Monarch Elevator LOP Display Board MCTC-HCB-R1 Elevator Hall Call Panel Dot Matrix PCB

Monarch Elevator LOP Display Board MCTC-HCB-R1 Elevator Hall Call Panel Dot Matrix PCB

MCTC-HCB-R1 is an ultra-thin dot-matrix hall call display board developed for Monarch elevator control systems, compatible with NICE3000, NICE5000, NICE7000 series controllers. This elevator outer display PCB adopts stable communication protocol, supports standard, universal and customized protocol versions to fit different elevator projects. It features compact structure, anti-interference circuit design, good shock resistance and stable performance for long-time continuous operation. High-quality PCB substrate ensures low failure rate for elevator renovation and maintenance.

Core Features & Advantages

1. Strong System Compatibility Perfect match with Monarch NICE3000, NICE5000, NICE7000 controllers. It supports universal and dedicated communication protocols, flexible to fit multiple elevator projects, no complicated program modification required.
2. Excellent Anti-interference Performance Built-in optimized anti-interference circuit and stable RS485 communication. It can resist electromagnetic interference in complex elevator shaft environments, guaranteeing steady signal transmission without screen flicker or signal loss during long-time continuous operation.
3. Clear Dot Matrix Display & Ultra-thin Structure Dot-matrix LED screen shows floor number and elevator running direction clearly, easy for passengers to read. Compact ultra-thin PCB design saves installation space, fits most standard elevator landing panels.
4. High Quality & Low Failure Rate Adopts high-grade PCB substrate and industrial electronic components. Strict aging and quality testing before delivery, shock-resistant and durable, greatly reducing later maintenance frequency and maintenance cost.
5. Simple Installation & Wiring Modular plug-and-play design. Simple wiring, fast on-site replacement, short elevator downtime for repair technicians. Working voltage DC24V, stable power supply requirement.