Part Number: NCR-DDA0A2A-222; Model: NCR-DDA0A2A-222; Product Name: NIKKI NCR-DDA0A2A-222 Precision Servo Drive; Product Series: NIKKI DDA Series, High-Performance Industrial Servo Drives
Brand: NIKKI (NIKKI DENKI CO., LTD., a Japanese-based leading manufacturer of motion control components with decades of professional experience. Specializing in servo drives, stepping motors, and motion controllers, NIKKI serves global industries including precision machining, semiconductor equipment, automotive manufacturing, and automated assembly. The brand is recognized for its reliable performance, compact design, and excellent compatibility with various industrial control systems.)
Product Status: Industrial-Grade Original Equipment (Factory Calibrated, 100% Functional, RoHS Compliant); Product Category: 3-Phase AC Servo Drive, engineered to provide precise position, speed, and torque control for AC servo motors, ideal for medium-load precision motion applications.
Core Application: Widely integrated with NIKKI servo motors in scenarios such as vertical/horizontal machining center fourth/fifth axis rotary tables, semiconductor wafer inspection turntables, automotive parts processing indexing tables, and precision measuring equipment. Specifically suitable for applications requiring stable load-bearing (500-2000kg workpieces), ultra-low backlash positioning, and compatibility with CNC systems (e.g., FANUC, SIEMENS) for automated closed-loop control.
Core Features: Advanced Field-Oriented Control (FOC) algorithm for minimal torque ripple and fast dynamic response; Support for high-resolution absolute and incremental encoders, ensuring micron-level positioning accuracy; Rich built-in protection functions and EMC compliance for harsh industrial environments; Compact structural design for space-saving installation in control cabinets; Seamless integration with mainstream PLCs and HMIs via standard communication protocols; Low noise operation suitable for clean room environments.
2. Core Performance Specifications (Ta = 25℃, Unless Otherwise Specified)
2.1 Electrical Performance Parameters
Input Power Supply: 3-Phase AC 200~240V ±10% (50/60Hz), Voltage Frequency Range: 47Hz ~ 63Hz; Control Circuit Power: DC 24V ±10% (Redundant Power Supply Optional), Current Consumption: <80mA at 24VDC;
Output Parameters: Rated Output Current: 2.2A (Continuous), Peak Output Current: 6.6A (3s Duration, 3×Rated Current); Output Voltage: 0~Input Voltage (Variable Frequency, Variable Voltage); Output Frequency Range: 0Hz ~ 800Hz, Frequency Resolution: 0.01Hz; Torque Control Accuracy: ±0.5% of Rated Torque, Speed Regulation Accuracy: ±0.03% of Rated Speed;
Power Consumption: ≤300W (Normal Operation), ≤800W (Peak Load); Insulation Performance: Insulation Resistance ≥100MΩ (500V DC), Dielectric Strength: 2.0kV AC for 1 Minute (Between Power Circuit and Signal Circuit); Isolation Withstand Voltage: 2000VDC/Minute.
2.2 Control & Signal Processing Parameters
Control Modes: Position Control (Pulse/Direction, CW/CCW, A/B Phase), Speed Control (Analog Input, Communication Command), Torque Control (Analog Input, Communication Command), and Hybrid Control Modes (Switchable via Parameter or External Signal); Positioning Accuracy: ±2μm (Matching with 23-bit Absolute Encoder);
Encoder Interfaces: Built-in Absolute Encoder Interface (SSI, BiSS-C), Incremental Encoder Interface (A/B/Z Phase, Differential Input, 1Vpp Sin/Cos); Encoder Resolution Support: Up to 23-bit Absolute, 500kHz Incremental Signal Frequency, compatible with 1μm linear gratings for precision turntable applications;
Signal Input/Output: 6×Optically Isolated Digital Inputs (DC 24V, Response Time ≤0.5ms), 4×Programmable Digital Outputs (Transistor Output, DC 24V, 1A per Channel); 2×Analog Inputs (0~10V DC / 4~20mA, 12-bit Resolution), 1×Analog Output (0~10V DC, 12-bit Resolution, Configurable for Current/Speed/Torque Feedback); Input Current Impedance: <5Ω for AC Current Signals.
2.3 Communication Parameters
Built-in Communication Ports: RS-485 (Half-Duplex, Optically Isolated, Supporting Modbus RTU Protocol); Optional Ethernet Port (10/100 Mbps, RJ45 Interface, Supporting EtherNet/IP Protocol) for real-time motion control;
Data Transmission Rate: 9600~115200 bps (RS-485), 100 Mbps (Optional Ethernet); Communication Distance: Up to 1200m for RS-485 (Without Repeater), 100m for Ethernet; Extended Compatibility: Supports Connection with NIKKI Configuration Software, PLCs, HMIs, and CNC Systems via Standard Protocols, enabling "indexing-machining-detection" automated workflow.