IDS830 Low-Voltage DC Servo Drive

Name: IDS830 Low-Voltage DC Servo Drive
Brand: ZP MOTORS
SKU: IDS830
Availability: InStock
Rating: 5 (1 reviews)

No.IDS830

The IDS830 low-voltage DC servo drive is developed with a high-performance processor, providing users with a cost-effective servo control solution.

While ensuring stability and reliability, it pursues application-oriented functions and performance.

Compared with stepper products, it offers low noise, low heat generation, high speed, constant torque output, and no step loss.

Compared with stepper servo products, it completely overcomes the inherent disadvantages of stepper products, with superior functions, performance, and reliability.

Compared with well-known foreign high-voltage servo drives, it provides comparable performance, low price, and ease of use.

Applicable Fields:
Various types of electronic processing equipment, assembly line material transfer devices, medical equipment, instruments and meters, precision testing equipment, passage gate control, Cartesian coordinate robots, servo positioning, garage barrier control, equipment loading and unloading devices, equipment auxiliary motion devices, gripping and handling mechanical devices, inkjet printers, photo printers, home and office automation devices, etc.

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Description

Basic Characteristics

Operating Voltage: 24-60VDC;
Output Current: Peak 30A;
Rated Speed: 3000RPM, supports up to 8000RPM;
Compatible Motors: 5W-750W low-voltage servo motors, DC brushless motors with encoders, or coreless motors;
Control Methods: External pulse, CAN bus, RS485 bus, RS232 communication control, etc.,supports position, speed, and torque modes;
Parameter Tuning: Uses RS232 communication, PC debugging software or handheld debugger, can backup and import parameters;
Abnormal Protection: Includes under-voltage, over-voltage, overload, over-current, excessive position deviation, encoder abnormality, etc. protection,
Alarm Open Collector Output

Technical Specifications

Adopting FOC (Field-Oriented Control) technology and SVPWM (Space Vector Pulse Width Modulation) algorithm, it allows convenient modification of motor parameters to adapt to various types of motors. Built-in electronic gear, graphical debugging and monitoring software, function customization according to user needs, and integration of simple control functions.

Repeated tracking error: 1 pulse;
Speed control accuracy: 2 RPM;
Receiving frequency range: 600 kHz;
Maximum supported speed: 8000 RPM;
Minimum supported speed: 1 RPM;
Positioning accuracy support: 1/4000, 1/5000, 1/10000;
Maximum no-load acceleration: 200 RPM/ms;
Compatible motors: 24V/36V/48V low-voltage servo motors, DC brushless motors with encoders, or coreless motors.

No.	Mark	Name	Remarks
CN1	GND	Input Power –	DC 24V-60V
	VDC	Input Power +
	U	Motor power line U phase
	V	Motor power line V phase
	W	Motor power line W phase	Must be connected to the motor as per the markings
3	PE	Motor ground wire
CN5	R	Braking resistor	External braking resistor, energy dissipation (Resistor specifications should be selected as per manufacturer's recommendations)