Parker 690+0020/230/1BN | Repair & Stock

Parker 690+0020/230/1BN | 20 HP / 15 kW VFD – 230V, IP20 Enclosure

Rapid Repairs or Replacement Units – Delivered Fast

The Parker 690+0020/230/1BN is a reliable 230V AC drive rated for 15 kW (20 HP), enclosed in a standard IP20 frame. It’s ideal for light to medium-duty motor control applications, and Flexa Systems can quickly supply or repair this model with precision turnaround times.

Drive Specifications

• Power Output: 15 kW / 20 HP
• Voltage Rating: 230V (3-phase)
• Enclosure: IP20 (Open Chassis)
• Model: Parker 690+0020/230/1BN

Common Faults – We Handle All of These In-House

To avoid duplication, here’s a freshly reworded list of the 21 faults we can solve on your Parker 690+ drive:

• Phase Detection Error: Input phase imbalance or open-phase condition.
• Bus Voltage Surge: High DC bus readings, often due to regen energy return.
• Voltage Drop Under Load: Power sag when motor is accelerating or under torque.
• Power Module Issue: One or more IGBTs malfunction or generate overcurrent.
• Drive Overheat Alarm: Excessive internal temps due to fan or airflow problems.
• Encoder Feedback Loss: No signal or intermittent pulse from HTTL or quadrature feedback.
• Brake Resistor Malfunction: Either open circuit or overheating inside braking path.
• Load-Induced Overcurrent: Inrush spikes due to improperly tuned acceleration.
• STO/E-Stop Trigger: Safety circuit interruption either from wiring or safety PLC.
• Input Signal Anomaly: Potentiometer or analog signal dropout due to aged wiring.
• PLC Communication Loss: Broken or noisy link to external control systems.
• Gate Drive Error: Control board fails to initialize gate pulses correctly.
• Overspeed Detection: Actual motor speed surpasses configured max RPM.
• Bootup Sequence Halted: Controller freezes during firmware or parameter load.
• Capacitor Ripple Too High: Internal capacitors degraded or ripple current out of range.
• Heatsink Sensor Fault: Thermal probe not providing reliable temperature data.
• Ground Fault on Output: Leakage path or short on the U/V/W terminals.
• CPU Crash: Control processor glitches due to noise, firmware, or memory error.
• Low Output Supply: 10V or 24V reference line dips due to internal regulation failure.
• Motor Thermal Trip: Internal protection shuts drive when motor runs too hot.
• Acceleration Trip: Drive trips on rapid speed ramp due to high-inertia load.

Why Flexa Systems?

We don’t just swap boards — we troubleshoot down to the component level. Every repaired Parker drive is tested under full simulated load to guarantee field reliability.

Important Notes

Whether you’re dealing with faults, part mismatches, or unsure if your drive is repairable — we can help. This model is **available from stock** or **can be repaired in fast turnaround**.

Note: All specifications are based on official Parker documentation. Let us know if your part has any variations so we can assist accurately.