Monarch Nice 3000+ Control Cabinet | Nice 3000+ v2 Control Cabinet

Specifications:

Feature Details
Power Range 2.2 kW to 160 kW
Motor Compatibility Asynchronous (Induction) and Synchronous Permanent Magnet Motors
Control Technology Closed-loop vector control with speed accuracy of ±0.05%
Voltage Options 220V single-phase / 380V three-phase
Safety Standards GB7588.1, EN 81-20/50
Description

Description

Monarch Nice 3000+ Control Cabinet | Nice 3000+ V2 Control Cabinet

 

Monarch Nice 3000+ V2 Control Cabinet prioritizes passenger safety while transporting people in elevators and lifts across all building types:
  1. 57+ Safety Protections (per GB7588.1/EN 81-20 standards):
    • Overcurrent/overvoltage/undervoltage protection
    • Door lock short detection + door bypass function
    • UCMP (Unintended Car Movement Protection) compliant
    • Leakage protectors on all power circuits
  2. Fire Emergency Mode:
    • Automatically returns elevator to pre-set fire floor
    • Opens doors to evacuate passengers safely
    • Disables all calls until reset → prevents trapped passengers
  3. Power Failure Rescue:
    • 48VDC or 220VAC backup power input options
    • Safely moves elevator to nearest floor and opens doors
    • Critical for high rise buildings and residential buildings with elderly residents

Energy Efficiency & Cost Savings

Monarch Nice 3000+ V2 Control Cabinet delivers 30% lower energy consumption than conventional elevator control systems, with intelligent features that reduce operational costs:
  1. Vector Control Technology:
    • Closed-loop vector control minimizes energy loss during motor operation
    • Smooth acceleration/deceleration → reduces wear on elevator components, extends lifespan
  2. Idle Power Optimization:
    • Automatically cuts power to non-essential elevator components (lights, fans) after 30 seconds of inactivity
    • Reduces standby energy use by 50% → significant savings for 24/7 commercial buildings
  3. Regenerative Braking (V2 exclusive):
    • Captures energy during descent → feeds back to building grid
    • Additional 15% energy savings for high-traffic elevators in commercial buildings