This document serves as an installation and operation manual for the Madimack InverFlow Ultra series of elite inverter pool pumps. It provides comprehensive instructions for safe installation, effective operation, and proper maintenance of the product, ensuring optimal performance and longevity. Adherence to the guidelines outlined in this manual is crucial for health and safety, preventing personal injury, property damage, and maintaining warranty validity.
The InverFlow Ultra pool pump is designed for use with permanently installed in-ground or above-ground swimming pools, as well as hot tubs and spas with water temperatures under 50°C. It is not recommended for use with above-ground pools that can be easily disassembled for storage due to its fixed installation method. The pump is not submersible, and users are explicitly warned against opening the drive motor enclosure.
Function Description:
The Madimack InverFlow Ultra pool pump is an advanced system designed to circulate water for filtration and heating purposes in swimming pools and spas. Its core functionality revolves around an inverter drive that allows for variable speed operation, leading to significant energy savings and quieter performance compared to traditional single-speed pumps. The pump features multiple operating modes, including Manual-Inverter, Auto-Inverter, and Timer modes, providing flexibility and control over its operation.
In Manual-Inverter Mode, users can manually set the running capacity of the pump between 30% and 120%. This mode is ideal for specific tasks requiring a constant flow rate. The display panel allows for easy adjustment of the running capacity in 5% increments.
The Auto-Inverter Mode is a key feature that enables the pump to automatically detect system pressure and adjust its motor speed to achieve a preset flow rate. This intelligent mode optimizes energy consumption by running the pump at the lowest possible speed required for the desired flow. The pump undergoes a self-learning process to redefine its adjustable flow range based on pipeline pressure, ensuring efficient operation even if the pipeline pressure changes over time. This self-learning process involves an initial 180-second period to establish the optimal flow range and subsequent re-evaluations if significant pressure changes are detected.
The Timer Mode allows users to program the pump's on/off cycles and running capacity or flow rate for specific periods throughout the day. Up to four time periods can be set, ensuring the pump operates according to a daily schedule, which is particularly useful for filtration cycles or heating schedules. The chronological order of timer settings is important, and the system will prioritize valid settings in case of overlaps.
A dedicated Backwash Mode simplifies the backwashing process for sand filters. Users can activate this mode with a single button press and adjust the backwash duration. The pump will run at a specified capacity during backwash, ensuring effective cleaning of the filter media.
The Skimmer Mode is designed to skim the water surface, preventing debris accumulation and maintaining a cleaner pool. Users can select from preset skimmer cycles and durations, allowing the pump to operate at a specific speed to effectively remove surface debris.
Usage Features:
The pump's user interface is intuitive, featuring a control panel with a clear display that shows power consumption, running capacity/flow rate, Wi-Fi indicator, unit of flow, and timer periods. The screen includes a lock function to prevent accidental changes, which can be unlocked by holding down a specific button.
Self-priming is an automatic function that activates upon initial startup or after a period of disuse, ensuring the pump basket is filled with water before operation. This prevents dry running, which can damage the mechanical seal. Users can manually activate or exit self-priming if needed. The self-priming duration is adjustable, and the system rechecks for completion.
The pump offers external control options, including digital inputs and RS485 communication, allowing for integration with other pool automation systems or heat pumps. Digital inputs can be configured to trigger specific running capacities or to stop the pump, providing flexible control based on external signals. The RS485 protocol enables advanced control and monitoring through Modbus communication. An optional relay output is also available for external control.
Wi-Fi operation is a significant feature, allowing users to control and monitor the pump remotely via a smartphone application. The app facilitates easy registration, home creation, and device pairing. Through the app, users can switch between Auto-Inverter and Manual-Inverter modes, adjust flow rates or running capacities, set timers, and activate backwash. The app also provides real-time power consumption data, flow rates, and access to error codes.
Adaptive Flow is a perfect pairing feature with Madimack Pool Heat Pumps. This intelligent communication function allows the heat pump to activate the pool pump at the precise speed required for optimal heating efficiency, ensuring the most efficient solution for both the pool and equipment. This integration simplifies operation and optimizes energy usage for heating.
Maintenance Features:
Regular maintenance is crucial for the longevity and efficient operation of the InverFlow Ultra pump. The manual emphasizes the importance of frequently emptying the strainer basket. Users can easily inspect the basket through the transparent lid and remove accumulated debris. Instructions are provided for safely disconnecting power, unscrewing the lid, lifting the basket, and cleaning it. Users are cautioned against knocking the plastic basket on hard surfaces to prevent damage.
The manual also advises checking the lid O-ring for signs of stretching, tears, or cracks and replacing it if necessary. Proper hand tightening of the lid is sufficient after cleaning. Periodical inspection and cleaning of the strainer basket are highlighted as key practices to prolong the pump's life.
The pump incorporates several protection and failure mechanisms to ensure safe operation. These include high-temperature warning and speed reduction, undervoltage protection, and various error codes that indicate specific issues such as abnormal input voltage, output overcurrent, heat sink overheat, motor power overload, and no water protection. The system is designed to automatically reduce running capacity or shut down in response to these conditions, with specific instructions for troubleshooting and resuming operation. For persistent errors, users are advised to contact their local dealer or service technician.
The manual also includes information on disposal considerations, emphasizing environmentally friendly practices for packaging and the electrical product itself. It advises users to contact local authorities for correct disposal methods to protect the environment and human health.
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