wireless controller

 

1.Power supply:  AC220±20%

2.Operating Temperature Range:  -10℃~60℃

3.Humidity Requirements for Controller Usage: 5-90%

4.Storage temperature range:  -20℃~60℃

5.Communication circuit: PLC(Power Line Communication)

6.Overall dimensions: 86mm*86mm*11mm (wall-exposed part)

7.Mounting hole distance: 60mm

8.WIFI module:

·802.11 b/g/n

·Data rate up to 150 Mbps in 802.11n mode

·Frame aggregation (TX/RX A-MPDU, RX A-MSDU)

·0.4 us guard interval

·Operating channel center frequency range: 2412 ~ 2484 MHZ

Color Wired Controller


1.Power supply: DC12±20%

2.Operating Temperature Range: -10℃~60℃

3.Humidity Requirements for Controller Usage: 5-90%

4.Storage temperature range: -20℃~60℃

5.Communication circuit: RS485, Modbus communication protocol

6.Rated power: 3W

7.Overall dimensions: 86mm*86mm*10mm (wall-exposed part)

8.Mounting hole distance: 60mm

9.WIFI module:

·802.11 b/g/n

·Data rate up to 150 Mbps in 802.11n mode

·Frame aggregation (TX/RX A-MPDU, RX A-MSDU)

·0.4 us guard interval

·Operating channel center frequency range: 2412 ~ 2484 MHZ


Full-touch wired controller


1.Power supply: DC12±20%

2.Operating Temperature Range: -10℃~60℃

3.Humidity Requirements for Controller Usage: 5-90%

4.Storage temperature range:  -20℃~60℃

5.Communication circuit:  RS485, Modbus communication protocol

6.Rated power: 3W

7.Overall dimensions: 86mm*86mm*11mm (wall-exposed part)

8.Mounting hole distance: 60mm

9.WIFI module:

·802.11 b/g/n

·Data rate up to 150 Mbps in 802.11n mode

·Frame aggregation (TX/RX A-MPDU, RX A-MSDU)

·0.4 us guard interval

·Operating channel center frequency range: 2412 ~ 2484 MHZ


Segment Display Wired Controller


1.Power supply: DC12±20%

2.Operating Temperature Range: -10℃~60℃

3.Humidity Requirements for Controller Usage: 5-90%

4.Storage temperature range: -20℃~60℃

5.Communication circuit: RS485, Modbus communication protocol

6.Rated power: 3W

7.Overall dimensions: 86mm*86mm*11mm (wall-exposed part)

8.Mounting hole distance: 60mm

9.WIFI module:

·802.11 b/g/n

·Data rate up to 150 Mbps in 802.11n mode

·Frame aggregation (TX/RX A-MPDU, RX A-MSDU)

·0.4 us guard interval

·Operating channel center frequency range: 2412 ~ 2484 MHZ


Centralized Controller


1.Temperature display accuracy: 0.1 ℃

2.Temperature setting range: -20~60 ℃

3.Operating temperature: -20~65 ℃

4.Operating humidity: 5~90%

5.Power supply: DC12V-24V±20%

6.Shell material: Middle frame: ABS+PC plastic / Aluminum alloy; 

Back cover: ABS+PC plastic; 

Touch screen: Tempered glass

7.Overall dimensions: 175mm*110mm*12.8 mm (wall-exposed part)

8.Mounting hole distance: 60mm


Mainboard for inverter modularzed units


1.Power supply: AC220±15%

2.Operating Temperature Range: -30℃~70℃

3.Humidity Requirements for Controller Usage: 50/60Hz

4.Storage temperature range: -30℃~70℃;

5.Digital Output: 16 channels;

6.Digital Input: 14 channels;

7.Analog Output: 4 channels 0-10V output;

8.Analog Input: 26 channels (2 channels 0-10V input, 2 channels 4-20mA input);

9.Expansion Valve: 6 channels;

10.Communication Interface: 3 channels RS485.

