VEXTA XG9200T-G AC Servo Amplifier
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Key Product Information
Core fields for model confirmation and RFQ routing. Detailed product narrative remains below.
- Brand
- VEXTA
- Primary Part Number
- XG9200T-G
- Product Type
- AC Servo Amplifier
- Product Family
- Other series
- Manufacturer
- Oriental Motor Co., Ltd. (VEXTA brand)
- Country of Origin
- Japan
- Catalog Category
- Motor Drives
XG9200T-G Line Down? Cut Losses Now — Stock Confirmed, Dispatch Tonight
Three hours into an unplanned stoppage, the cost clock is running. Your maintenance lead has already pulled the XG9200T-G from the cabinet and confirmed it’s dead. The OEM lead time is six weeks. Your production manager is on the phone. This is the moment we exist for.
We hold verified stock of the VEXTA XG9200T-G servo amplifier at our Xiamen facility. Orders confirmed before 18:00 CST ship the same evening via DHL Express or FedEx International Priority. Customs documentation — commercial invoice, packing list, HS 8537.10 export declaration — is prepared in parallel with packing. The unit is in the air before your next shift starts.
This is not a marketplace listing. We are a specialist industrial automation parts supplier. Every unit we ship is inspected against the original VEXTA factory specification before it leaves our warehouse. No grey-market rebrands. No refurbished units sold as new. If the part number on the box doesn’t match what you ordered, we fix it at our cost.
URGENT REQUIREMENT? Contact: [email protected] | WhatsApp: +86 18359268345
Quick Technical Datasheet
| Part Number | XG9200T-G |
| Manufacturer | Oriental Motor Co., Ltd. (VEXTA brand) |
| Product Series | XG Series AC Servo System |
| Device Class | AC Servo Amplifier (Drive Unit) |
| Supply Voltage | Single-phase / 3-phase AC 200–230 V, 50/60 Hz |
| Control Modes | Position control / Speed control / Torque control |
| Command Input | Pulse train — CW/CCW or Pulse + Direction selectable via DIP SW |
| Feedback | High-resolution incremental encoder (motor-matched) |
| Regenerative Braking | Internal resistor standard; external resistor terminal available |
| Auto-Tuning | One-shot + real-time adaptive gain tuning |
| Communication | RS-485 (MEXE02 compatible); termination via DIP SW |
| Ambient Operating Temp | 0 °C to +55 °C (inside enclosure) |
| Unit Weight | Approx. 1,320 g |
| Country of Origin | Japan |
| Stock Status | ✔ READY TO SHIP — Xiamen Warehouse |
Troubleshooting & Replacement Tips
The XG9200T-G has a well-documented failure signature set. If you’ve been running this drive for more than three years in a production environment, the following fault codes and swap procedures will get you back online faster than any manual.
Fault Code Breakdown:
- AL.10 Overcurrent: The IGBT bridge has likely failed — often triggered by a motor winding short or a phase-to-phase fault in the motor cable. Before ordering a replacement drive, megger the motor at 500 V DC between each phase and to ground. Resistance to ground below 1 MΩ means the motor is the root cause. Fix the motor first, then replace the drive — otherwise you’ll blow the new unit on first power-up.
- AL.11 Overvoltage: Regenerative energy is not being absorbed. Check the internal regen resistor for open-circuit failure (measure across terminals P and D). If the resistor is intact, the DC bus capacitors may have degraded — a common failure mode after 5+ years of operation. Capacitor ESR measurement will confirm this.
- AL.20 Encoder Communication Error: Ninety percent of field cases trace back to the encoder cable shield. A broken or floating shield on a cable run longer than 5 m in a panel with VFDs or contactors will generate intermittent AL.20 faults that look like a failing encoder or drive. Verify shield continuity end-to-end with a milliohm meter before condemning any hardware.
- AL.30 Regenerative Overload: The deceleration ramp is dumping more energy than the regen circuit can handle. Either extend the decel time in Pr.12, or fit an external regenerative resistor sized to the actual load inertia. Do not simply clear the fault and restart — repeated regen overloads will thermally stress the internal resistor until it fails open.
- AL.50 Overload / Thermal Trip: Verify panel ambient temperature and airflow. The XG9200T-G dissipates heat through its rear heatsink — if it’s mounted flush against a panel back plate with no clearance, thermal resistance increases significantly. Also check whether the load inertia ratio has changed; a worn gearbox or seized bearing increases reflected inertia and pushes the drive into continuous overload.
