Hayward
H Power 230 V control cabinet with residual-current device transformer 300W
SKU:HPOW230DT300
Available to order
395,70 €Unit price /Sold outHayward
H Power 230 V control cabinet with residual-current device transformer 50W
SKU:HPOW230DT50
Delivery: 3 to 7 business days
272,72 €Unit price /Sold outHayward
H Power 230 V control cabinet with residual-current device, without transformer
SKU:HPOW230D
Delivery: 3 to 7 business days
223,14 €Unit price /Sold outHayward
H Power 230V control cabinet without transformer
SKU:HPOW230
Delivery: 3 to 7 business days
188,42 €Unit price /Sold outHayward
Hayward H Power electrical panel, ref. CE23DT50
SKU:CE23DT50
Delivery: 3 to 7 business days
257,86 €Unit price /Sold outHayward
Hayward H Power electrical panel, ref. CE23D
SKU:CE23D
Delivery: 3 to 7 business days
157,68 €Unit price /Sold outAstralPool
AstralPool Type C Control Cabinet with Residual Current Device for 1 Pump and Lighting – 25727
SKU:25727
Delivery: 3 to 7 business days
457,84 €Unit price /Sold outAstralPool
Control cabinet for 1 pump + LIGHT with TYPE C differential
SKU:25731
Delivery: 3 to 7 business days
538,90 €Unit price /Sold out
Preguntas frecuentes sobre Electrical panels for swimming pools
What safety devices must swimming pool electrical control panels include?
All electrical control panels intended for swimming pools must include a high-sensitivity residual current device, a thermal-magnetic circuit breaker or motor protection circuit breaker, and a programmable timer.
These safety devices serve specific technical functions:
- 30 mA residual current device: protects swimmers and operators from ground faults and current leakage.
- Thermal-magnetic motor protection circuit breaker: cuts off the power supply if it detects a sustained overload or short circuit, preventing the pump winding from burning out.
- Daily timer: automates filtration cycles using configurable segments.
- IP65-rated outdoor enclosure: fully sealed against dust, splashes, and ambient humidity.
Additionally, if the system includes lighting, a step-down transformer to 12V is required.
I have a 0.5 HP pump and want to install LED lights. How do I choose the right control panel?
For a 0.5 HP pump with lighting, you need an electrical control panel that combines a motor protection circuit breaker set to the correct amperage and a built-in 12V transformer.
A typical half-horsepower single-phase pump, such as the Winner 0.5 HP Single-Phase Pump, draws approximately 3.2 to 3.8 amps at 230V. Therefore, the motor protection circuit breaker should have an adjustment range of 2.5 A to 4.0 A so the trip point can be set exactly 10% above the rated operating current.
As for LED spotlights, if you install low-consumption units such as the White LED Pool Light Without Niche - Replacement, a 50W to 100W transformer is sufficient to ensure a steady power supply and safe operation without overheating.
What is the difference between a control panel for a single-phase pump and one for a three-phase pump?
The main technical difference lies in the type of input voltage and the control panel’s internal switching components.
The single-phase model operates at 230V with two poles (live and neutral), while the three-phase panel operates at 400V with three phases plus neutral. In a three-phase installation, the electromechanical contactor and thermal overload relay act simultaneously on all three power lines. If you purchase a single-phase panel for a three-phase motor, the system will not start; if you use a three-phase panel on a 230V line, the motor protection circuit breaker will trip due to phase imbalance when it detects no current in one pole.
Always check the rating plate attached to your equipment before purchasing to select the exact electrical configuration.
I’m renovating the filtration equipment shed and am concerned about space. Do the panels come assembled and wired?
All models in our catalog are supplied fully pre-assembled and pre-wired inside their watertight enclosures.
You receive the panel ready to be mounted on the equipment shed wall using the appropriate wall plugs and lag screws. You only need to make the external connections:
- Connection of the main power supply (live, neutral, and earth) to the input terminals.
- Direct output to the filtration pump motor.
- 12V low-voltage output for underwater lights, if a transformer is included.
This pre-assembled format reduces connection errors between the timer, contactor, and front selector switch, speeding up commissioning without the need to assemble internal circuits.
How do you adjust the motor protection circuit breaker in pool electrical panels?
The motor protection circuit breaker in pool electrical panels is calibrated by turning the selector dial until it shows the exact rated amperage listed on the motor’s rating plate.
For example, if the pump draws 2.8 amps at full load, set the dial to 2.8 A or no more than 5% above that to accommodate transient startup surges. If you set the mechanism too low, the equipment will trip unexpectedly when the filtration system starts; if you set it too far above the rating plate value, the motor will not be protected if the impeller jams, and it may overheat until the stator windings burn out.
Always make this adjustment with the power disconnected before the first start-up of the season.
I've seen control panels with a remote control and others with a manual timer. Which one should I choose if I want to schedule filtration?
The standard model with a 24-hour analog timer is ideal for fixed automatic cycles, while the remote-control version adds remote manual operation.
The analog timer has a clock face with mechanical tabs: each tab pushed outward represents 15 minutes of continuous pumping. If you only need to filter for 6 or 8 hours throughout the day, the mechanical timer offers complete reliability and won't lose its settings during temporary power outages.
Remote control is useful if your equipment shed is underground or far from the pool, allowing you to switch on the garden lights or start the pump for manual cleaning without opening the access chamber.
Will the same control panel work if I decide to replace my current pump with a lower-power model, such as a 0.25 HP one?
The control panel will work as long as the adjustment range of its installed motor protection circuit breaker can be lowered to the amperage required by the new motor.
When replacing a unit with a compact model like the Optima 0.25 HP Single-Phase Pump, the current draw drops to around 1.5 to 2 amps. If your current control panel has a motor protection circuit breaker calibrated for 4 A to 6.3 A, it will not be able to protect the small motor from minor overloads. You will only need to replace the panel's internal motor protection circuit breaker module with one rated for 1.6 A to 2.5 A.
The other components, such as the time switch, watertight enclosure, and contactor, remain fully functional.