It is used for height positioning or platform expansion and positioning or clamping of other accessories. It is to ensure that the workpiece reaches a certain height requirement during the processing, and the support is positioned on the platform.
Its advantages are economical and affordable: the cost and time of each product change are almost no longer required. The equipment is easy to operate and safe to use. Users can assemble different requirements according to the required speed, just like assembling toys. The three-dimensional flexible modular fixture is composed of universal modules that meet the technical requirements of standardization, serialization and standardization. The connection, fixation and compression of all modules are suitable for positioning and locking with holes. Modules and modules can be adjusted according to the actual size of the workpiece. The combination of a complete set of fixtures and fixture systems can realize the construction of two-dimensional and three-dimensional space, which is simple and convenient, suitable for children to play with building blocks.
The 200 support angle iron refers to a specific category of structural steel angle profile, typically characterized by at least one leg dimension being approximately 200mm (millimeters). As a fundamental L-shaped steel profile, it serves primarily as a robust structural support element in a multitude of construction, industrial, and fabrication applications. Its significant size implies a capacity for handling substantial loads, making it a key component for creating strong, rigid connections and frameworks.
The term “200 support angle iron” specifies a few key characteristics:
Understanding the specifics is crucial when working with 200 support angle iron:
While “200” points to a major dimension, full specification includes both leg lengths and the material thickness (e.g., 200 x 100 x 10 mm). Thickness significantly impacts strength and weight. Standard lengths vary, but they are often supplied in 6 or 12-meter lengths, which are then cut to size. Dimensional tolerances are governed by standards like ASTM A6/A6M or relevant EN standards.
This type of angle iron is typically produced from common structural steel grades, such as:
The grade determines the steel’s yield strength, tensile strength, and weldability, impacting its load-bearing capacity.
The capacity of a 200 support angle iron to carry load depends heavily on its exact dimensions (leg lengths, thickness), material grade, the unsupported length (span), how it’s loaded (tension, compression, bending), and how it’s connected or braced. Due to its significant size, it’s generally considered a heavy-duty angle iron capable of supporting substantial loads, but specific calculations by a qualified engineer are necessary for structural applications.
The strength and size of 200 support angle iron lend it to numerous uses:
Choosing the correct specification is vital for safety and performance:
Example Size (mm) | Common Thickness Range (mm) | Typical Grades | Primary Use Case Example |
---|---|---|---|
200 x 100 | 10 – 16 | A36, S275JR, S355JR | Lintels, Frame Members |
200 x 150 | 10 – 18 | A36, S275JR, S355JR | Heavy Bracing, Equipment Frames |
200 x 200 (Equal Angle) | 16 – 24 | A36, S275JR, S355JR | Columns (built-up), Truss Chords, Heavy Supports |
*Note: Availability varies by region and supplier. Thickness ranges are typical examples. Always verify with supplier stock and engineering requirements.
The 200 support angle iron is a substantial structural component offering significant strength and versatility for demanding applications. Its L-shape, combined with large dimensions and robust steel construction, makes it ideal for creating reliable supports, frames, and connections in construction and industrial settings. Proper selection based on load, environment, and grade, along with correct installation practices, is essential to leverage its full potential as a structural support bracket and dependable framework element.