Control solution for inverter water-sourced heat pumps


1.Power supply: AC220±15%

2.Operating Temperature Range: -30℃~70℃;

3.Humidity Requirements for Controller Usage: 5-95%

4.Storage temperature range: -30℃~70℃;

5.Digital Output: 8 channels;

6.Digital Input: 7 channels;

7.Analog Input: 12 channels;

8.Expansion Valve: 2 channels;

9.Communication Interface: 3 channels RS485.


Mainboard for outdoor VRF units


1.Power supply: AC220±15%

2.Operating Temperature Range: -30℃~70℃;

3.Humidity Requirements for Controller Usage: 5-95%

4.Storage temperature range: -30℃~70℃;

5.Digital Output: 14 channels;

6.Digital Input: 7 channels;

7.Analog Input: 16 channels;

8.Expansion Valve: 3 channels;

9.Communication Interface: 3 channels RS485.



Mainboard for VRF indoor units


1.Power supply: AC220±15%

2.Operating Temperature Range: -30℃~70℃;

3.Humidity Requirements for Controller Usage: 5-95%

4.Storage temperature range: -30℃~70℃;

5.Digital Output: 5 channels;

6.Digital Input: 2 channels;

7.Analog Input: 4 channels;

8.Expansion Valve: 1 channels;

9.Communication Interface: 2 channels RS485.



Mainboard for inverter direct expansion 

units


1.Power supply: AC220±15%;

2.Operating Temperature Range: -30℃~70℃;

3.Humidity Requirements for Controller Usage: 5-95%;

4.Storage temperature range: -30℃~70℃;

5.Digital Output: 16 channels;

6.Digital Input: 14 channels;

7.Analog Output: 4 channels 0-10V output;

8.Analog Input: 26 channels (2 channels 0-10V input, 2 channels 4-20mA input);

9.Expansion Valve: 6 channels;

10.Communication Interface: 3 channels RS485.


Mainboard for inverter air-sourced

heat pumps

 

1.Power supply: AC220±15%

2.Operating Temperature Range: -30℃~70℃;

3.Humidity Requirements for Controller Usage: 5-95%

4.Storage temperature range: -30℃~70℃;

5.Digital Output: 8 channels;

6.Digital Input: 7 channels;

7.Analog Input: 12 channels;

8.Expansion Valve: 2 channels;

9.Communication Interface: 3 channels RS485.


 

Mainboard for inverter refrigeration

units


1.Power supply: AC220±15%

2.Operating Temperature Range: -30℃~70℃;

3.Humidity Requirements for Controller Usage: 5-95%

4.Storage temperature range: -30℃~70℃;

5.Digital Output: 11 channels;

6.Digital Input: 7 channels;

7.Analog Input: 13 channels;

8.Expansion Valve: 2 channels;

9.Communication Interface: 3 channels RS485.


Mainboard for inverter heat recovery

units


1.Power supply: AC220±15%

2.Operating Temperature Range: -30℃~70℃;

3.Humidity Requirements for Controller Usage: 5-95%

4.Storage temperature range: -30℃~70℃;

5.Digital Output: 8 channels;

6.Digital Input: 7 channels;

7.Analog Input: 12 channels;

8.Expansion Valve: 2 channels;

9.Communication Interface: 3 channels RS485.


Mainboard for inverter dehumidifiers


1.Power supply: AC220±15%

2.Operating Temperature Range: -30℃~70℃;

3.Humidity Requirements for Controller Usage: 5-95%

4.Storage temperature range: -30℃~70℃;

5.Digital Output: 6 channels;

6.Digital Input: 7 channels;

7.Analog Input: 10 channels;

8.Expansion Valve: 2 channels;

9.Communication Interface: 2 channels RS485,2 channels UART.


