The Rondo 50485 Pneumatic Spring 200n, manufactured by Rondo under the AllPoints brand, is a high-precision pneumatic suspension component designed for industrial and manufacturing applications requiring controlled movement and load support. Engineered with a 200 newton capacity, it provides reliable height adjustment and shock absorption for machinery or automation systems. Its robust construction ensures durable performance under repeated cycles, making it suitable for systems demanding consistent feedback and load management. This pneumatic spring features precise force output and stable operation, optimized for integration into automated equipment or production lines where precise motion control and longevity are critical.
Top AllPoints 50485 Features
The Rondo 50485 Pneumatic Spring delivers consistent force and quick responsiveness, ensuring stable operation in automated systems. Its corrosion-resistant materials enhance durability in demanding environments, while ease of maintenance allows straightforward inspection and replacement. Perfect for machinery requiring precise load calibration, it fits compact mounting configurations and supports high reliability in continuous service. Designed for industrial automation and manufacturing workflows, this pneumatic spring improves workflow efficiency by providing predictable motion and minimizing downtime.
- Functionality: Offers 200N force for precise load support in automation
- Durability: Constructed from corrosion-resistant materials for long-term use
- Ease of Use: Simplifies installation and replacement with standard mounting features
- Application Fit: Suitable for machinery and equipment requiring controlled shock absorption
- Workflow Integration: Ensures smooth, predictable motion to optimize productivity
Ideal for industrial automation setups where precise load management is essential
AllPoints 50485 Technical Specs
The AllPoints 50485 Pneumatic Spring is engineered with a height of 0.9 inches, width of 10.25 inches, and depth of 19.9 inches, weighing approximately 0.59 lbs. It operates efficiently in standard environments, with no hazardous materials involved. Its construction primarily utilizes durable metals suitable for industrial use, devoid of hazardous substances. The spring is designed for applications where a force capacity of 200N is required, supporting consistent performance over extensive cycles. It features a straightforward installation process with mounting compatibility for machinery and automation systems. No electrical requirements are involved, and it maintains reliable operation across typical temperature ranges for industrial equipment. The component ships in a ready-to-install state, with typical shipping times of 4-8 business days.
- Electrical Requirements: None; designed for pneumatic operation
- Construction & Finish: Metal components for minimal corrosion
- Dimensions: Width 10.25", Depth 19.9", Height 0.9"
- Weight: 0.59 lbs including packaging
- Force Capacity: 200N for load support and shock absorption
- Material Safety and Maintenance: Durable metals, easy disassembly for inspection
- Temperature Range: Suitable for typical industrial environments
- Replacement & Accessories: Mounting hardware included
- Electrical Compatibility: Not applicable, pneumatic design for industrial systems
- Mounting & Compatibility: Fits standard pneumatic mounting brackets
- Installation Clearance: Requires adequate space for compression and extension
- Maintenance Routine: Regular inspection for corrosion or wear, straightforward replacement
- Operational Environment: Suitable for ambient temperatures up to standard industrial specifications
What is a commercial pneumatic spring?
A commercial pneumatic spring is a mechanical component that utilizes compressed air to provide controlled force, shock absorption, or motion support in industrial and manufacturing applications. Designed for durability and precise performance, the pneumatic spring maintains stable height and dampening during operation, making it essential for automation machinery, conveyor systems, and equipment requiring load stabilization. The Rondo 50485 Pneumatic Spring is a typical example, offering 200 newtons of force, suitable for supporting machinery in factory settings or assembly lines, and enabling smooth operation under moderate workloads. Its robust construction and reliable force output make it ideal for continuous use in industrial processes demanding precise motion control and longevity.
Top commercial pneumatic springs for manufacturing and automation
Designed for automated systems with moderate workloads, the Rondo 50485 pneumatic spring from AllPoints offers high durability, reliable force support, and ease of integration in industrial equipment. Manufactured for consistent performance in manufacturing environments, it supports machinery requiring controlled motion, making it ideal for production and assembly applications, ensuring operational efficiency with robust construction and precise load control.
- Operation Type — suitable for industrial automation workflows
- Workload Qualifier — tailored for moderate throughput applications
- Kitchen Setting — ideal for manufacturing facilities and production lines
- Use Case — optimized for machinery requiring shock absorption and height regulation
Why Choose AllPoints 50485?
The AllPoints 50485 pneumatic spring distinguishes itself through its durable construction, precise force regulation, and straightforward installation. Unlike comparable models, it combines corrosion-resistant materials with a compact, efficient design, supporting consistent operation in industrial environments. Its resilience and reliability help streamline machinery performance, reducing maintenance needs and downtime, while ensuring smooth, controlled movement in demanding applications.
- Self-contained design minimizes system complexity and maintenance
- Robust construction ensures high durability in demanding conditions
- Compact footprint facilitates easy integration into tight spaces
- Consistent 200N force output enhances machine stability
- Reliable shock absorption improves operational safety and efficiency
