What are the compatibility and installation requirements for the NXB-GEN-611-018 Perimeter Guard Panel?

Related Products

Tools Required

• Torque wrench
• Socket set (13mm for M8 bolts)
• Tape measure
• Spirit level
• Safety glasses
• Work gloves

Article

This article details the technical specifications, robot series compatibility, and installation best practices for the NexBot Drives 611-018 Perimeter Guard Panel (SKU: NXB-GEN-611-018). This component is a critical element for constructing robust safety perimeters around robotic work cells.

Answer

The NXB-GEN-611-018 is a modular safety fencing component designed for creating physical barriers that comply with industrial safety standards. It is intended for use with NexBot's line of safety fencing posts and mounting hardware, which are sold separately.

Product Specifications

• SKU: NXB-GEN-611-018
• Product Name: NexBot Drives 611-018 Perimeter Guard Panel
• Dimensions: 2000 mm (Height) x 1000 mm (Width) x 30 mm (Frame Thickness)
• Material: Powder-coated steel frame with welded wire mesh.

Robot Series Compatibility

The NXB-GEN-611-018 panel is universally compatible with safety cells designed for a wide range of industrial robots. It is frequently used to secure the operating envelopes of the following NexBot robot series:

• NexBot R-50 (Articulated)
• NexBot R-100 (Articulated)
• NexBot C-10 (Collaborative), for applications requiring a fixed perimeter.
• NexBot S-5 (SCARA)

Compatibility is determined by the overall safety cell design and risk assessment, not direct electronic or mechanical integration with the robot itself.

Installation Requirements

Proper installation is critical for ensuring the safety integrity of the perimeter guard system. The NXB-GEN-611-018 panel must be installed using the appropriate NexBot mounting posts and bracket hardware.

1. Floor Anchoring: The mounting posts that support the panels must be securely anchored to a solid, level concrete floor. The floor must be of sufficient thickness and integrity to support the specified anchor loads. Refer to the mounting post's documentation for anchor bolt specifications.

2. Panel Mounting: Panels are attached to the posts using dedicated panel mounting brackets.

• Position the panel between two installed posts.
• Attach the mounting brackets to the post and the panel frame using the supplied M8 bolts.
• Tighten all bracket bolts to a torque value of 25 Nm (18.4 ft-lbs) to ensure a secure, vibration-resistant connection.
• Verify the panel is plumb and level.

3. System Integrity: The entire fencing system, including all panels, posts, gates, and interlocks, must form a continuous and complete barrier as defined by your site's risk assessment and relevant safety standards (e.g., ISO 10218, RIA R15.06).

Tips and Best Practices

• Layout Planning: Before installation, create a detailed layout of the robot cell. Ensure the fencing provides the required safety distance from the robot's maximum reach, including any end-of-arm tooling (EOAT). Account for access gates, maintenance points, and emergency exits.
• Regular Inspection: Implement a periodic inspection schedule for all safety guarding. Check for signs of damage, such as bent frames, broken welds, or corrosion. Verify that all mounting hardware remains tight and secure.
• Component Integrity: The NXB-GEN-611-018 is a single panel component. It is not a complete kit. Ensure you have procured the necessary posts, mounting brackets, floor anchors, and any required access gates to complete your safety system.

Related Topics

For a comprehensive safety solution, consider the following topics in your project planning:

• Conducting a Robot System Risk Assessment
• Principles of Safety Distance Calculation (ISO 13857)
• Selection and Integration of Safety Interlock Switches

Keywords