Single-Phase 6HP Compressor drive board


Rated Operating Voltage (V): Single-phase AC220VAC

Input Voltage Range (V): 175-265VAC

Power Input Frequency (Hz): 50/60±5Hz

Maximum Allowable Input Current (A): 30A (RMS)

Maximum Allowable Output Current (A): 25A (RMS)

Motor Control Mode: Sensorless Vector Control

Motor Speed Range: 600~6000rpm

Motor Operating Frequency Fluctuation: ±1Hz

DC Bus Voltage: 380±5V @ PFC On

Maximum Operating Efficiency: >95%

Input Power Factor: 0.98 @ PFC On

Communication Method: 485/UART

Operating Environment:

Storage Temperature Range: -30°C~70°C

Operating Temperature Range: -30°C~60°C

Relative Humidity: 10%~95% (non-condensing)

Maximum Altitude: ≤2000m


Three-Phase 6HP Compressor drive board


Power Supply Specifications 

Rated Voltage: Three-Phase AC 380V/50Hz

Operating Voltage Range: 320V~460V

Maximum Input Power: 8kW

Maximum Input Current: 14A (RMS)

Maximum Output Current: 16A (RMS)

Speed Control Parameters 

Speed Regulation Range: 15Hz~100Hz (900rpm~6000rpm)

Speed Control Accuracy: ±1Hz

Control Method: Sensorless Vector Control

Compatible Compressors

Compatible with Hitachi, Panasonic, GMCC, Highly and 

other leading brands

Thermal Management

Cooling Method: Forced Air Cooling / Refrigerant Heat Dissipation

Environmental Specifications

Storage Temperature Range: -30°C~70°C

Operating Temperature Range: -30°C~60°C

Relative Humidity: 10%~95% (non-condensing)

Maximum Altitude: ≤2000m


Three-Phase 10HP Compressor drive board


Power Supply Specifications

Rated Voltage: Three-Phase AC 380V/50Hz

Operating Voltage Range: 320V~460V

Maximum Input Power: 14kW

Maximum Input Current: 25A (RMS)

Maximum Output Current: 25A (RMS)

Speed Control Parameters

Speed Regulation Range: 15Hz~100Hz (900rpm~6000rpm)

Speed Control Accuracy: ±1Hz

Control Method: Sensorless Vector Control

Compatible Compressors

Compatible with Hitachi, Panasonic, Emerson and other leading brands

Thermal Management

Cooling Method: Forced Air Cooling

Environmental Specifications

Storage Temperature Range: -30°C~70°C

Operating Temperature Range: -30°C~60°C

Relative Humidity: 10%~95% (non-condensing)

Maximum Altitude: ≤2000m


Three-Phase  16HP Compressor drive board


Power Supply

Rated Voltage: Three-Phase AC 380V/50Hz

Operating Voltage Range: 320V~460V

Maximum Input Power: 17kW

Maximum Input Current: 30A (RMS)

Maximum Output Current: 31A (RMS)

Speed Control

Frequency Range: 15Hz~120Hz (900rpm~7200rpm)

Speed Accuracy: ±1Hz

Control Method: Sensorless Vector Control

Compatible Compressors

Compatible with Hitachi, Panasonic and other brands

Cooling System

Cooling Method: Forced Air Cooling / Refrigerant Heat Dissipation

Environmental Specifications

Storage Temperature: -30°C~70°C

Operating Temperature: -30°C~60°C

Humidity: 10%~95% (non-condensing)

Altitude: ≤2000m

Three-Phase 20HP Compressor drive board


Power Supply

Rated Voltage: Three-Phase AC 380V/50Hz

Operating Voltage Range: 320V~460V

Maximum Input Power: 22kW

Maximum Input Current: 40A (RMS)

Maximum Output Current: 40A (RMS)

Speed Control

Speed Range: 15Hz~120Hz (900rpm~7200rpm)

Speed Accuracy: ±1Hz

Control Method: Sensorless Vector Control

Compatible Compressors

Compatible with Hitachi, Panasonic, Danfoss, GMCC and other brands

Cooling System

Cooling Method: Forced Air Cooling / Refrigerant Heat Dissipation

Environmental Conditions

Storage Temperature: -30°C~70°C

Operating Temperature: -30°C~60°C

Humidity Range: 10%~95% (non-condensing)

