1. **Select Mobile Bases**: Choose mobile bases that match the weight and size of your shelving units. Ensure they have locking mechanisms for stability. 2. **Prepare the Shelving Unit**: Empty the shelves to make the unit lighter and easier to handle. If possible, disassemble the unit for easier installation. 3. **Measure and Mark**: Measure the dimensions of the shelving unit's base. Mark the positions where the mobile bases will be attached, ensuring even weight distribution. 4. **Attach Mobile Bases**: - **Casters**: If using casters, drill holes at the marked positions on the bottom of the shelving unit. Attach the casters using screws or bolts, ensuring they are securely fastened. Use locking casters for stability. - **Dolly or Platform**: If using a dolly or platform, place the shelving unit on top of it. Secure the unit to the dolly using brackets or straps to prevent movement. 5. **Reassemble and Load**: If disassembled, reassemble the shelving unit. Load the shelves evenly to maintain balance. 6. **Test Mobility**: Carefully move the shelving unit to ensure the mobile bases function smoothly. Lock the wheels or bases when the unit is in the desired position. 7. **Safety Check**: Double-check all attachments and locks to ensure the unit is stable and secure. Adjust as necessary. 8. **Regular Maintenance**: Periodically check the mobile bases for wear and tear. Tighten any loose screws or bolts and replace damaged parts as needed.

To attach feet or footplates to shelving posts, you will typically need the following tools: 1. **Drill**: A power drill is essential for creating holes in the shelving posts if they are not pre-drilled. It is also used to drive screws or bolts into place. 2. **Drill Bits**: Appropriate drill bits for metal or wood, depending on the material of the shelving posts, are necessary to create holes for screws or bolts. 3. **Screwdriver**: A manual or electric screwdriver is needed to tighten screws. The type of screwdriver (Phillips, flathead, etc.) will depend on the screws used. 4. **Wrench or Socket Set**: If bolts are used instead of screws, a wrench or socket set will be required to tighten nuts onto the bolts. 5. **Measuring Tape**: Accurate measurements ensure that the footplates are aligned correctly on the shelving posts. 6. **Level**: A level is used to ensure that the footplates are attached evenly, preventing the shelving from being unstable. 7. **Marker or Pencil**: For marking drilling points on the shelving posts to ensure precise placement of the footplates. 8. **Clamps**: These can be used to hold the footplates in place while you drill or screw them into the shelving posts. 9. **Safety Gear**: Safety glasses and gloves should be worn to protect against metal or wood shavings and to provide a better grip on tools. 10. **Rubber Mallet**: If the footplates need to be tapped into place, a rubber mallet can be used to avoid damaging the materials. These tools will help ensure that the footplates are securely and accurately attached to the shelving posts, providing stability and support for the shelving unit.

Mobile bases are not universally compatible with all shelving units from the same manufacturer. Compatibility depends on several factors, including the design, size, and weight capacity of both the mobile base and the shelving unit. Manufacturers often produce different lines of shelving units, each with specific dimensions and structural features. Mobile bases are typically designed to fit certain models or series within a manufacturer's product range. Key considerations for compatibility include: 1. **Size and Dimensions**: The mobile base must match the footprint of the shelving unit. If the base is too small or too large, it may not provide adequate support or stability. 2. **Weight Capacity**: The mobile base must be able to support the weight of the shelving unit and its contents. Exceeding the weight limit can lead to structural failure or safety hazards. 3. **Attachment Mechanism**: The method of attaching the shelving unit to the mobile base must be compatible. Some bases may require specific brackets or fittings that only work with certain shelving models. 4. **Design Features**: Features such as adjustable feet, locking mechanisms, or specific wheel types may be necessary for certain shelving units, affecting compatibility. 5. **Intended Use**: Consider the environment and purpose for which the shelving and mobile base are intended. Some bases are designed for light-duty use, while others are suitable for industrial settings. To ensure compatibility, it is advisable to consult the manufacturer's specifications or contact their customer service for guidance. They can provide detailed information on which mobile bases are suitable for specific shelving units within their product line.

Yes, you can add footplates to existing shelving units without disassembly, but it depends on the design and construction of the shelving unit. Here’s how you can do it: 1. **Assess the Shelving Unit**: Check the bottom of the shelving unit to ensure there is enough space and a suitable surface to attach footplates. The base should be flat and accessible. 2. **Choose the Right Footplates**: Select footplates that are compatible with the material and design of your shelving unit. They should be the correct size and have the appropriate weight capacity. 3. **Prepare the Area**: Clear the area around the base of the shelving unit to ensure you have enough space to work. You may need to slightly lift or tilt the unit to access the bottom. 4. **Attach the Footplates**: - **Adhesive Footplates**: If using adhesive footplates, clean the surface of the shelving unit where the footplates will be attached. Peel off the backing and press the footplates firmly onto the base. - **Screw-On Footplates**: For screw-on footplates, use a drill to make pilot holes if necessary. Align the footplates with the base and secure them using screws. Ensure the screws are appropriate for the material of the shelving unit. 5. **Adjust and Level**: Once the footplates are attached, adjust them to ensure the shelving unit is level. Many footplates come with adjustable feet to help with leveling. 6. **Test Stability**: After installation, check the stability of the shelving unit. Make sure it is secure and does not wobble. By following these steps, you can successfully add footplates to your shelving unit without needing to disassemble it.

1. **Weight Distribution**: Evenly distribute the weight across the shelves to prevent tipping. Place heavier items on lower shelves to lower the center of gravity. 2. **Secure Shelving**: Use locking mechanisms on the mobile base to prevent movement when the shelving unit is stationary. Ensure the locks are engaged when the unit is not being moved. 3. **Quality Casters**: Invest in high-quality casters that can support the weight of the shelving unit and its contents. Ensure they are suitable for the floor type to prevent slipping. 4. **Floor Surface**: Use mobile bases on smooth, even surfaces to reduce the risk of tipping. Avoid using them on sloped or uneven floors. 5. **Height Considerations**: Keep the shelving unit height reasonable. Taller units are more prone to tipping, especially when moved. 6. **Regular Maintenance**: Regularly check the condition of the casters and locking mechanisms. Replace any worn or damaged parts promptly. 7. **Bracing and Supports**: Use additional bracing or supports if necessary to enhance stability, especially for taller units. 8. **Slow Movement**: Move the shelving unit slowly and carefully to prevent sudden shifts in weight that could cause tipping. 9. **Avoid Overloading**: Do not exceed the weight capacity of the shelving unit or the mobile base. Check manufacturer guidelines for weight limits. 10. **Training and Awareness**: Ensure that anyone using the mobile shelving units is trained on proper handling techniques to maintain stability. 11. **Use of Anti-Tip Devices**: Consider using anti-tip devices or stabilizers if available for your shelving model. 12. **Environmental Factors**: Be mindful of environmental factors such as wind or vibrations that could affect stability, especially in open or industrial settings.