PoolServer
This page introduces the PoolServer — a compact, intelligent control solution for modern pool and pool-deck automation.
The PoolServer is a rugged, waterproof control unit powered by 24V. It generates precise PWM signals to drive tube motors or dedicated pool deck motors with high efficiency and reliability. Designed for flexibility and ease of use, it brings professional-grade automation into a simple, cost-effective package.
Control is effortless. The PoolServer can be operated via a 433 MHz remote control and/or through a modern user interface on phone, iPad, or PC, using either your local WiFi network or built-in access point mode.
Key features are fully configurable, including maximum motor current, start and end positions, and over-the-air software updates. The system supports motors up to 40A, while maintaining compatibility with AquaDeck-class systems (1A reference use case).
A smarter, simpler alternative to AquaDeck
The PoolServer redefines pool control by eliminating unnecessary complexity and cost:
- No expensive €1850 AquaDeck ECB near the pool — instead, a compact off-the-shelf 24V Mean Well power supply paired with the PoolServer, installed close to the motor for optimal efficiency.
- No €240 wired surface-mounted Roldeck key switch — replaced by a flexible wireless remote system supporting up to 5 remotes, easily expanded in seconds.
- No bulky multi-core shielded cabling to the pool — just two simple 24V wires to the PoolServer.
- No signal degradation issues from long ECB sensor lines — the PoolServer architecture removes this common failure point entirely.
- No lost position or recalibration after power outages — the PoolServer retains accurate positioning using a built-in short-term UPS and long-life non-volatile memory.
The result is a cleaner installation, lower cost, fewer failure points, and a more intuitive user experience — all without compromising performance or reliability.
The PoolServer provides a real-time animation based on sensor data and live motor measurements. This delivers a realistic, visual representation of the system’s current state and the action being performed, shown directly to the user.
In addition to the remote control, the user interface also allows operation via on-screen buttons, offering flexible and intuitive control from any device.
For service and technical teams, detailed system diagnostics are available. Advanced configuration options can be accessed to fine-tune performance, simplify maintenance, and support professional installation and servicing.
A practical view of the user interface, designed for seamless use on mobile phones, iPads, and laptops.
In this demonstration, the pool deck is shown opening in real time. The PoolServer — the compact black control unit — manages either a tube motor or a separate motor (as shown in this setup).
Despite its advanced functionality, the PoolServer is extremely compact. It fits inside the AquaDeck Roldeck Motor Aquamat 120 Nm.
No modifications are required to the Aquamat 120 Nm. However, in this specific configuration, the original sensor has been replaced with our custom sensor PCB for improved reliability (see below).
The PoolServer PCB design is shown alongside an X-ray inspection image (left) and the corresponding schematic drawing (right).
This highlights the high level of engineering quality and manufacturing precision behind the PoolServer PCB, reflecting its professional design standards and attention to detail.
The PoolServer is designed to be both compact and powerful.
It features 433 MHz communication, WiFi connectivity, and Bluetooth capability (currently unused in this application). In addition, it continuously maintains and stores the deck position, ensuring reliable state retention even during power failures.
Inside the motor unit, a compact PCB is installed to detect the motor position. This system uses Hall sensors in combination with a magnetized disk to ensure precise and reliable position tracking.
In this configuration, we also supply this hardware, as the original AquaDeck solution is considered both too vulnerable in operation and too costly for the customer.