Altitude: ≤2000m

Three-Phase  25HP Compressor drive board


Power Supply Specifications

Rated Voltage: Three-Phase AC 380V/50Hz

Operating Voltage Range: 320V~460V

Maximum Input Power: 30kW

Maximum Input Current: 49A (RMS)

Maximum Output Current: 50A (RMS)

Speed Control Parameters

Speed Regulation Range: 15Hz~120Hz (900rpm~7200rpm)

Speed Control Accuracy: ±1Hz

Control Method: Sensorless Vector Control

Compatible Compressors

Compatible with Hitachi, Panasonic, Danfoss and other leading brands

Thermal Management

Cooling Method: Forced Air Cooling / Refrigerant Heat Dissipation

Environmental Specifications

Storage Temperature Range: -30°C~70°C

Operating Temperature Range: -30°C~60°C

Relative Humidity: 10%~95% (non-condensing)

Maximum Altitude: ≤2000m

Three-Phase  30HP Compressor drive board


Power Supply Specifications

Rated Voltage: Three-Phase AC 380V/50Hz

Operating Voltage Range: 320V~460V

Maximum Input Power: 40kW

Maximum Input Current: 70A (RMS)

Maximum Output Current: 68A (RMS)

Speed Control Parameters

Speed Regulation Range: 15Hz~120Hz (900rpm~7200rpm)

Speed Control Accuracy: ±1Hz

Control Method: Sensorless Vector Control

Compatible Compressors

Compatible with Hitachi, GMCC and other leading brands

Thermal Management

Cooling Method: Forced Air Cooling / Refrigerant Heat Dissipation

Environmental Specifications

Storage Temperature Range: -30°C~70°C

Operating Temperature Range: -30°C~60°C

Relative Humidity: 10%~95% (non-condensing)

Maximum Altitude: ≤2000m

Single-phase 1kW DC fan drive controller


Rated power supply: Single-phase AC 220V/50Hz

Operating voltage range: 187V~264V

Maximum input power: 1kW

Maximum input current: 5A (RMS)

Maximum output current: 4A (RMS)

Speed regulation range: 75~1050rpm

Speed regulation accuracy: ±30 rpm

Control method: With position sensor detection control

Matching motor model: Panasonic motor DMSBA01GX01 and 

similar models

Cooling method: Forced air cooling

Power module: Mitsubishi IPM module

Storage temperature range: -30℃~70℃

Operating ambient temperature range: -25℃~60℃

Operating humidity range: 10%~95% (no frosting and condensation)

Altitude: Less than 2000 meters


Three-Phase  2.2kW DC fan drive controller


Rated power supply: Three-phase 380V/50Hz

Operating voltage range: 380V±15%

Maximum input power: 2.2kW

Maximum input current: 6A (RMS)

Maximum output current: 5A (RMS)

Speed regulation range: 300-900rpm

Speed regulation accuracy: ±30 rpm

Control method: Sensorless vector control

Matching motor model: DC variable frequency fan

Cooling method: Forced air cooling

Storage temperature range: -30℃~70℃

Operating ambient temperature range: -25℃~60℃

Operating humidity range: 10%~95% (no frosting and condensation)

Altitude: Less than 2000 meters

BAS gateway


1. Interface: RS485, Ethernet,USB,SIM,TF, DI, DO, etc.

2. Operating voltage: DC 9~24V;

3. power consumption: 650mA@24V;

4. Wireless network: GSM/GPRS/EDGE/CDMA2000/

EVDO/WCDMA/TD-SCDMA/

LTE-FDD/LTE-TDDIPv4/

TCP/UDP;

5. Network protocol: IPv4/TCP/UDP;

6. Hardware upgrade: OTA;

Operating Environment: 

Storage Temperature Range: -40°C~70°C

Operating Temperature Range: -40°C~70°C

Relative Humidity: 10%~95% (non-condensing)


