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Integrated Elevator Control Cabinet

Integrated Elevator Control Cabinet

  • Sample provide:

    YES
  • Sample freight payer:

    Buyer
  • Term of payment:

    T/T, L/C, D/P
  • Customized:

    YES
  • Warranty:

    18 Months
  • Delivery Time:

    5-7 Working Days For Standard Series; 7-14 Working Days For Customized AC Drives
  • Transportation:

    Express · Sea Freight · Land Freight · Air Freight
  • Package:

    Standard Export Package Carton/Wood
  • Availability:

    OEM/ODM, Minmum Order Request
  • Place of Origin:

    China
  • Shipping Port:

    Shenzhen
  • Certification:

    CE, EAC, ISO9001, OHSAS18001, TS16949, SGS
  • Product Description

Product Overview

Item Description
Product Name Integrated Elevator Inverter / Elevator AC Drive
Model Number AIEC3300−C−40xxx
Power Range 2.2kW-75kW
Rated Input Voltage 3 phase 380V/480V
Rated Output Voltage 3 phase 0 to rated input voltage
Input Frequency 50Hz/60Hz
Applicable Motor Asynchronous Motor, Synchronous Motor
Control Mode Closed loop vector control with PG card
Communication Modbus 485 RTU, CAN
IP Class Standard IP20
Overload Capacity 150% 1 minute, 180% 10 seconds, 200% 0.5 second, interval: 10 minutes (inverse time lag feature)


Model Explanation


Integrated Elevator Control Cabinet Feature:

● The hardware resources are fully integrated, the structure is simple, the volume is smaller, and the control cabinet is lighter;

● Modular structure, saving workers wiring time, easy to assemble, repair and replace;

● The internal interface board is designed for on-site installation, and the hoistway cable and the accompanying cable are directly connected to each other, avoiding trouble and wiring errors;

● Built-in over-voltage protection module, the input power supply is cut off in time when the local zero line is disconnected, and other modules of the system will not be damaged due to over-voltage;

● Built-in brake power supply board, direct output DC to control the brake. Control efficiency is improved. No high frequency clutter, the brake generates less heat and the brake noise is lower;

● The built-in DC24V switching power supply can directly supply power to the LOP, control panel board and other peripheral boards, and the rated output current can reach 5A;

V&T Elevator Drive can match elevator internet monitoring module. It supports community monitoring and remote monitoring


Technical Specifications

Basic features

Standard floor

40 floors

Elevator running speed

≤ 4.00m/s

Number of elevators in parallel/group mode

≤ 4 sets

Communication mode

CAN /RS485/RS232

Control features

Motor control mode

Closed loop vector control with PG card

Startup torque

Up to 200% (depending on load)

Speed range

1:1000(Closed loop vector control with PG card)

Speed control precision

±0.05% (Closed loop vector control with PG card, 25±10)

Torque limit

200% of the rated torque

Torque precision

±5%

No−load startup compensation

When the elevator load is unknown, the system compensates the appropriate torque for the motor according to the running direction of the elevator, so as to make it start smoothly, minimize the car sliding at the moment of starting, and increase the comfort of elevator starting.

Carrier frequency

216kHz

Product functions

Key functions

See product introduction for details

Frequency range

099Hz

Acceleration/

deceleration time

0.18s

Braking torque

150%

Special functions

Protecting anti−plug 

Perfect protection circuit design, any wrong insertion will not damage, and will not affect other controller.

Unique communication anti−interference

In order to improve the anti−interference performance, the car top board and the main control board use the enhanced CAN communication technology, without shielding wire.

Energy saving operation of standby power supply

When the normal power supply is interrupted and the emergency power supply is used, the system reduces the running speed of the elevator in the prerequisite of guaranteeing the smooth running curve and stop at the nearest floor.Open the door first, close door after delay for a period of time, press any key in the car to open the door.

Troubleshooting based on fault level

Faults are classified into different levels based on the severity. Different levels of faults are rectified using different methods, improving the system operation efficiency.

Auto−leveling

The system implements automatic accurate leveling based on the floor pulse counting and up/down leveling feedback signals.

Door pre−open function

In automatic running state, when the elevator speed is smaller than 0.25 m/s and the door zone signal is active, the system shorts the door lock by means of the shorting door lock circuit relay and outputs the door open signal, implementing door pre−open. This improves the elevator use efficiency.

Micro−leveling

After landing at a floor, the elevator may move upward or downward due to the load change and the car door is not aligned with the ground, which is inconvenient for passengers and goods in and out. In this case, the system allows the elevator to run to the leveling position in the door open state at the re−leveling speed.

Protection function

Motor over−load protection, controller over−load protection, short circuit protection, input lost ;phase protection, output lost phase protection, over−voltage protection, under voltage protection, instantaneous power failure compensation, heatsink overheating, stall prevention, pulse encoder failure, brake unit protection, module protection, current sensor protection, speed abnormality protection, output short to ground protection, output imbalance protection, braking ;resistor short circuit protection, speed abnormality protection, running time limiter protection, level switch fault protection, EEPROM abnormal.

PG card

PG card type

Support push−pull, open collector and SIN/COS encoder.

I/O signal

Optocoupler input control power supply

Isolation 24 VDC

Low voltage optocoupler isolation input

24 x digital inputs.

Optocoupler control signals are isolation 24 VDC power input signals.

