Parker 690+0001/230/CBS | Repair & Stock

Parker 690+0001/230/CBS | 0.75 kW / 1 HP VFD – Chassis Mount, Quick Service

Fast Repair or Direct Replacement – You Decide

Compact and efficient, the Parker 690+0001/230/CBS delivers 1 HP power at 230V, designed with a chassis-style IP20 enclosure. Flexa Systems is ready to ship or repair this model with industry-leading turnaround and quality.

Key Technical Specs

• Output Power: 0.75 kW / 1 HP
• Input Voltage: 230V single-phase
• Enclosure Style: IP20 Chassis (No NEMA protection)
• Brake Configuration: Integrated brake switch (resistor not included)
• System Board: Installed
• Drive Identifier: Parker 690+0001/230/CBS

Common Faults We Routinely Fix

This VFD may develop issues over time — here’s what we restore in our facility:

• DC Overvoltage: Caused by excess regenerative energy or braking misconfigurations.
• Undervoltage Conditions: Often triggered by power dropouts or missing phases.
• Excessive Current Faults: Can result from short circuits, heavy startup loads, or motor mismatches.
• Thermal Faults: Heatsink or air path obstruction leading to high temperature cutoffs.
• Motor Stall Events: Drive detects lack of rotation when torque demand isn’t met.
• Brake Resistor Trips: Resistance element overwhelmed during repeated stops.
• Internal Brake Switch Failure: Can occur due to configuration mismatch or overload.
• Communication Dropouts: Between HMI/PLC and drive – usually timeout or board-related.
• STO Circuit Fault: Safe Torque Off issues often tied to safety input logic or board faults.
• Internal Comms Fault: Logic-level communication errors between drive control layers.
• Speed Feedback Faults: Encoder issues or improper tuning result in overspeed alarms.
• Current Limit Shutdown: Triggered when drive output exceeds safe thresholds briefly.
• 24V Output Failure: A short circuit or excess draw on the auxiliary power rail.
• Phase Imbalance or Loss: Can originate externally or due to internal rectifier issues.
• Desaturation Fault: Critical overcurrent event detected at power switching stage.
• High Ripple Voltage: Indicates weak input or filtering stage problems.
• Brake Output Short: Detected fault within the dynamic brake circuit.
• Over-Speed Trip: Speed exceeded allowable limit due to feedback loss or sensor error.
• Analog Input Error: Misconfigured or damaged 4–20mA input channel.
• Low-Speed Overcurrent: Occurs when motor draws excess current while not rotating.
• Motor Temperature Trip: Caused by extended low-speed operation or thermistor failure.

Why Choose Flexa Systems?

We don’t just repair — we fully restore Parker drives at the component level and ship tested replacements when needed. Our team has deep experience with 690+ models of all sizes and configurations.

Important Notes

Contact us to confirm application fit and get expert guidance on whether a repair or replacement is the better option for you.

Flexa Systems proudly provides **both repair and supply services** for the Parker 690+ line across the U.S.

Note: Specifications listed here are based on model code decoding. Please verify compatibility with your specific system before installation.