NICE1000 Series Technical parameters Integrated Controller for Elevator Models

NICE1000 Series Integrated Controller for Elevator Models

 

System Models	Input Voltage	Power Capacity （KVA）	Input Current (A)	Output Current (A)	Appropriate Motor (kW)
NICE-L-G/V-2002	Three Phase 220V Range: -15%~20%	4.0	13.2	9.6	2.2
NICE-L-G/V-2003		5.9	17.0	15.6	3.7
NICE-L-G/V-4002	Three Phase 380V Range: -15%~20%	4.0	6.5	5.1	2.2
NICE-L-G/V-4003		5.9	10.5	9.0	3.7
NICE-L-G/V-4005		8.9	14.8	13.0	5.5
NICE-L-G/V-4007		11.0	20.5	18.0	7.5
NICE-L-G/V-4011		17.0	29.0	27.0	11
NICE-L-G/V-4015		21.0	36.0	33.0	15
NICE-L-G/V-4018		24.0	41.0	39.0	18.5
NICE-L-G/V-4022		30.0	49.5	48.0	22
NICE-L-G/V-4030		40.0	62.0	60.0	30

 

The input voltage in the table above is for 220V products for three phase input application environments. If the input voltage is single phase, the power level should be increased one level. For instance, a NICE-L-G-2003 can be used for single phase 220V input driving a 2.2KW motor.

Technical Specifications

 

Category		Description/Specifications
Basic Specifications	Maximum Frequency	90Hz
	Carrier Frequency	0.5kHz~16kHz; carrier frequency can be automatically adjusted according to load.
	Motor Control Method	Open Loop Vector Control/Closed Loop Vector Control
	Startup Torque	0.5Hz/180％（Open Loop Vector Control）； 0Hz/200％（Closed Loop Vector Control） 0.5Hz/180% (SVC); 0Hz/200% (VC)
	SpeedRange	1：100 （Open Loop Vector Control）(SVC)	1：1000 （Closed Loop Vector Control）(VC)
	Speed Stabilizing Precision	±0.5％（Open Loop Vector Control） (SVC)	±0.05％（Closed Loop Vector Control） (VC)
	Torque Control Precision	±5％（Closed Loop Vector Control）(VC)
	Overload Capability	150% of rated current for 60s;200% of rated current for 1s
	Motor Tuning	Asynchronous motors require static motor tuning; synchronous motors require initial angle tuning
	Distance Control	Flexible adjustment of the direct stopping method of the leveling position.
	Speed Up/Down Curve	N curve created automatically
	Releveling	After there is a change in the carriage load, the flat bed will readjust.
	Forced Speed Down	A new, dependable forced speed down capability automatically distinguishes the position of deceleration rack.
	Shaft Automatic Learning	Uses 32-bit data, accurately recording the shaft position.
	Leveling Adjustment	Capable of flexible, easy adjustment of flat bed.
	Startup Torque Compensation	Personalized auto-learning weighing function.
	Testing Capability	Easy method for application of multiple elevator debugging functions.
	Malfunction Prevention	53 protection functions including short circuit check during motor electrification, I/O lack-phase protection, overcurrent protection, door malfunctions, coding protection.
	Power-On Safety Self Test of Peripheral Devices	Performs safety checks on peripheral machines for grounding, short circuits, etc.
	Status Monitoring	Assuring the regular operation of elevators based on the evaluation of response signals.
I/O Specifications	ON/OFF Input	24 ON/OFF input terminals, input specifications are 24V, 5mA
	Analog Input	An expansion board provides analog input; input voltage range 0~10V
	CommunicationsPort	An expansion board provides MODBUS communications
	OutputPort	24 relay output terminal with functions that can be set
	FloorI/O Port	26 Floor Button I/O terminal that can be set
	Coded Disk Interface	Standard incremental coding device for open circuit collector output and SH-pull output. Additional MCTC-PG-D divider card to be used with UVW coders. Additional MCTC-PG-E divider card to be used with sine/cosine incremental coding devices.
Operation and Notices	Control Panel	5 LED display, showing performance parameters, operational speed, collecting main voltage, etc.
	Small Keyboard	Shaft Auto-learning
	Status Monitoring	Monitors all elevator parameters
Environment	Elevation	Lower than 1000m
	Temperature	-10oC~+40oC (in temperatures of 40oC-50oC, please derate to use)
	Humidity	Less than 95%RH; no condensation
	Shock	Less than 5.9m/s2 (0.6g)
	Storage Temperature	－20℃～＋60℃

