DATADRIVE Series AC Motor Speed Control Devices

Easy to use DataDrive motor drives are the best choice for all AC motor control applications..

 

Datadrive AC Motor Drivers;

3 Phase is a modern speed controller that operates with IPM-SPWM technique which can set the speed of the motor to the desired value from the zero with the high starting torque. It is a new generation motor speed control device which is designed according to the network conditions and facilitated and can adjust the values of the user which constitutes 80% of all driver applications such as engine motor maximum speed, acceleration time, deceleration time and braking time without battling the user with complex technologies. AC Drives It is used in a wide range of industrial applications. Constant speed is not suitable for all operations in all conditions, speed setting must be used in all applications required. For example;

 

In the case of familiar tools such as food mixers or electric drillers, or in more powerful versions, the pump speed must be adjusted to control the flow of water and industrial chemicals to ensure airflow regulation in large heating and air conditioning systems.

 

However, variable-speed AC drives are often used in more complex and challenging environments, such as water and wastewater processing, paper mills, tunnel drilling, oil drilling platforms, or mining.

 

With AC drives; normal operation also controls the stress of the system, and saves energy when performing a potential speed control.

 

Use of smaller fuses and supply links and reduction of peak loads on the electrical network by reducing currents drawn by the mains during start-up demolition and shutdown

Kalkış ve duruşlarda mekanik şok'un azaltılması

Speed adjustment as control tool

Acceleration control, Different operation speed for each operation, Allowing slow operation for installation purposes, Adjusting the production speed, Controlling torque or tension

 

 

 

Using AC drives to save energy

In the most commonly used fan and pump applications, energy savings of between 20% and 50% are achieved.

For example; you can drive the fan with a fixed-speed motor, use a damper to limit the output airflow, or arrange the airflow by controlling the engine speed. Which of you is more efficient.

 

 

Advanced Technology Product

SPWM Modulation / IPM Module Power Stage

Compatible with our network conditions

Easy commissioning and use

Up to 50% energy savings

Reduced noise levels

Unconditional Warranty and Service Support

Rational initial parameters

Your application's load conditions and ambient temperature are two of the most important factors that influence the determination of the correct driver power. If load conditions require sudden peak currents, you need to select the drive power on the motor label.

 

Starting Torque

Variable Torque / Constant Torque

Overloadability

40*C, 45*C, 50*C Ambient temperature

Metal Body

Cooling

Physical Dimension

Switching Frequency
The switching frequency is modulated to reduce the noise of the motor. In all applications requiring good driving quality at low speed,

DATADRIVE AC Motor speed controllers are designed using the latest technology in terms of software and hardware.

The motor is protected against overload and overheating.
Datadrive AC Motor Drivers have overvoltage, undervoltage, overcurrent and short circuit protection as standard.

The device generates a signal in sinusoidal form with PWM (Pulse Wide-Modulation) Pulse Width Modulation.

With the 8KHz switching frequency, the motor is operated in silence. Multiple motors can be connected to the output of the unit.

The programming menu is built in a simple structure that the user can easily understand.
Over Voltage Protection = If the mains voltage exceeds 380V + 20% after 456V, the device switches to protection.
Undervoltage protection = The mains voltage goes below 380V_20%, down to 304V.


Overcurrent Protection = If the motor current exceeds 200% of the nominal current, the device switches to protection.

Motor-Provided Voltage / Frequency Ratio
Setting the voltage / frequency ratio depending on the characteristics of the network, the characteristics of the motor and the application.
For all fixed or variable moment applications without over speed or over speed

Frequency conversion gain
In transient regimes, it provides driver adaptation to various power machines with the optimal operation possible.
All applications from low-inertia and fast-cycling machines to high-inertia centrifuges.
Slip Compensation
Regardless of the load, the reference speed given to the motor speed by the automatic correction of the frequency is kept constant.
All applications where the load torque varies greatly and the speed range is kept wide.
Automatic adaptation to the ramping ramp
If the set time is too short due to high inertia, it will adapt to the deceleration ramp.
In all applications that do not require controlled stopping in the deceleration ramp

The DATADRIVE VFD Series is available in AC motors for a wide range of applications requiring speed adjustment.

 

Single Phase|220VAC|Motor Drivers

Power

(kW)

Current

Frequency Adjust.

Dimensions

(mm)

 

0,75kW

1HP

İnput:9,5A

Output I;

Nom.;3,4A

Max:4A

Keyboard

or

It is potansiomt.

(10K)

DC

0 - / + 10V

or

4 - 20mA

 

Carrier Frequency;

1-16khz

Adjustable

W:|95|

L:|165|

H;|110|

1,5kW

2HP

Input:18A

Output I;

Nom.;6,4A

Max:7,2A

W:|95|

L:|220|

H.;|150|

2,2kW

3HP

Input:25A

Output I;

Nom.;8,9A

Max:11A

 

W:|95|

L:|165|

H.;|110|

3kW

4HP

Input:32A

Output I;

Nom:12A

Max:13A

 

Three Phase |380VAC| Motor Driver

Power

(kW)

Current

 

Frequency Adjust.

Dimensions

(mm)

 

 

4kW/

5,5HP

 

Input:12A

OutputI;9A

Max:10A

Keyboard

or

It is potansiomt.

(10K)

DC

0 - / + 10V

or

4 - 20mA

 

Carrier Frequency;

1-16khz

Adjustable

 

W:|165|

L:|300|

H;|160|

 

5,5kW/

7,5 HP

 

Input:16A

Output:12A

Max:13.2A

W:|165|

L:|340|

H;|160|

7,5kW/

10 HP

Input:25A

Output:17A

Max:19A

 

W:|205|

L:|410|

H;|185|

 

11kW/

15 HP

Input:32A

Output:12A

Max:13A

15kW/

20 HP

Input:41A

Output:30A

Max:32A

W:|205|

L:|495|

H;|185|

 

18,5kW

20 HP

Input:48A

Output:37A

Max:39A

22kW

30 HP

Input:55A

Output:45A

Max:50A

 

W:|205|

L:|555|

H;|160|

30kW

40 HP

Input:64A

Output:60A

Max:65A

W:|295|

L:|600|

H;|185|

37kW

50 HP

Input:85A

Output:78A

Max:85A

45kW

60 HP

Input:100A

Output:90A

Max:95A

W:|450|

L:|780|

H;|180|

55kW

60 HP

Input:125A

Output:110A

Max:115A

75kW

100 HP

Input:170A

Output:150A

Max:165A

W:|450|

L:|830|

H;|180|

 

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