Cudy AP3000 Wi-Fi Access Point Installation Guide
Package Contents
The package includes the following components:
- AP3000 Access Point
- Mounting Bracket
- Screws (M3x50)
- Wall Anchors
- KA3x20 Screws
- Ethernet Cable
- Power Adapter
Installation Steps
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Prepare the Mounting Location
Choose a suitable location for the access point, preferably in a central area for optimal Wi-Fi coverage. Ensure there is a power outlet nearby.
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Mount the Bracket
Hold the mounting bracket (A) against the wall or ceiling at the desired location. Use a pencil to mark the screw hole positions. Drill holes using a 6mm (Ø15/64") drill bit for the wall anchors, if necessary. Insert the wall anchors into the holes. Secure the bracket to the wall using the M3x50 screws (d).
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Attach the Access Point
Align the access point with the mounting bracket. Slide the access point onto the bracket until it clicks into place. Ensure it is securely attached.
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Connect the Cables
Connect the Ethernet cable to the LAN port on the access point. Connect the other end of the Ethernet cable to your network switch or router. Connect the power adapter to the access point and plug it into the power outlet.
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Power On and Configure
The access point will power on automatically. Refer to the Cudy AP3000 User Manual for detailed configuration instructions.
Diagram Descriptions
The installation guide includes visual aids that demonstrate the following:
- Component Identification: Labels (a, b, c, d, e, f, g) identifying different parts of the access point and mounting hardware.
- Drilling and Mounting: Illustrations showing the process of drilling holes (Ø6mm), inserting anchors, and attaching the mounting bracket with screws (M3x50 and KA3x20).
- Access Point Attachment: Visuals depicting how to slide and secure the access point onto the mounted bracket.
- Cable Connections: Diagrams showing the connection of the Ethernet cable to the access point's LAN port and the power adapter.
- Angle Adjustments: Indications of possible angle adjustments for the access point after mounting (e.g., <45° and ∠0°), suggesting optimal positioning for signal strength.
