beam is built for long-term performance in demanding environments. Its durable design ensures that it can withstand harsh working conditions and the repetitive strain of daily lifting tasks. Whether you’re managing symmetrical or asymmetrical loads, the Yale TTS-H provides a robust and adaptable lifting solution that you can trust.
By choosing the Yale TTS-H, you’re investing in a spreader beam that offers both flexibility and durability. Its heavy-duty build and customizable features make it an invaluable tool for industrial applications, reducing the risk of downtime and enhancing operational safety.
