Description
The Paprsky Screw Ground Anchor (PS-SDZ Series) is a versatile and robust anchoring solution designed for both temporary and permanent applications in electrical and telecommunications engineering. Its screw-in design allows for rapid installation into various soil types, providing a secure hold for guy wires, tents, masts, and other structures requiring ground stabilization.
Engineered for efficiency, the PS-SDZ Series eliminates the need for concrete foundations in many scenarios, significantly reducing installation time and labor costs. Whether used for securing temporary construction equipment or as a permanent fixture for utility poles, these anchors deliver reliable holding power and stability.
Specifications
| Model | Rated Load | Maximum depth | Weight |
| PS-SDZ-1 | 10KN | 1000mm | 10.2kg |
| PS-SDZ-3 | 30KN | 1500mm | 14.6kg |
| PS-SDZ-5 | 50KN | 1800mm | 20kg |
Key Features
- Rapid Installation: The screw design allows for quick deployment without excavation or concrete pouring.
- Dual Application: Suitable for use as both a temporary anchor for construction sites and a permanent anchor for long-term installations.
- High Holding Power: The helical blade maximizes surface area contact with the soil, providing superior resistance to pull-out forces.
- Durable Construction: Built to withstand environmental stresses and soil conditions.
- Reusable: Can be unscrewed and removed for reuse in temporary applications (depending on soil conditions and wear).
Applications
- Telecommunications:Anchoring guy wires for antenna masts and towers.
- Electrical Engineering: Securing utility poles and temporary power structures.
- Construction: Stabilizing scaffolding, tents, and site equipment.
- Agriculture: Anchoring trellises, fencing, and crop protection structures.
- Solar Energy: Ground mounting for solar panel arrays.
Brand Value Proposition
Paprsky Energy provides innovative infrastructure solutions that save time and resources. The Screw Ground Anchor (PS-SDZ Series) offers a practical, cost-effective alternative to traditional anchoring methods, delivering the strength and reliability needed for critical engineering projects.
