EC300B Integrated Elevator Controller

EC300 four quadrant intelligent integrated machine is a new generation of four quadrant intelligent elevator control system integrating the drive technology, energy feedback technology, control technology, network communication technology as a whole design concept. It’s organically integrated as a whole through the four quadrants drive, control, management, and applied to the unique potential load occasions of the elevator field, there is a full range improvement and optimization of the product in the energy efficiency, safety and reliability, ease of operation, economic and practical aspects.

·7.5-30kW
· Energy-saving & eco-friendly
· 64 maximum floors
  • EC300B Integrated Elevator Controller
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  • EC300B Integrated Elevator Controller
Overview
Features
Specifications
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Features

Safe and reliable
Designed in strict compliance with IEC standards and ISO 14001 environmental management system, and certified by the EU-accredited TÜV agency with TUV-CE and EMC directive approvals. Static component certification and multiple layers of safety protection ensure full compliance with EN 81 and GB/T 7588 safety standards.
Features include automatic car position correction, forced deceleration switch monitoring, overtravel and bottoming protection, built-in oscilloscope circuitry, data black box, and base-floor interlock functionality.
Redundant safety design significantly enhances overall elevator safety
01
Ease of use
Elevator-specialized integrated design with simplified wiring and easy commissioning.
Equipped with built-in digital display and control keys; supports handheld operator, PC-based commissioning software, and APP-based control.
Full CAN serial communication for high-speed, reliable data transmission (optional RS485 communication for hall call displays).
Integrated control and drive system with compact structure, ideal for small machine room cabinet installations.
02
Intelligent high performance
Supports intelligent, networked group control with built-in IoT interfaces for smart IoT platform integration.
Auto-adjusted carrier frequency based on load characteristics.
Advanced load-sensorless start compensation technology.
Compatible with both synchronous and asynchronous motors, featuring static and dynamic auto-tuning.
Distance-based direct landing technology, with automatic generation of N-curves for smooth, stepless speed control.
03
Distinctive functions
Emergency rescue function under single-phase AC220V power (cost-effective solution); 
Maintenance functions;
Self-adaptive current loop auto-tuning;
Independent adjustment for leveling precision;
Adaptive physical layer for hall call board;
Intelligent brake force detection. Door logic self-learning, door lock short-circuit self-detection, and more.
04

Specifications

Item

Specifications

Input and output

Input voltage

AC400V±15%

Input frequency

47~63Hz

Output voltage (V)

0–Input voltage (V)

Output frequency (Hz)

0–400Hz

Elevator basic features

Maximum floors

64 floors

Maximum running speed

6m/s

Group-control ability

Maximum 8 elevators

Communication mode

2 sets of CANbus communication ports, 2 sets of Modbus communication ports

Technical Performance

Control mode

PG vector control

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

1.0kHz~16.0kHz

Peripheral interface

Low-voltage digital input terminals

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

The input mode (active low or active high) can be selected via the PW DIP switch.

High-voltage detection input terminals

5 high-voltage detection input channels, AC/DC 110V

Digital output terminals

6 digital output channels, DC30V / 5A, AC250V / 5A.

Among them, Y3–Y6 support multifunction output settings via parameters F0_70 / F0_71

CAN communication ports

2 independent CAN communication ports

Encoder interfaces

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

Expandable support for EnDat encoders, UVW encoders, and resolver interfaces

Features

Operation mode

Normal run, inspection, re-leveling, door-open re-leveling, UPS operation, and hoistway self-learning

Stopping method

Distance-based stopping principle, with real-time generation of the travel curve for direct and precise leveling.

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 motors use load-based rotational auto-tuning, while asynchronous motors use static auto-tuning

Hoistway auto-tuning

Accurately records floor positions and forced deceleration switch positions

Automatic voltage regulation

Maintains constant output voltage automatically when grid voltage fluctuates

Energy feedback

In the power generation state, the drive feeds electrical energy back to the grid.

Operating and monitoring

Operator keypad

Composed of a 5-digit LED display, 8 indicator LEDs, and 5 keys. It supports fault inquiry, call commands, motor auto-tuning, hoistway self-learning, and test operations. For details, refer to Section 8.5.

Handheld operator

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

APP Easy-Commissioning software

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

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