New Industrial Yaskawa Servo driver Input 200-230V 50/60HZ 8.9A SJDE-02APA-OY

New Industrial Yaskawa Servo driver Input 200-230V 50/60HZ 8.9A SJDE-02APA-OY

DESCRIPTION

• Industrial Servo Drive
• ServoPack 
• Servo Controller

SEPCIFICATIONS

Input Main Voltage: 200-230V
Input CONT Voltage: 200-230V
Input Mian PH: 1
Input Mian Frequency:50/60HZ
Input Mian Current : 8.9A
Input CONT Current : 0.25A
Output Power :750W
Output Voltage: 0-230V
Output Current: 3.7A
Output Frequency:0-300Hz
Output PH :3
Temperture: 0-55℃
Place of Origin:Japan
Efficiency:IE 1

SIMILAR PRODUCTS

SJDE-01APA

SJDE-02APA

SJDE-04APA

SJDE-04APA+SJME-04AMB41

SJDE-08APA

SJME-01AMA41

SJME-04AMA41

SJME-04AWA41

SJME-08AWA41

Range Jumpers As an alternate to the auto-alignment and manual alignment of each servo the two range jumpers, Rng1 and Rng2 set the range of movement of the servos from about 10 degrees to approximately 70 degrees according to the table. If either of the jumpers is on all of the turnouts will use this range regardless of the autoalignment values. However, using the range jumpers can be simple alternative to the alignment in many cases where all your servos can use the same throw. The illustration shows the jumpers On for Rng1 and Off for Rng2.

Factory Defaults Reset To reset all the values to their original factory values, turn off the power to the board for at least 30 seconds. Connect the Remote Alignment board and then hold down the Next (left) button while turning the power back on. This will erase all the servo positions and set them back to just either side of centered.

The fundamental concepts of servo motion control have not changed significantly in the last 50 years. The basic reasons for using servo systems in contrast to open loop systems include the need to improve transient response times, reduce the steady state errors and reduce the sensitivity to load parameters. Improving the transient response time generally means increasing the system bandwidth. Faster response times mean quicker settling allowing for higher machine throughput. Reducing the steady state errors relates to servo system accuracy. Finally, reducing the sensitivity to load parameters means the servo system can tolerate fluctuations in both input and output parameters. An example of an input parameter fluctuation is the incoming power line voltage. Examples of output parameter fluctuations include a real time change in load inertia or mass and unexpected shaft torque disturbances.

OTHER SUPERIOR PRODUCTS