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Specialized Drive for Elevator NICE1000 Overview

Input Voltage: Three Phase 220V, Three Phase 380V
Power Capacity (kVA): 4.0~40
Input Current (A): 13.2~62
Output Current (A): 9.6~60
Appropriate Motor (kW): 2.2~30

The NICE1000 is an independently developed integrated controller specifically for elevators designed by MCTC. Focusing on electronic systems in elevators, MCTC uses an entirely parallel signal transmission method, combining the advantages of high stability, ease of use and no need for adjustment that allow this perfect integration to be used in both private and cargo elevators.

Naming Rules

The structural code G is for NICE1000 integrated elevators with asynchronous motors. The structural code V is for NICE1000 integrated elevators with synchronous motors.

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NICE900 Door Motor Technical parameters

Model: NICE900 Door Motor

Technical parameters

System Model	Input Voltage	Power capacity (kVA)	Input Current (A)	Output Current (A)	Appropriate Motor (W)
NICE-D-A-S0P2	Single Phase 220V -15%～20%	0.5	2.7	1.3	200
NICE-D-A-S0P4		1.0	5.4	2.3	400
NICE-D-A-S0P7		1.5	8.2	4.0	750

 

Technical Specifications

 

Category	Details	Technical Specifications
Capability Controls	Maximum Output Frequency	99.00Hz
	SpeedRange	1:50 (magnetic flux vector control), 1:1000 (vector control)
	Speed Stabilizing Precision	±0.5% (magnetic flux vector control), ±0.05% (Closed Loop vector control
	Startup Torque	0Hz-180% (Closed Loop vector control)   1Hz-150% (magnetic flux vector control)
	Frequency Resolution	0.01Hz
	Current resolution	0.001A
	Carrier Frequency	2kHz～16kHz
Main Capabilities	Supports static and dynamic tuning motor parameters for AC asynchronous motors. Supports idle load and loaded motor tuning parameters and coding zero point positions for AC magnetic synchronous motors.
	Supports AC magnetic synchronous vector control ABZ encoding , encoder open circuit collector ouput or push-pull output.
	Supports automatic torque increases, manual torque increases, overexcitation and other capabilities for magnetic flux vector control.
	Supports direct stopping in distance control (under development)
	Supports door-width auto-learning
	Supports automatic demos
	Supports automatic malfunction identification.
Protection Capabilities	Controller overload protection: 150% of rated current for 1m, 180% of rated current for 1s
	Supports controller overvoltage protection, undervoltage protection, overcurrent protection, ouput lack phase protection and phase-phase short circuit protection.
Environment	Installation Conditions	Indoor use only, keep out of direct sunlight, avoid contact with dust, corrosive gases, flammable gases, smoke, vapor, condensation and salts.
	Elevation	Lower than 1000m; if higher than 1000m, please derate to use
	Temperature	-10oC~+40oC (in temperatures of 40oC-50oC, please derate to use)
	Humidity	Less than 95%RH; no condensation
	Shock	Less than 5.9m/s2 (0.6g)
	Storage Temperature	－20℃～＋60℃
	Cooling Method	0.2kW: self cooled; 0.4kW and 0.75kW: wind cooled
	Protection Level	IP20
	Storage Location	Store in a clean, dry indoor place.
	Shipping Method	Ship in standard container via motor vehicle, train, plane or ship.
	Shipping Vibration	Sine vibration 9~200Hz/hr, 15m/s2 (1.5g)

 

External and Installation Hole Site Dimensions

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Specialized Drive for Elevator NICE900 Door Motor Overview

NICE900 Door Motor Overview

NICE900 Door Motor

Model: NICE900 Door Motor

Input Voltage: Single Phase 220V
Power Capacity (kVA):0.5~1.5
Input Current (A):2.7~8.2
Output Current (A):1.3~4.0
 Appropriate Motor (kW):200~750

The NICE900 integrated products for door motors is a drive controller for a variety of door systems, including elevator doors, freezer doors and subway car doors. It has integrated door opening logic controls and electric motor drive controls so that the external system only has to send the command to achieve complete control of the entire door system.
This product can drive both AC asynchronous and synchronous motors and supports speed control and distance control modes, greatly expanding the range of applications of these products, allowing this product to fulfill the majority of needs for door system drive controls.

Naming Rules

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