Gecko 0602-221022 IN.XE Spa Control System w/o Topside Control Panel or Cable

The High Current Pump 1 circuit is designed to accommodate either 1 or 2 speeds, with voltage options of 120v or 240v, and a maximum current of 20A. The High Current Pump 2 or HC Blower circuit offers a single-speed operation, with voltage options of 120v or 240v, and a maximum current of 20A. Two Low Current AC relay-controlled circuits have been included for the blower or ozonator, both operating at 120v or 240v with a maximum current of 5A.

Additionally, a Low Current AC direct power circuit has been provided for audio/visual accessories, running at 120v with a maximum current of 5A. The heating system features a 4.0kW heat.wav heater, with 2-inch tailpieces and a length of 15 inches.

The versatility of the circuit design allows for a wide range of applications and configurations. The 1 or 2 speed options for the High Current Pump 1 circuit provide flexibility in matching the pump's performance to the specific requirements of the system. Similarly, the High Current Pump 2 or HC Blower circuit can be utilized for various blower applications, with the single-speed operation simplifying the control and operation of the system.

The two Low Current AC relay-controlled circuits for the blower or ozonator offer independent control over these components, enabling efficient and targeted operation. This partitioning of the circuits allows for better power management and the ability to optimize the system's performance based on the specific needs of the application.

The Low Current AC direct power circuit for audio/visual accessories ensures a dedicated and reliable power source for these components, which is essential for the smooth and uninterrupted operation of the system's auxiliary features.

The 4.0kW heat.wav heater, with its 2-inch tailpieces and 15-inch length, provides a robust and efficient heating solution, capable of meeting the thermal demands of the system. The selection of these specific dimensions and power rating reflects a careful consideration of the system's requirements and the need to maintain optimal performance and energy efficiency.

Overall, the circuit design showcases a well-thought-out approach to power management, control, and system integration, ensuring a comprehensive and versatile solution for the intended application.

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