tion+ electric motor drive
Electric drive (+tion) to control the speed of induction motors and permanent magnet
Electric motor drive (tion +) is used to control induction motors (AC) and permanent magnets PMSM and BLDC used in the air conditioning industry. In other words, a remote control drive can be used to continuously control the velocity or flow rate of the exhaust air (AHU), evaporator, chiller, fan coil and duct split.
This unique feature has the ability to connect to a wide range of available thermostats and the Expono Touch Thermostat with serial protocols. By using the drive (tion +), your air conditioning system can be equipped with different methods and scenarios to continuously control the speed or flow of the fan and reduce energy consumption by up to 60%.
With the use of advanced settings and inverter technology, it has become easy to adapt the air conditioning system to your taste. Which increases the welfare of users and significantly reduces energy consumption.
The electric drive (tion +) with the permanent magnet motor has achieved the IE5 energy class and the INSO 3772-30-1-3 BLDC standard has the highest energy efficiency class in the world. This technology has created a great change in reducing the energy consumption of the country’s air conditioning industry.
Electric drive (+tion) to control the speed of induction motors and permanent magnet
Electric motor drive (tion +) is used to control induction motors (AC) and permanent magnets PMSM and BLDC used in the air conditioning industry. In other words, a remote control drive can be used to continuously control the velocity or flow rate of the exhaust air (AHU), evaporator, chiller, fan coil and duct split.
This unique feature has the ability to connect to a wide range of available thermostats and the Expono Touch Thermostat with serial protocols. By using the drive (tion +), your air conditioning system can be equipped with different methods and scenarios to continuously control the speed or flow of the fan and reduce energy consumption by up to 60%.
With the use of advanced settings and inverter technology, it has become easy to adapt the air conditioning system to your taste. Which increases the welfare of users and significantly reduces energy consumption.
The electric drive (tion +) with the permanent magnet motor has achieved the IE5 energy class and the INSO 3772-30-1-3 BLDC standard has the highest energy efficiency class in the world. This technology has created a great change in reducing the energy consumption of the country’s air conditioning industry.
Optimization according to the air conditioning industry
The (tion+) drive has the ability to control a variety of three-phase AC induction motors in the widely used capabilities of the air conditioning industry. Using the new Induction Motor Power Boosting technology, while keeping the motor output power and fan output air constant, the energy consumption of the induction motor can be reduced by up to 40% compared to conventional methods.
The (tion+) drive has the ability to control all types of permanent magnet motors, including PMSM and BLDC. This feature, along with the use of Sensorless technology, has provided continuous control of the fan motor movement from zero speed without the need for any sensors.
Which makes it easy to install and greatly increases the reliability of the air conditioning system. By using the motion motor and (tion +) drive magnet set, energy consumption can be reduced by up to 50%, which will greatly reduce your costs and help our set environment.
In order to be fully adaptable and control the desired temperature in all types of HVAC air conditioning systems, several control methods have been used such as controlling the exhaust air flow rate, which adds the ability to stabilize the exhaust air flow at different fan pressures to the HVAC set.
Also, a communication platform with all sensors and operators of air conditioning systems such as: temperature sensor, water level sensor, drain valve, pump, etc has been installed to further synchronize the system with the thermostat and HMI user interface.
Optimization according to the air conditioning industry
The (tion +) drive has the ability to control a variety of three-phase AC induction motors in the widely used capabilities of the air conditioning industry. Using the new Induction Motor Power Boosting technology, while keeping the motor output power and fan output air constant, the energy consumption of the induction motor can be reduced by up to 40% compared to conventional methods.
The (tion +) drive has the ability to control all types of permanent magnet motors, including PMSM and BLDC. This feature, along with the use of Sensorless technology, has provided continuous control of the fan motor movement from zero speed without the need for any sensors.
Which makes it easy to install and greatly increases the reliability of the air conditioning system. By using the motion motor and (tion +) drive magnet set, energy consumption can be reduced by up to 50%, which will greatly reduce your costs and help our set environment.
In order to be fully adaptable and control the desired temperature in all types of HVAC air conditioning systems, several control methods have been used such as controlling the exhaust air flow rate, which adds the ability to stabilize the exhaust air flow at different fan pressures to the HVAC set.
Also, a communication platform with all sensors and operators of air conditioning systems such as: temperature sensor, water level sensor, drain valve, pump, etc has been installed to further synchronize the system with the thermostat and HMI user interface.
Adaptability to different environments
In the application of air conditioning systems in different weather conditions, power grid errors can be a threat to life, performance and customer satisfaction. Considering all these limitations, the (tion +) drive can well and without interruption in these conditions the engine with a coefficient Power 0.99 control.
In design of body and case of (tion +) drive, All the details to coordinate with all applications of air conditioning systems is considered. so thay can be easily installed on the fan or body of the structure.
Adaptability to different environments
In the application of air conditioning systems in different weather conditions, power grid errors can be a threat to life, performance and customer satisfaction. Considering all these limitations, the (tion+) drive can well and without interruption in these conditions the engine with a coefficient Power 0.99 control.
In design of body and case of (tion+) drive, All the details to coordinate with all applications of air conditioning systems is considered. so thay can be easily installed on the fan or body of the structure.
Unique PLC communication platform
In order to reduce the costs and complexities of connecting the Expono thermostat and the HMI interface, unique Power Line Communication technology has been used to sync the Expono thermostat and the tion + drive together with a minimum of two hardware signals.
This technology provides you with the ability to simplify the implementation and adaptability of the expono thermostat and (tion +) drive in all applications of air conditioning.
The (tion +) drive also has the ability to coordinate and operate with a wide range of thermostats and common Interfaces in the market by providing common communication platforms such as: RS-485.
Utilizing this technology, secure and stable two-way communication between the drive and HMI is easily possible even at very long distances and noisy environments.
Unique PLC communication platform
In order to reduce the costs and complexities of connecting the Expono thermostat and the HMI interface, unique Power Line Communication technology has been used to sync the Expono thermostat and the tion + drive together with a minimum of two hardware signals.
This technology provides you with the ability to simplify the implementation and adaptability of the expono thermostat and (tion +) drive in all applications of air conditioning.
The (tion +) drive also has the ability to coordinate and operate with a wide range of thermostats and common Interfaces in the market by providing common communication platforms such as: RS-485.
Utilizing this technology, secure and stable two-way communication between the drive and HMI is easily possible even at very long distances and noisy environments.
