Elevator GECB PCB Board AEA26800AML2 | High-Quality Lift Control Panel Spare Part
Available in stock
People Also Viewed
-
V Belt Pulley – SPZ Section | 1-8 Grooves | Durable and High-Performance
-
RISE OT High-Quality New Escalator Handrail Friction Wheel Drive Sheave 45530*50 for Smooth Operation**
-
70×50×6204 UPLIFT Escalator Handrail Tension Chain Roller – Step Roller & Support Roller
-
Factory Direct Sales Escalator Step Roller 76226204 Escalator Parts
-
Escalator Plastic Comb Plate BEVG Step Insert LEFT RIGHT CENTER – Escalator Spare Part
Description
The AEA26800AML2 GECB PCB Board is a genuine and reliable elevator part designed for advanced control of elevator systems. As a critical component of the elevator’s General Elevator Control Board (GECB), this PCB ensures smooth communication between elevator subsystems, supporting stable operation and enhanced safety.
Built with high-precision electronic components, this board is ideal for both routine maintenance and replacement in high-performance elevators. Its durable design and consistent performance make it a preferred choice for professional elevator service providers and OEM technicians.
✅ Key Features:
-
Model: AEA26800AML2
-
Type: General Elevator Control Board (GECB) PCB
-
Function: Central control for elevator electrical systems
-
Compatibility: Suitable for various elevator models (verify with specs)
-
Construction: High-grade industrial PCB material for long-term use
-
Connectivity: Optimized for stable signal and system communication
-
Form Factor: Compact, plug-and-play board design
🌟 Benefits:
-
⚙️ Improved System Coordination – Facilitates efficient communication between elevator modules
-
🔒 Enhanced Safety – Supports control of emergency systems and diagnostics
-
🧩 Easy Integration – Seamlessly fits into compatible elevator units
-
🔧 Minimizes Downtime – Reliable circuitry ensures long-term use without frequent replacement
-
🚀 Supports Modernization – Useful in upgrades and refurbishing of elevator control systems
Reviews
There are no reviews yet.