AC Servo Drive For 1kW-2.6kW Servo Motor

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$462.68

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Stock: In Stock
Model: RDDLZ-AS302600
Weight: 1.00
SKU: RDDLZ-AS302600

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Communication Interface

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AC Servo Drive for 1kW-2.6kW Servo Motor is designed for applications that require frequent high speed and high precision positioning. The SERVOPACK will make the most of machine performance in the shortest time possible, thus contributing to improve productivity.

Servo Drive Specification

Model		RDDLZ-SG-AS302600 (Click it to see more specifications)
Matching Servo Motor Model		RDDLZ-SERVO-80S1000 (1000W servo motor) RDDLZ-SERVO-130S1000 (1000W servo motor) RDDLZ-SERVO-110S1200 (1200W servo motor) RDDLZ-SERVO-130S1300 (1300W servo motor) RDDLZ-SERVO-110S1500 (1500W servo motor) RDDLZ-SERVO-130S1500 (1500W servo motor) RDDLZ-SERVO-110S1800 (1800W servo motor) RDDLZ-SERVO-130S2000 (2000W servo motor)
Manual		Servo Driver product Manual Servo Driver User Manual
Output Power		1000W-2.6kW
Voltage		Three phase 220V AC
Input Signal Type*		Pulse + analog (±10V) signal or pulse signal (Optional)
Current		30A
Control Mode		Position control, Speed control, JOG operation
Communication Interface		RS485 (standard), CAN, Ethercat for optional
Software		Free software to execute the application and monitor motor parameters can be provided. Please contact us if you need it.
Encoder Feedback		2500 lines incremental encoder
		17/23 bit absolute encoder
Structure		Base-mounted type
Weight		2.5 Kg
Application		for 1000W-2.6kW AC servo motor
Operate Temperature		0℃~+50℃
Humidity		<90% (no frost)

Note: Our AC Servo Drive will come with a RS485 control software, so you can only monitor the motor parameters through 485 communication, but you cannot use it to control the motor.

Servo Drive Terminal Details

NO.	Name	Description
1	Front Cover	--
2	Nameplate	Indicates the SERVOPACK model and rating.
3	Input Voltage	--
4	Charge	Lights up when the main circuit power is turned on. Note: Even if you turn OFF the main circuit power supply,this indicator will be lighting as long as the internal capacitor remains charged. Do not touch the main circuit or motor terminals while this indicator is lighting. Doing so may result in electric shocks.
5	Main Circuit Terminals	The terminals depend on the main circuit power supply input specifications of the SERVOPACK.
6	Servo Motor Terminals (U,V,W)	The connection terminals for the servo motor main circuit cable (power line).
7	Ground Terminal	The ground terminals to prevent electric shock. Always connect this terminal.
8	485 Communication Connector (CN1,CN2)	--
9	I/O Signal Connector (CN3)	Connect to reference input signals and sequence I/O signals.
10	Encoder Connector (CN4)	Rotary servo motor: Connect to the encoder in the servo motor. Linear servo motor: Connect to a serial converter unit or linear encoder.
11	Panel Display	Used to display SERVOPACK status, alarm numbers, and parameters.
12	Panel Operation keys	Used to set parameters.
13	Panel Operator	--

Servo Drive Dimension

Tips:
The technology of AC servo is a reference and application of frequency conversion technique, based on the servo control in DC motor, it is achieved by simulating the control method of DC motor through the PWM mode of the variable-frequency. That is to say, frequency conversion is inevitable in the AC servo motor. The principle of frequency converter:

Rectifying the AC power of 50, 60Hz into DC power;
Through various gate controllable transistors (IGBT, IGCT, etc.), the DC power can be inverted to frequency-adjustable wave which is similar to the sinusoidal pulsating power by carrier frequency and PWM adjustment.

Owing to the adjustable frequency, the speed of AC motor is tunable.

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