JSDG2S AC Servo Drive - 23-bit High Resolution & 1.5kHz High Response Frequency
|
Detailed Product Description
|
JSDG2S AC Servo Drive The JSDG2S AC Servo Drive features 23-bit high resolution and
1.5kHz high response frequency, delivering ultra-precise and stable
position and speed control even under demanding conditions. This
high-performance servo drive ensures minimal motion deviation,
making it ideal for precision-focused industrial automation
applications including CNC machining, robotics, and electronic
component assembly. Key Features
Technical Specifications
Overseas Sales Models & Matching Motors Complete Model Selection Table
Quick Selection Reference
Application Scenarios
Frequently Asked Questions The drive fails to run after replacing it with the same model. What
could be the reason? It's most likely due to parameter incompatibility. Motor matching
values, speed limits and other parameters vary by equipment. You
need to export parameters from the original drive and clone them to
the new one instead of direct plug-and-play. The motor vibrates and makes noise during operation. How to fix it? First, enable the drive's high and low frequency resonance
suppression function and lower the speed loop gain. If the issue
persists, check if the encoder cable is poorly grounded or if power
cables and signal cables are routed in parallel, which can cause
interference. Cannot connect via EtherCAT communication. What should I
troubleshoot? First, confirm the communication cable is securely connected. Then
check if the bus address and baud rate match the host computer
settings. Finally, verify if the cable is subject to strong
electrical interference; install magnetic rings if necessary. Positioning accuracy is insufficient and deviation is large during
commissioning. What to do? First, check if the electronic gear ratio is calculated correctly,
then run the Auto-Tuning function. For mechanical transmission
systems, compensate for backlash and ensure load inertia matches
the motor specifications. The drive frequently reports overheating faults. How to handle it? Clean dust from the cooling fan and ensure adequate ventilation in
the installation space. Meanwhile, check if the motor is
overloaded; you can appropriately reduce acceleration or adjust
current limit parameters. Can I commission the drive myself without professional technicians? Yes. Use the dedicated PC software—default parameters meet basic
requirements, and the Auto-Tuning function automatically adapts to
the load. The interface is user-friendly, and you can complete the
setup by following the wizard. The power supply is normal, but the drive reports an under-voltage
error. Why? Check the stability of the input power supply for voltage
fluctuations or harmonic interference. Install a voltage regulator
or filter if needed, and confirm the DC bus voltage parameter
settings are correct. Synchronization is poor during multi-axis linkage. How to optimize
it? Ensure the distributed clock synchronization of EtherCAT
communication is working properly, and appropriately increase
communication priority. Then adjust multi-axis coordination
parameters via software to reduce response latency. |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
| Product Tags: TECO JSDG2S AC servo drive 23-bit high resolution servo drive 1.5kHz high response servo drive |
Related Products
|
1FL2 Servo Motor + S200 Drive | Compact Design & Reliable Performance |
|
MINAS A7 Servo Drives – High Precision for Global Industrial Applications |
|
MELSERVO-J5 Servo Drive | High Precision Motion Control for Industrial Automation |
|
Σ-V Servo Drive: Cost-Effective Solution for General Industrial Automation |
|
M2BAX Servo Motor - High Precision & Energy Saving for Industrial Automation |
|
ACSM1 Servo Drive: High Precision Motion Control for Demanding Machinery |
Email to this supplier