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General| Brand | Inovance |
|---|---|
| Model | Monarch NICE-L-C-4037F |
| Category | Controller |
| Language | English |
Details advanced technological features including distance-based travel, group control, redundancy, and real-time clock.
Covers integrated design, parameter setup, keypad usability, load cell tuning, and commissioning tools.
Focuses on multiple security protections, fault-tolerant design, and environmental adaptability for safe operation.
Discusses cost reduction and efficiency via integrated design and communication technologies.
Provides an overview of the manual's content, including features, safety, design, and maintenance.
Details common running functions, including collective selective, door settings, and voice announcements.
Describes functions related to fire safety, security, and power failure evacuation.
Lists and describes optional modules and features for enhanced functionality.
Explains the model designation system and details found on the controller's nameplate.
Provides an overview and identification of the various physical components of the controller unit.
Presents the main technical specifications and data for the NICE3000new controller.
Illustrates the system components, their interconnections, and communication interfaces.
Covers installation requirements: environment, clearance, orientation, and dimensions.
Details main and control circuit terminal descriptions, wiring, cable sizes, and tightening torque.
Explains digital inputs, analog inputs, relay outputs, Modbus, and CAN communication.
Describes the installation of leveling switches, slow-down switches, and limit switches.
Describes essential peripheral devices and their connection diagrams.
Offers guidance on selecting cables, breakers, contactors, reactors, filters, and motors.
Lists and describes optional components like expansion boards, PG cards, and monitoring modules.
Explains the 3-button keypad for basic setup, parameter viewing, and command input.
Details the LED operation panel, including keys, indicators, data display, and basic operations.
Describes software for parameter setting, commissioning, and monitoring via smartphone using a Wi-Fi module.
Provides a general guide for complete elevator system commissioning and implementing running functions.
Outlines precautions and inspection points for mechanical and electrical safety before commissioning.
Covers checks for power-on status, normal power-on states, and handling of initial faults.
Details motor auto-tuning procedures for synchronous and asynchronous motors.
Describes commissioning steps at normal speed, including shaft auto-tuning, car top, and HCB settings.
Explains how to adjust parameters for riding comfort and leveling accuracy.
Describes parameters accessible via the keypad, including floor display and fault codes.
Explains the operation panel's menu structure, function code groups, and parameter properties.
Details basic parameters such as control mode, command source, and speed settings.
Covers encoder type, motor power, voltage, current, frequency, speed, and auto-tuning parameters.
Details parameters for startup speed, acceleration/deceleration rates, jerk times, and special deceleration.
Outlines parameters for testing functions like car calls, random running, and limit switches.
Details parameters for overload protection, phase loss protection, and light curtain judgment.
Lists parameters for recording and displaying fault codes, subcodes, and related information.
Explains how fault codes are displayed on the keypad and operation panel.
Outlines methods for restarting the system after a fault, including automatic and manual resets.
Categorizes faults by severity and provides corresponding solutions.
Provides a table of fault codes, causes, and solutions for troubleshooting.
Lists daily inspection items for the motor, cooling fan, and environment.
Details periodic inspection items for various components like cables and peripheral devices.
Describes the procedure for testing main circuit insulation resistance.
Covers the lifetime and replacement of wear parts like cooling fans and electrolytic capacitors.
Explains the attendant mode, its operation, and wiring.
Describes system behavior during fire emergency, including return to base floor and firefighter operation.
Details the elevator lock function and its input wiring from HCB or MCB.
Explains full-load/overload handling and wiring for analog and digital switches.
Outlines parameters for car call tests, random running, and disabling functions for testing.
Describes nuisance call detection and handling based on load cell, light curtain, or light-load signals.
Explains the UCMP function for preventing unexpected car movement and its wiring.
Describes periodic testing of brake contactor performance and control system braking force.
Covers emergency evacuation using UPS or ARD during power failures.
Details parallel and group control for multi-elevator systems.
Explains separate control for elevator doors across different modes.
Describes the application of STO technology for safety.
General compliance notes regarding CE mark and European regulations.
Explains electromagnetic compatibility, including directives and requirements for filters and cables.
Covers requirements for shielded cables, including cross-sections, braided density, and fastening.
Offers solutions for typical EMC interference problems like ELCB tripping and communication issues.
Details basic parameters such as control mode, command source, and speed settings.
Covers encoder type, motor power, voltage, current, frequency, speed, and auto-tuning parameters.
Explains parameters for startup speed, acceleration/deceleration rates, jerk times, and special deceleration.
Outlines parameters for testing functions like car calls, random running, and limit switches.
Lists parameters for recording and displaying fault codes, subcodes, and related information.
