EC90B Elevator Intelligent Integrated Controller

EC90B elevator intelligent integrated controller is a high-performance integrated control system designed for modern traction elevators, combining drive control, elevator logic control, and system management in a compact architecture. It features advanced vector control, flexible parameter configuration, and comprehensive protection functions to ensure stable and reliable operation. The EC90B is widely used in passenger elevators for residential and commercial buildings, offering efficient commissioning, smooth ride comfort, and adaptable system integration for diverse installation environments.

·4-5.5kW
· 0-400V
· Maximum 15 floors
  • EC90B Elevator Intelligent Integrated Controller
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  • EC90B Elevator Intelligent Integrated Controller
Overview
Features
Specifications
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Features

Safe and reliable
Multiple protection mechanisms including electrical protection, operational monitoring, and fault diagnosis ensure safe elevator operation.
Built-in protection parameter groups support system monitoring, detection functions, and operational status tracking.
Supports forced deceleration switch monitoring, terminal protection, and leveling control for safe movement management.
Complete fault code system and diagnostic functions enable fast troubleshooting and maintenance.
Integrated brake control logic and operation sequence management enhance operational safety and reliability.
01
Ease of use and convenient commissioning
Integrated drive and control design simplifies wiring and system installation.
Built-in keypad and digital display for parameter setting, monitoring, and commissioning.
Structured parameter groups covering motor control, speed curves, communication, floor configuration, and elevator logic enable intuitive configuration.
Supports motor auto-tuning and commissioning procedures for both inspection and normal operation modes.
Provides step-by-step slow-speed and high-speed commissioning guidance to simplify field debugging.
02
Intelligent high performance
Advanced vector control with dedicated elevator motion control logic for smooth acceleration, deceleration, and leveling.
Flexible speed curve configuration including S-curve adjustment and ride comfort optimization.
Load compensation and adaptive control functions improve starting performance and ride smoothness.
Supports synchronous and asynchronous motor control with encoder feedback configuration.
CAN communication and serial communication support for system networking and distributed control.
03
Rich system functions and application flexibility
Complete elevator logic functions including driver mode, fire operation, elevator locking, and overload management.
Floor configuration, leveling micro-adjustment, and door operation parameter control for precise system behavior.
Supports expansion boards and peripheral device integration such as floor display, hall call boards, and hoistway switches.
Compatible with energy regeneration units and various external system components.
Designed for diverse installation environments with flexible hardware configuration and system layout.
04

Specifications

Item

Specifications

Input and output

Input voltage

AC 3PH 380V(-15%)~440V(10%)

Input frequency

47~63Hz

Output voltage (V)

0–Input voltage (V)

Output frequency (Hz)

0–99Hz

Elevator basic features

Maximum floors

15 floors

Maximum running speed

1 m/s

Communication mode

1 sets of CANbus communication ports

Technical Performance

Control mode

VF(Commission mode), SVC(AM), FVC(SM)

Overload capability

60s for 150% overcurrent;

10s for 180% overcurrent

Starting torque response

PG vector control:0Hz/150%

Speed control accuracy

PG vector control:±0.1% max speed

Carrier frequency

2.0kHz~10.0kHz

Peripheral interface

Low-voltage digital input terminals

25 low-voltage digital input channels, DC24V / 4.5–8mA.

High-level input active, maximum frequency 1kHz, internal impedance: 3.3kΩ

Analog input

1 way (AI1) 0~10V/0~20mA input selectable, resolution20mV

Digital input/output

20 ways of button input/output: L1~L20

High voltage detection input

3 ways 110V input: DC1~DC3, COM: DC-

60~120VAC

Relay output

25 ways digital output: Y0~Y24, DC30V/5A, AC250V/5A

Among them, Y0 can be used as an emergency operation output, and Y2 can be used as a brake output.

CAN communication ports

1 way CAN communication ports

Encoder interfaces

Built-in encoder interfaces supporting sine-cosine, open-collector NPN output, and push-pull output.

Expandable support for Sin/Cos, incremental, EnDat encoders

Features

Operation mode

Normal run, inspection, fire mode, earthquake mode,  re-leveling, door-open re-leveling, UPS operation

Stopping method

Multi-step speed crawling stopping

Starting torque compensation

Two independent regulation methods using the speed loop and position loop, enabling smooth start without a load weighing device.

Motor auto-tuning

Synchronous and asynchronous motors use static auto-tuning

Automatic voltage regulation

Maintains constant output voltage automatically when grid voltage fluctuates

Low voltage slow down

In installation mode, when the system detects a low input voltage level, it automatically reduces the operating speed.

Operating and monitoring

Integrated controller  keypad

Composed of a 5-digit LED display, 8 indicator LEDs, and 5 keys. It supports parameter searching, parameter setting, etc. 

Handheld operator

Supports parameter setting, parameter upload and download, soft fault inquiry, and manual call operations

Downloads

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