MONARCH NICE 100+ Open-loop Elevator Controller with AC drive

MONARCH NICE 100+ Open-loop Elevator Controller with AC drive

MONARCH NICE 100+ is a streamlined, open-loop integrated elevator control solution designed specifically for low-rise residential and commercial buildings. By combining the logic controller and the AC drive into a single unit, the NICE 100+ provides a compact and highly reliable alternative to complex closed-loop systems.

Engineered for simplicity and durability, this controller is ideal for elevators with a maximum speed of 1.0 m/sec. It features robust, relay-based outputs and a flexible architecture that can grow with your building’s needs. Whether you are managing a standard 8-floor installation or expanding to a 16-floor configuration, the NICE 100+ ensures a stable and cost-effective vertical transportation experience.

Key Technical Features

• Integrated Open-Loop Architecture: Simplifies the electrical system by merging the inverter and logic controller, reducing the need for complex encoder feedback in standard applications.

• Versatile Door Management: Offers a selectable door control mode, allowing technicians to configure the system for auto, manual, or semi-auto operations depending on the specific lift type.

• Scalable Floor Support: Comes standard with support for 8 floors, with a simple expansion option to accommodate up to 16 floors.

• Reliable I/O Interface: Equipped with programmable I/Os and robust, relay-based outputs, ensuring long-term hardware stability and easy field wiring.

• Advanced Maintenance Tools: Features comprehensive trip diagnostics, allowing maintenance teams to quickly identify and resolve faults, minimizing downtime.

• Emergency Rescue Preparedness: The system is rescue function ready, designed to interface seamlessly with an external single-phase 220 V UPS to ensure passenger safety during power outages.

Quick-Reference Specifications

Why Choose the NICE 100+?

For modernization projects or new budget-conscious low-rise builds, the NICE 100+ offers the perfect middle ground. It removes the technical overhead of high-speed systems while retaining the “smart” features—like programmable logic and advanced diagnostics—that modern building managers expect.