4G gateway


1. Interface: RS485;2400~115200bps.

2. Operating voltage: DC 12V±20%;

3. power consumption: 650mA@12V;

4. Wireless network: LTE-FDD/LTE-TDD;

5. Network protocol: IPv4/TCP, multi-link;

6. Hardware upgrade: OTA;

Operating Environment:

Storage Temperature Range: -40°C~70°C

Operating Temperature Range: -30°C~70°C

Relative Humidity: 10%~95% (non-condensing)

4G integrate gateway


1. Interface: RS485;2400~115200bps.

2. Operating voltage: DC 12V±20%;

3. power consumption: 650mA@12V;

4. Wireless network: LTE-FDD/LTE-TDD;

5. Network protocol: IPv4/TCP, multi-link;

6. Hardware upgrade: OTA;

Operating Environment: 

Storage Temperature Range: -40°C~70°C

Operating Temperature Range: -30°C~70°C

Relative Humidity: 10%~95% (non-condensing)

4G Wired controller


1.Power supply: DC12±20%

2.Operating Temperature Range:  -10℃~60℃

3.Humidity Requirements for Controller Usage: 5-90%

4.Storage temperature range:  -20℃~60℃

5.Communication circuit: RS485, Modbus communication protocol

6.Rated power: 3W

7.Overall dimensions: 86mm*86mm*10mm (wall-exposed part)

8.Mounting hole distance: 60mm

9.Wireless network: LTE-FDD/LTE-TDD; WIFI.


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VEDAT Technology Co., Ltd. shines at 2025 China Refrigeration Expo (Shanghai): two innovative inverter electronic control solutions lead the new trend of intelligent refrigeration

2024-05-25 16:57:52

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From 27th to 29th April 2025, the much-anticipated China Refrigeration Exhibition was held in Shanghai. As an innovative leader in the field of refrigeration control, VEDAT Technology made a grand appearance with its inverter cold storage electronic control solution and commercial inverter dehumidifier electronic control solution, bringing new solutions for cold chain logistics, industrial refrigeration and commercial environment control fields with intelligent and efficient technological breakt

From 27th to 29th April 2025, the much-anticipated China Refrigeration Exhibition was held in Shanghai. As an innovative leader in the field of refrigeration control, VEDAT Technology made a grand appearance with its inverter cold storage electronic control solution and commercial inverter dehumidifier electronic control solution, bringing new solutions for cold chain logistics, industrial refrigeration and commercial environment control fields with intelligent and efficient technological breakthroughs

Two core programmes released: redefining the technological heights of the industry

1. Inverter cold storage electronic control programme: the innovation of precise temperature control and full scene adaptation

The newly launched inverter cold storage electronic control solution is designed to meet the needs of cold chain warehousing, industrial freezing and other scenarios, and realises the in-depth integration of energy efficiency and intelligent control. The programme adopts dual PID control algorithms to accurately control the temperature error of the cold storage at ±0.5, and at the same time, it supports stable operation in a wide temperature range from -35to 60, so that it can maintain excellent refrigeration efficiency even in extreme environments.

 

The innovative solution combines fixed-frequency and inverter technology to flexibly switch between refrigerating and freezing modes, with intelligent frosting and thermal fluorine frosting technology to improve efficiency by 30%. The heat recovery design enables the secondary use of energy, reducing energy consumption by 25% compared to traditional solutions. In terms of compatibility and ease of operation, the solution is compatible with mainstream brands of compressors such as Mitsubishi, Hitachi, Copeland, etc. It supports a wide voltage input of 165V-280V/340V-410V, and provides a variety of line controller options such as segmented, colourful and full-touch screen. Users can quickly operate the compressor through one-key debugging, manual defrosting and fault elimination functions. With the standard IoT platform, the compressor can be upgraded remotely through OTA and real-time monitoring, which significantly reduces operation and maintenance costs.

