SKU: NXB-GEN-842-005 | Version: 1.0 | Brand: NexBot Robotics
The NexBot Robotics 842-005 Conveyor Section is a modular, high-strength component designed for seamless integration into automated material handling systems and robotic work cells. This structural section serves as the foundational element for building custom-length transport lines for assembly, inspection, and packaging applications. Constructed from a robust, hard-anodized aluminum extrusion, this conveyor section offers an excellent combination of low weight and high rigidity, ensuring stable and reliable parts transport. The profile features integrated T-slots along its length, providing versatile mounting options for guide rails, sensors, stops, and other peripheral devices without the need for drilling or welding. This modularity significantly simplifies system setup, modification, and maintenance. The conveyor section has a total length of 2000 mm and a standard width of 500 mm, making it suitable for a wide range of part sizes and production layouts. Its design supports a distributed load capacity of up to 150 kg per meter, accommodating both lightweight components and heavier workpieces common in industrial environments. This conveyor section is engineered to work alongside NexBot Robotics systems, facilitating pick-and-place, machine tending, and line-tracking operations. By establishing a consistent and predictable flow of materials, it enables robots to perform tasks with greater efficiency and accuracy. Installation is straightforward, with standardized connection points allowing multiple sections to be joined together to create extended conveyor lines tailored to specific facility requirements. The 842-005 section is delivered as a structural frame, ready for the integration of a compatible belt, rollers, and drive system.
The NexBot Robotics 842-005 is a 2000mm structural conveyor section fabricated from a high-strength, hard-anodized aluminum extrusion. It serves as a modular building block for creating custom material handling systems. Its T-slot design allows for easy integration of sensors, guides, and other accessories.
This conveyor section is designed exclusively to serve as the structural framework for a material transport system. It must be combined with a drive system, conveyor belt media, and support legs to become operational. It is not a standalone unit and has no moving parts.
The unit consists of a single, integrated aluminum extrusion with dimensions of 2000 x 500 x 150 mm. Key features include the flat top surface for belt support and the T-slots located along the sides for mounting hardware and accessories. The SKU NXB-GEN-842-005 is laser-etched on the underside of the section.
The load capacity of the 842-005 section is a function of the support leg spacing and the type of load (distributed vs. point). Always refer to the NexBot system design guide to ensure your application does not exceed the structural limits. Distribute weight as evenly as possible.
The anodized aluminum surface is compatible with most plastics, cardboard, and common packaging materials. Avoid direct, prolonged contact with highly caustic or acidic substances, which may damage the anodized finish over time. This component is intended for indoor, dry industrial environments.
The T-slots along the 500mm sides are designed for standard T-nuts (sold separately). These slots are ideal for mounting robotic guides, photo-eye sensors, product stops, and cable management trays. Ensure any mounted accessories do not interfere with the conveyor belt path.
The smooth, flat top surface of the 842-005 section is designed to act as a slider bed for compatible conveyor belting. Ensure the belt material is appropriate for this type of support surface to minimize friction and wear. Proper belt tension and tracking are critical for system performance.
| Interval | Task | Notes |
|---|---|---|
| Weekly | Visually inspect the conveyor surface for debris, fluid spills, or foreign objects that could impede product flow or damage the conveyor belt. | Clean with a soft cloth and a mild, non-abrasive, pH-neutral cleaning agent. Avoid harsh chemicals. |
| Monthly | Check all accessible fasteners connecting the section to support legs and adjacent sections to ensure they remain tight. | Vibration can cause fasteners to loosen over time. Re-torque if necessary, following original specifications. |
| Monthly | Inspect the anodized surface for deep scratches or gouges that could snag products or accelerate belt wear. | Minor cosmetic scratches are normal, but deep gouges with raised edges should be carefully deburred. |
| Quarterly | Verify the conveyor section remains level both along its length and across its width using a precision level. | Building foundations can settle over time. Adjust support legs as needed to re-level the surface. |
| Annually | Perform a thorough structural inspection. Check for any signs of bending, twisting, or stress fractures, especially at connection points and mid-span. | This is especially critical for systems operating near their maximum designed load capacity. |
| As Needed | Clean the T-slots to remove any accumulated dust or debris that could interfere with mounting or adjusting accessories. | Use compressed air (with eye protection) or a vacuum with a narrow attachment for effective cleaning. |
| Symptom | Possible Cause | Solution |
|---|---|---|
| Conveyor belt (sold separately) consistently tracks to one side on this section. | The conveyor section is not level side-to-side. | Use a precision level across the 500mm width of the section and adjust the support legs until the surface is perfectly level. |
| A visible gap or vertical lip has formed between two connected conveyor sections. | Fasteners on the joining plate have loosened due to operational vibration. | De-energize the system. Loosen the joining plate fasteners, carefully realign the sections until they are flush, and re-tighten fasteners to the correct torque specification. |
| Excessive frame vibration or rattling noise. | Support legs are not securely fastened to the conveyor section or anchored to the floor. | Inspect and tighten all fasteners connecting the conveyor section to the support legs. If applicable, check that floor anchors remain secure. |
| Products are snagging or catching at a specific point on the conveyor surface. | A deep scratch or gouge on the aluminum surface, or a misaligned joining plate. | Inspect the surface for damage. Carefully smooth any minor burrs with a fine deburring tool. Realign adjacent sections if a lip has formed at the joint. |
| Accessories mounted in the T-slots are loose or have shifted position. | Incorrect T-nuts are being used, or they were not sufficiently tightened during installation. | Verify that the T-nuts are the correct size and profile for the extrusion. Remove and reinstall the accessory, ensuring the T-nut is properly engaged and securely tightened. |
| The conveyor section appears to be visibly sagging in the middle. | The load exceeds the capacity for the current support leg spacing, or the section has been damaged by a severe impact. | Immediately stop the conveyor and remove all load. Review the system design guide to either reduce the operational load or install an additional support leg mid-span. Inspect for permanent damage. |
| Parameter | Value | Unit |
|---|---|---|
| Weight | 55.5 | kg |
| Material | Anodized Aluminum | |
| Country of Origin | US | |
| Dimensions | 2000 x 500 x 150 mm |