Digital Display, Tactile Buttons, Robust Connectors
SuitableFor
Fully Automatic Washing Machine Models
Usage
Smooth And Efficient Machine Performance
Safety
Secure Wiring
This original ADN washing machine PCB board, based on Japanese technology, is a high-quality replacement part suitable for fully automatic models. It features a digital display, responsive tactile buttons, and robust connectors for secure wiring. Designed for precise control of washing cycles, water levels, and spin functions, it ensures smooth and efficient machine performance. The board is pre-tested and packed in secure packaging for safe installation. Compatible with various ADN and similar washing machine brands, it is ideal for technicians and service centers.
Replacement For Fully Automatic Top Load Washing Machines
Features
Digital Display, Integrated Memory Module Options, Secure Multi-pin Connectors, High-performance Transformer, Relay Network, Stable Voltage Regulation
Compatibility
Compatible With Hills And Similar Washing Machine Models
Board Thickness
2-3 mm
Engineered with precision, this Hills PCB board is tailored for fully automatic top load washing machines, delivering high operational reliability and intelligent control. Equipped with a digital display, integrated memory module options, and secure multi-pin connectors, it ensures seamless execution of wash programs and system diagnostics. The high-performance transformer, relay network, and neatly labeled circuit paths allow effortless integration and stable voltage regulation. Ideal for replacing damaged boards in compatible Hills and similar washing machine models.
Control Wash Programs, Cycle Selection, Time Display
This is an original LG top load washing machine PCB display board, manufactured by LG Electronics Inc. as a genuine SVC spare. It functions as the user interface for the machine, allowing control of wash programs, cycle selection, time display, and operational indicators. The board is equipped with tactile buttons, LED indicators, and a digital display, ensuring smooth and responsive user interaction.