SKU: NXB-GEN-611-019 | Version: 1.0 | Brand: NexBot Robotics
The NexBot Robotics 611-019 Perimeter Guard Panel is a critical component for creating safe, compliant robotic work cells by providing a robust physical barrier between automated equipment and personnel. This panel is designed for modularity and strength, enabling the construction of customized safety perimeters tailored to specific automation layouts and risk assessments. Constructed from high-strength steel with a durable, high-visibility yellow powder-coat finish, the 611-019 panel is built to withstand the rigors of an industrial environment. The 40x40mm wire mesh grid provides excellent visibility into the work cell, allowing for process monitoring without compromising safety. This mesh size is specifically chosen to comply with international safety standards, such as ISO 13857, by preventing reach-through to hazardous areas. The overall panel dimensions of 2000mm in height and 1500mm in width make it suitable for establishing full-height barriers that prevent unauthorized access. Key benefits include rapid installation and reconfiguration. The standardized frame design allows for simple integration with NexBot Robotics safety posts and fastening hardware, reducing downtime during initial setup or layout changes. This modularity is essential for dynamic production environments where automation cells may need to be expanded or relocated. Typical applications include creating safety enclosures for articulated robot arms in material handling, palletizing, automated welding, and machine tending operations. The 611-019 panel serves as the primary building block for these enclosures, ensuring that the safety system is both effective and unobtrusive. Maintenance is minimal, typically consisting of periodic inspections for damage or loose fittings to ensure the integrity of the safety barrier is maintained.
The NexBot Robotics 611-019 Perimeter Guard Panel is a passive safety component designed to create a fixed physical barrier. Its primary function is to prevent personnel from accessing hazardous areas where automated machinery is in operation, forming a key part of a comprehensive machine guarding system.
This panel is one component of a modular safety fencing system. It is designed to be used with NexBot Robotics mounting posts, gates, and interlock systems to build a complete, compliant perimeter that meets the requirements of your facility's risk assessment.
Proper installation and maintenance of the 611-019 panel are critical for maintaining compliance with safety standards such as ISO 13857 and OSHA 1910.212. The final configuration of the safety perimeter must be validated by a qualified safety professional to ensure it adequately mitigates all identified risks.
As a static component, the panel has no operational controls. 'Operation' consists of ensuring its continued integrity through regular visual checks. Look for signs of impact, damage, corrosion, or loose hardware that could compromise its protective function.
The area on both sides of the perimeter guard should be kept clear of materials, equipment, and debris. Obstructions can create trip hazards and may prevent the guard from effectively containing a potential hazard from within the cell.
The 611-019 panel creates the fixed, impassable sections of the guard system. Personnel should only enter the robotic cell through designated access gates equipped with safety interlocks, never by attempting to climb over or move a fixed panel.
The panel is engineered to withstand significant impact forces as defined in its performance specifications. If an event occurs where a workpiece or machine component strikes the panel, it must be taken out of service and thoroughly inspected for damage, even if none is immediately visible.
| Interval | Task | Notes |
|---|---|---|
| Daily | Visually inspect panels for obvious damage, such as dents, bends, or misalignment. | This check can be performed by the machine operator at the start of each shift. |
| Weekly | Check for and hand-tighten any visibly loose fasteners on panel mounting brackets. | Focus on areas with high machine vibration. |
| Monthly | Clean all panels with a mild detergent and water to maintain high visibility and remove any corrosive residues. | Do not use pressure washers, which can damage the powder-coat finish. |
| Quarterly | Perform a detailed inspection of all fasteners with a torque wrench to ensure they meet specifications. | Log the torque check results for compliance records. |
| Annually | Inspect the powder-coat finish for deep scratches, chips, or signs of underlying corrosion. Order and apply official NexBot Robotics touch-up paint as needed. | Pay close attention to the base of the panel and areas near the floor. |
| Annually | Conduct a full system audit, checking panel alignment, floor gaps, and the integrity of all post floor anchors. | This should be part of a larger annual safety system validation. |
| As Needed | Immediately replace any panel that has sustained a significant physical impact or is otherwise structurally compromised. | Do not attempt to repair or reuse a damaged panel. |
| Symptom | Possible Cause | Solution |
|---|---|---|
| Panel section rattles or vibrates excessively during machine operation. | Mounting hardware has loosened due to normal operational vibration. | Use a calibrated torque wrench to tighten all fasteners on the affected panel and adjacent posts to the specified values. |
| Visible rust is forming on a section of the panel frame. | The powder-coat finish has been scratched or chipped, exposing the steel substrate to moisture. | Clean the affected area, carefully remove any surface rust with a wire brush, and apply NexBot Robotics-approved touch-up paint. |
| Panel appears bent, bowed, or dented. | The panel has sustained a direct impact from mobile equipment, a dropped tool, or an ejected workpiece. | Immediately cordon off the area and replace the damaged 611-019 panel. The structural integrity is compromised and it can no longer be trusted. |
| The gap between the bottom of the panel and the floor has changed. | Floor anchors for the posts have loosened, or the floor has settled. | Inspect the post anchors and re-secure as necessary. If the gap is inconsistent, posts may need to be shimmed and re-leveled. |
| A panel no longer aligns correctly with its neighboring panel or gate. | A post has been knocked out of alignment or was installed incorrectly. | Loosen the fasteners on the affected panels and posts, re-align the components to be plumb and level, and then re-torque all hardware. |
| The yellow finish appears dull, faded, or chalky. | Prolonged exposure to UV light or cleaning with harsh, unapproved chemicals. | Clean the panel with a mild detergent. If visibility is significantly reduced, the panel should be replaced to maintain safety compliance. |
| Parameter | Value | Unit |
|---|---|---|
| Weight | 24.5 | kg |
| Material | Powder-coated steel | |
| Country of Origin | US | |
| Dimensions | 2000 x 1500 x 40 mm |