Low voltage optocoupler isolation input

4 x digital outputs

Relay output

6 normally open contacts, single−pole single−throw, 5 A contact switchover capability. Contact load (Resistive): 5A250VAC or 5A28VDC

USB interface

Commissioning by cell phone, IoT monitoring

CAN communication interface

2 communication ports (Car top communication, parallel or group control)

MODBUS communication

2 communication ports (Outbound communication, Internet of Things)

Analog input port

1 single−ended or differential input, input voltage range −10 V to +10 V, precision 0.1%

Operation and display

Operation panelKeypadMobile phone commissioning

Environment

Operating site

The product shall be mounted vertically in the electric control cabinet with good ventilation. Horizontal or other installation modes are not allowed. The cooling media is the air. The product shall be installed in the environment free from direct sunlight, dust, corrosive gas, combustible gas, oil mist, steam and drip.

Ambient temperature

10 ~ +40ºC, derated at 40 ~ 50ºC, the rated output current shall be decreased by 1% for every temperature rise of 1ºC

Humidity

5 ~ 95%, no condensing

Altitude

0 ~ 2000m, derated above 1000m, the rated output current shall be decreased by 1% for every rise of 100m

Vibration

Less than 5.9 m/s 2 (0.6 g)

IP level

IP20

Power distribution system

TN/TT

Pollution degree

PD2

Storage temperature

20+60


Braking Resistor Selection Guidance


Controller Model

 

Braking unit

Braking resistor

Power

Resistance

(Ω)

Minimum

resistance( Ω)

Qty

Single-phase 220V Range 220240V

AIEC3300C4005-220

 

Built-in as standard

300

140.0

125.0

 

AIEC3300C4007-220

600

71.0

64.0

 

AIEC3300C4011-220

1100

43.0

37.0

 

AIEC3300C4015-220

1200

40.0

35.0

 

AIEC3300C4018-220

1600

29.0

25.0

 

Three -phase 220V Range 220240V

AIEC3300C4005-220

 

 

Built-in as standard

600

72.0

66.0

 

AIEC3300C4007-220

1200

40.0

35.5

 

AIEC3300C4011-220

1600

29.0

25.0

 

AIEC3300C4015-220

2500

25.0

22.0

 

AIEC3300C4018-220

3500

14.5

13.0

 

AIEC3300C4022-220

4500

13.0

12.5

 

AIEC3300C4030-220

5500

12.5

12.0

 

AIEC3300C4037-220

6500

7.5

6.0

 

AIEC3300C4045-220

Built-in as optional

9000

5.5

4.5

 

AIEC3300C4055-220

11000

4.5×2

3.5×2

 

Three -phase 380V ,Range 380~440V

AIEC3300−C−4002

 

 

 

 

Built-in as standard

600

295.0

230.0

 

AIEC3300−C−4003

1100

172.0

138.0

 

AIEC3300−C−4005

1600

116.0

90.0

 

AIEC3300−C−4007

2500

85.0

65.0

 

AIEC3300−C−4011

3500

55.0

42.0

 

AIEC3300−C−4015

4500

45.0

35.0

 

AIEC3300−C−4018

5500

35.0

25.0

 

AIEC3300−C−4022

6500

25.0

22.0

 

AIEC3300−C−4030

9000

20.0

15.0

 

AIEC3300−C−4037

11000

16.5

13.5

 

AIEC3300−C−4045

Built-in as option

13500

14.5

11.0

 

AIEC3300−C−4055

16500

12.0

10.0

 

AIEC3300−C−4075

12000×2

16.0×2

13.0×2


Motor Wiring

● It is forbidden to short circuit or ground the Elevator Drive Controller output terminal, otherwise the internal components of the integrated controller will be damaged.


● Do not short circuit the output cable and the integrated controller enclosure, otherwise electric shock may happen.


● It is forbidden to connect the output terminal of the integrated controller to the capacitor or LC/RC noise filter with phase lead, otherwise, the internal components of the integrated controller may be damaged.


● When contactor is installed between the integrated controller and motor, it is forbidden to switch on/off the  contactor when the  integrated  controller  is  running; otherwise,  large  current will flow  into the integrated controller, triggering the integrated controller protection action.


● Length of cable between the integrated controller and motor:


If the cable between the integrated controller and the motor is too long, the high−order harmonic leakage current of the output end will cause adverse  impact on the  integrated controller and the peripheral devices. Output AC reactor should be installed the motor cable is longer than 100m, Refer to the following table for the carrier frequency setting.

Length of cable between the integrated controller and motor

Less than 50m

Less than 100 m

More than 100m

Carrier frequency ( F0−07)

Less than 15kHz

Less than 10kHz

Less than 5kHz


Control Circuit Terminals

Type 

Terminal

Description

Keypad 485

CN12

RS485 port of keypad

Terminal communication

24V

24V power supply for the board

COM

MOD+

Standard isolation RS485,modbus communication for hall call and display

MOD

CAN+

CAN communication, connect with car top board, machine−room−less monitoring board and DI/DO expansion board

CAN

Digital input

X1X24

Input voltage range: 10Vdc30Vdc

Input resistance4.7kΩ, current limit 5mA

The function of digital input is setting by parameters of F501 to F524

COM

Digital input common end

X25X28

High voltage input, input voltage: 110VAC ±15%110VDC ±20%

Safety circuit feedback and door lock feedback.

Analog input

AI

Differential input, input voltage range −10 V to +10 V, it is used for load−cell

Relay output

Y1/M1 Y6/M6

Relay output terminal NO: 5A/250Vac

The relay output function is setting by parameters of F526 to F531

Group control

CAN2+

CAN2 communication interface, for group or parallel/group control

CAN2

COM

IoT communication

CN8

IoT communication interface


Applications:











Elevator Inverter Cabinet Representative Industry

As an advanced Integrated elevator drive solution provider and Elevator Inverter Manufacturer in China, The integrated elevator inverter of Shenzhen V&T Technologies Co.,Ltd. is suitable for Passenger Elevator, Cargo Lifting, Commercial Escalator, Villa elevator, Construction elevator ect.


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