Step-by-Step Replacement Procedure:
- If the failed drive still powers up (even partially), connect MEXE02 via RS-485 and export the full parameter file before removal. If it won’t power up, locate the original commissioning sheet — every parameter you miss now is a fault you’ll chase during restart.
- Note the DIP switch positions on the failed drive’s control board before pulling it. Photograph them. The XG9200T-G uses DIP switches for pulse input filter selection, RS-485 termination, and input polarity. The replacement unit ships with factory defaults — these will not match your application.
- Inspect the motor cable and encoder cable connectors on the cabinet side. Corroded or loose pins at the drive connector are a common secondary fault that gets overlooked during a swap. Clean or replace as needed before connecting to the new drive.
- After installing the replacement and restoring parameters, do not immediately return to production. Run the one-shot auto-tuning sequence with the actual load connected. The XG Series tuning routine takes under 90 seconds and sets the gain parameters to match your specific motor-load combination. Skipping this step risks oscillation or position overshoot on the first move command.
- Verify encoder cable and motor power cable routing are physically separated by at least 100 mm, or use separate conduits. This is the most frequently violated installation rule and the most common cause of post-replacement encoder faults.
Reliability in Harsh Conditions
The XG9200T-G was engineered for industrial installation environments, not laboratory conditions. Oriental Motor’s design targets the realities of factory floors: coolant aerosols, metallic particulate, vibration transmitted through structural steel, and ambient temperatures that exceed 40 °C during summer production peaks.
The power stage uses industrial-grade IGBTs selected for high junction temperature tolerance and switching reliability under continuous duty cycles. The control PCB carries a conformal coating applied at the factory, providing a barrier against humidity and condensation — a critical feature in facilities where temperature differentials between day and night shifts cause moisture ingress into panel enclosures.
The aluminum extrusion heatsink is sized for natural convection cooling at the rated output current. This means the drive maintains thermal margin even if the panel cooling fan fails, giving maintenance personnel time to respond before a thermal shutdown interrupts production. In forced-air cooled panels, the thermal headroom increases further, extending component life at high ambient temperatures.
Vibration performance is validated to IEC 60068-2-6 test profiles, covering the frequency ranges generated by servo presses, conveyor drives, and compressors mounted on shared structural frames. The internal connector retention and PCB solder joint specification are selected to maintain integrity under these conditions over a multi-year service life. In practice, this translates to a drive that does not develop intermittent faults from vibration-induced connector fretting — a failure mode that is disproportionately common in lower-cost alternatives.
For installations in particularly aggressive environments — foundries, outdoor enclosures, coastal facilities with salt-laden air — mount the drive inside an IP54 or higher rated enclosure with positive-pressure filtered ventilation. The drive is not independently IP-rated for direct exposure.
Global Express Logistics
Our dispatch operation runs from Xiamen, one of China’s primary export processing hubs with direct gateway access to DHL Express, FedEx International Priority, and UPS Worldwide Express. The logistics sequence for an urgent order is as follows:
- Order confirmed before 18:00 CST: Unit pulled from racking, serial number recorded, visual and functional inspection completed, packed in anti-static foam with outer carton. Export documentation initiated in parallel.
- Same evening — carrier handover: Commercial invoice, packing list, and HS Code 8537.10 export declaration submitted electronically. Physical shipment handed to DHL or FedEx at the Xiamen gateway by 22:00 CST.
- Day 1 in transit: Tracking number issued to buyer within 2 hours of carrier scan. DHL Express Xiamen to Frankfurt or Chicago hub transit is typically 20–28 hours.
- Delivery windows: Southeast Asia — Day 2. Japan, South Korea, Australia — Day 2–3. Europe — Day 3–4. North America — Day 3–4. Middle East, South Asia — Day 3–5. These are typical DHL Express transit times; FedEx International Priority is comparable.
- Buyer-account shipping: If you hold a DHL or FedEx corporate account, we can ship on your account number. Provide your account number at order placement.
- Freight for bulk orders: For consignments exceeding 50 kg gross, we coordinate air freight consolidation through our licensed freight forwarder with door-to-door delivery and full customs clearance support.
Certificate of origin, FORM E (ASEAN-China FTA), and other preferential trade documentation are available on request. Notify us at order placement — preparation time is same-day for standard documents.
Contact Information
Email: [email protected]
WhatsApp: +86 18359268345
Web: siemensplc.com
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Confirmation Process
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