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The Wacker Neuson SM 3-S is a 3-meter flexible shaft designed for effective on-site concrete vibration in various construction applications, including foundations, walls, columns, and slabs. It is an integral component of Wacker Neuson's modular Head, Motor, Shaft (HMS) system, offering adaptability and efficiency for construction professionals requiring reliable internal concrete vibration solutions.
Constructed with durability in mind, the SM 3-S features an oil-resistant reinforced rubber shaft with steel-reinforced coils on the quick disconnect end, reducing wear and increasing shaft life. Its flexibility allows for ease of maneuverability during operation, ensuring effective concrete consolidation even in challenging areas.
| Specification | Details |
|---|---|
| Model Number | SM 3-S |
| Part Number | 5100005709 |
| Shaft Length | 3 m (10 ft) |
| Compatible Vibrator Heads | 35-70 mm diameter |
| Compatible Motors | All Wacker Neuson motors with quick disconnect coupling |
The SM 3-S shaft, when paired with a compatible vibrator head and motor, delivers efficient concrete consolidation. Its flexible design allows operators to navigate tight spaces with ease, ensuring thorough vibration and optimal concrete strength. The quick disconnect coupling reduces setup time, enhancing operational efficiency on the job site.
Q: Is the SM 3-S shaft compatible with all Wacker Neuson vibrator heads?
A: The SM 3-S is designed for use with vibrator heads ranging from 35 to 70 mm in diameter. For compatibility with other head sizes, consult Wacker Neuson's guidelines or contact an authorized dealer.
Q: Can the SM 3-S shaft be used with any motor?
A: The SM 3-S is compatible with all Wacker Neuson motors equipped with a quick disconnect coupling. Using it with other motors is not recommended and may void the warranty.
Q: What is the advantage of the quick disconnect coupling on the SM 3-S?
A: The quick disconnect coupling allows for rapid and secure attachment to compatible motors, reducing setup time and enhancing operational efficiency on the job site.
