Balboa Gs520Dz Pcb

The Balboa GS520DZ PCB is designed as a high quality replacement for the GS520DZ control box. This powerful motherboard supports up to two pumps, an optional blower, a 3kW heater, an ozonator and lighting. Ideal for spa systems requiring flexibility and reliability.

M7 sensor technology eliminates the need for external pressure switches, ensuring easy installation and accurate performance.

Features & Specifications
Supported Components:
Pumps:
Pump 1: Single or dual speed + circulation pump if required.
Pump 2: Single or dual speed.
Pump 3: Not supported.
Blower: Optional via J17 port (protected by a 10A fuse).
Heat: Supports integrated 3kW heaters.
Ozone: Supported.
Lighting: 12V compatible.
Technical Specifications:
Dimensions:
Length: 280mm
Height: 130mm
/>Power Supply:
Voltage: 230V
Frequency: 50Hz
Sensors:
Type: 2 x M7 sensors (no pressure switch required).
Compatible Controls:
VL801D
VL802D
Model Series: GS
Compatibility:
Control Systems: GS520DZ control box.
Topside Control Panels:
VL801D
VL802D
Hot Tubs: Suitable for a wide range of spa models with 230V power supply.
Benefits:
Versatile Support: Controls up to two pumps and an optional blower.
M7 Sensor Technology: No pressure switches required for easier installation.
Reliability: High quality components for long term use.
User-friendly design: Easy to install and maintain.
Energy efficient: Optimizes energy consumption for lower operating costs.
Installation and Notes:
Installation requirements:
Must be installed by a skilled tradesman or qualified individual.
Incorrect installation may damage the circuit board and void warranty.
Caution:
Check software label for compatibility.
J17 port: Supports blower or additional single-speed pump (10A fuse).
Summary:
The Balboa GS520DZ PCB is a powerful and reliable replacement circuit board for spa control systems. With support for two pumps, an optional blower, and other components, this PCB provides a versatile solution for upgrades and repairs. Innovative M7 technology ensures easy installation and long-term reliability.