 

2. Commercial inverter dehumidifier electronic control programme: multi-functional all-in-one intelligent environmental housekeeper

For the dehumidification needs of commercial space, industrial plant and other scenarios, HuiDa has launched a commercial inverter dehumidifier electronic control solution that integrates dehumidification, drying and purification functions. The solution supports 165V-280V/340V-500V wide voltage operation, compatible with air-cooled/liquid-cooled dual drive modes, humidity control accuracy of ±3%, users can set humidity value freely between 30%-70% according to the demand, and at the same time take into account the constant temperature dehumidification and the three-control heat recovery technology, to ensure the comfort of the environment and the optimisation of energy efficiency.

 

In terms of modular design, the solution can be flexibly adapted to DC/AC fans, electric heating and drainage pumps, and is compatible with split-type and whole-type dehumidifier structures. The local 8-segment timer and remote multi-segment timer on/off function, together with the IoT platform's full-scenario data monitoring and troubleshooting, help customers achieve efficient deployment and operation and maintenance. In addition, the solution provides a variety of line controller options, and comes standard with an IoT platform to meet the intelligent management needs of different scenarios.

Successful conclusion of the exhibition: technology is favoured, and we are heading for a new journey of globalization together   

With the successful conclusion of the exhibition on 29th April, Fida's full touch screen line controller, PLC thermostat, multi-connected unit electric control and cold storage electric control solutions attracted industry experts and customers from dozens of countries around the world to stop and communicate with each other due to the leading technical advantages and stability performance. The high-frequency interaction of international customers not only highlights the global competitiveness of Fida's solutions, but also makes the team deeply understand the importance of cross-cultural communication ability - in the future, we will continue to strengthen the technical research and development and international service capacity, and take intelligent energy efficiencyas the core to help customers around the world to achieve green energy efficiency. In the future, we will continue to strengthen our technology research and development and international service capability, and help our global customers to realise green and low-carbon transformation with the core of intelligent control of energy efficiency.

Intelligent control of the future, green movement of the world.

VEDAT Technology Co., Ltd. always drives the industry upgrading with innovation and looks forward to working with you to draw a new blueprint of intelligent refrigeration!    

 

 

Frequently Asked Questions (FAQ)   

Q1: Is VEDAT's inverter solution compatible with non-Chinese brand compressors?  

A: Yes, our solution can seamlessly adapt to global mainstream brands of compressors such as Mitsubishi, Hitachi, Panasonic, Copeland, etc., providing flexible choices for international customers.  

 

Q2: How much energy can be saved by the cold storage solution compared to the traditional system?  

A: Through heat recovery and inverter technology, the programme can reduce energy consumption by up to 25% while controlling temperature accurately.  

 

Q3: Does the IoT platform support remote troubleshooting of the system?  

A: Support. The integrated IoT platform enables real-time monitoring, remote OTA upgrades and rapid troubleshooting, significantly reducing downtime and after-sales costs.  

 

Q4: What international voltage range does the controller support?  

A: The controller is suitable for wide voltage inputs: single-phase 165V-280V, three-phase 340V-510V, and is applicable to most of the global power grid systems.  

 

Q5: Does VEDAT offer customised industrial solutions?  

A: Yes, we provide customised designs for industrial, commercial and domestic scenarios based on a dual-drive model of technology + service. Feel free to contact our team to discuss your needs!  

 


Optimise your cooling system with VEDAT's intelligent solutions! 


Author: VEDAT
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VEDAT Technology Co., Ltd. shines at 2025 China Refrigeration Expo (Shanghai): two innovative inverter electronic control solutions lead the new trend of intelligent refrigeration
From 27th to 29th April 2025, the much-anticipated China Refrigeration Exhibition was held in Shanghai. As an innovative leader in the field of refrigeration control, VEDAT Technology made a grand appearance with its inverter cold storage electronic control solution and commercial inverter dehumidifier electronic control solution, bringing new solutions for cold chain logistics, industrial refrigeration and commercial environment control fields with intelligent and efficient technological breakt
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