Tuck-Mounted Platforms S Series
Inquire NowDescription
The Tuck-Mounted Platforms S Series offers unparalleled versatility and reliability for various industrial applications. Designed for enhanced performance, the S177C model boasts a remarkable working height of 17.20 meters and a platform height of 15.20 meters. With a maximum outreach of 7.40 meters and a 360-degree turntable rotation, this platform ensures precise positioning and flexibility when maneuvering in challenging environments.
Engineered with robust features, the S Series includes a lifting capacity of 220 kg and a platform rotation of 180 degrees, making it ideal for tasks ranging from electrical and communication work to streetlight maintenance and firefighting. The platform’s dimensions (1500x800x1150 mm) and stowed height (2400 mm) allow for easy transport and storage.
The innovative hydraulic outriggers and electrical proportional control system provide smooth operation and safety during lifting tasks. This platform is a perfect solution for those requiring reliable access in diverse locations, whether for construction, advertising, or industrial needs.
Specifications
| Feature | Specification |
|---|---|
| Model | S177C |
| Working Height (m) | 17.20 |
| Platform Height (m) | 15.20 |
| Max Outreach (m) | 7.40 |
| Turntable Rotation (°) | 360 |
| Lifting Capacity (kg) | 220 |
| Platform Rotation (°) | 180 |
| Platform Size (mm) | 1500 x 800 x 1150 |
| Height-Stowed (mm) | 2400 |
| Length-Stowed (mm) | 5790 |
| Width-Stowed (mm) | 2100 |
| Controls | Electrical Proportional Control |
| Outriggers Type | Hydraulic |
| Articulating Type | Steel Single Quads Type |
| Chassis Specification | 3.5T |
Additional Information
- Flexible and accurate positioning with a turntable that rotates 360 degrees.
- Customization options available for drive functions and platform components.
- Widely used in various sectors, including Electricity, Communication, Firefighting, and Construction.
- Designed to easily maneuver over obstacles, enhancing work efficiency.
