Jandy | 6584 | Multiplex Board | AquaLink RS Control System Communication Board
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This multiplex board is a replacement communication component designed for compatible AquaLink RS control systems. It supports system communication between compatible automation devices, helping the control system manage connected interfaces and accessories within the automation network.
Built for pool automation service and repair, this replacement board is used when the existing multiplex board is damaged, malfunctioning, or no longer supporting proper communication between connected AquaLink RS components.
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Key Features
• Replacement multiplex board for compatible AquaLink RS automation systems
• Supports communication between compatible automation interfaces and system components
• Used in pool and spa control systems with multiple connected control devices or accessories
• Helps restore proper signal distribution within the automation communication network
• Suitable for automation troubleshooting, repair, and equipment pad service work
• Replacement component for failed, damaged, or malfunctioning communication boards
• Important control-system component for maintaining reliable automation operation
• Professional installation is recommended due to low-voltage wiring, communication connections, and system configuration requirements
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Product Overview
This multiplex board is used within compatible AquaLink RS automation systems to support communication between connected control components. In automation installations with multiple interfaces or accessories, the board helps distribute communication signals so the system can coordinate equipment commands, schedules, and user inputs.
The board is commonly replaced during automation troubleshooting when connected controls, panels, or accessories stop communicating correctly with the main control system. Communication issues can affect the ability to control pool and spa equipment, access system settings, or operate programmed functions reliably.
During installation, power to the automation system should be disconnected and all communication wiring should be inspected for corrosion, loose terminals, moisture intrusion, or damaged conductors. Proper wiring placement and system compatibility should be verified before the replacement board is installed.
After installation, the automation system should be tested through connected controls and programmed functions to confirm reliable communication. Routine maintenance should include inspecting the enclosure, wiring, terminals, and board area for moisture, corrosion, heat damage, or other conditions that can affect long-term automation performance.