| Power Supply | Single or three-phase  AC 220V  15%  +10%   50/60Hz | 
        
            | Operating Conditions | Surrounding /Storage Temperature | 0 to +55°C / -20 to +80°C | 
        
            | Ambient Humidity | 90% RH or less (with no condensation) | 
        
            | Vibration Resistance | 0.5G (4.9m/s²) or less | 
        
            | Control Method | ① Position Control  ② Trial Operation | 
        
            | Regenerative Brake | built-in | 
        
            | Performance | Speed Response Frequency | 200 Hz or higher | 
        
            | Speed Regulation | 0 to 100% load: <±0.03 (at rated speed) At rated voltage(-15% +10%) : <±0.02 (at rated speed) | 
        
            | Speed Control Range | 1∶5000 | 
        
            | Pulse Frequency | ≤500kHz | 
        
            | Control Inputs | ① Servo On   ② Alarm Clear ③ CCW Drive Prohibited ④ CW Drive Prohibited ⑤ Position Error Counter Reset ⑥ Reference Pulse Inhibit ⑦ CCW Torque Limit ⑧ CW Torque Limit | 
        
            | Control Output | ① Servo Ready   ② Servo Alarm   ③ Positioning Completion / Speed Coincidence | 
        
            | Position Control | Input Mode | ① Pulse + Direction ② Dual-Pulse (CCW Pulse and CW Pulse) | 
        
            | Electronic Gear | 1 to 32767  /  1 to 32767 | 
        
            | Feedback Pulse | 2500 Pulses / rev | 
        
            | Speed Control | You can specify a certain motor speed by adjusting PA21 | 
        
            | Acc. / Dec. Function | 1 to 10000ms/1000r/min  by adjusting certain parameters | 
        
            | Monitoring Function | Motor rotating speed, reference position, input reference counter, position error amount, motor torque reference, reference speed, motor phase current, rotor position, encoder status, operating status, input signal monitor, output signal monitor, and so on | 
        
            | Protection Function | Overcurrent, overvoltage, insufficient voltage, overload, overspeed, brake abnormity, encoder abnormity, position error overflow, and so on. | 
        
            | Load Moment of Inertia   | Less than 5 times the rotor inertia |