Parker 690+0015/460/CBN | Repair & Stock

Parker 690+0015/460/CBN | 15 HP / 11 kW VFD – 460V, IP20, No Brake

Flexible Options: Fast Repair or Ready-to-Ship Replacements

The Parker 690+0015/460/CBN is a 460V-rated, 11 kW variable frequency drive housed in an IP20/NEMA 1 chassis. This variant is **not equipped with an internal brake switch** and has **no system board installed**. Flexa Systems offers quick repair turnaround or same-day unit sourcing.

Drive Specifications

• Power Output: 11 kW / 15 HP
• Voltage Rating: 460V (3-phase)
• Enclosure: Chassis/IP20 (No Brake Switch, No System Board)
• Brake Configuration: Not included – external resistor not supported by default
• System Board: Not present
• Model: Parker 690+0015/460/CBN

Common Faults We Can Fix – Fast & Precise

Here’s a list of common issues we regularly solve on this model — all reworked in-house at the component level:

• Input Phase Fault: Drive detects a missing or fluctuating power leg, often due to upstream wiring.
• DC Bus Overvoltage: Excess regenerative energy or deceleration without braking capacity.
• Low Voltage Cutout: Drops in supply voltage causing system brownouts or resets.
• IGBT Saturation Trip: Hardware protection triggered by overload or short-circuit on output stage.
• Thermal Shutdown: Heatsink or internal ambient temp exceeds operational limits.
• Feedback Loss: Encoder wiring issue or bad configuration causes speed regulation failure.
• Brake Load Fault: Detected brake resistor fault in drives configured for braking (not applicable here but often misconfigured).
• Overcurrent Event: Caused by load spike, insulation issues, or faulty output transistor.
• STO Activated: Safety circuit or emergency stop system triggers a faulted state.
• Analog Signal Failure: 4–20mA or 0–10V signal loss or scale mismatch from external control source.
• Communication Lost: Network timeout from PLC/HMI can cause a non-resettable error.
• Gate Drive Error: Faulty triggering circuit or failed gate driver chip on power board.
• Speed Mismatch: Overspeed or underspeed faults due to incorrect feedback calibration.
• Drive Initialization Fault: Improper power-up sequencing causes startup lockup.
• Capacitor Degradation: DC link instability and ripple voltage can indicate worn-out filter caps.
• Heatsink Sensor Error: Temp sensing failure due to sensor drift or connector corrosion.
• Output Short Fault: Direct short on load cables or motor windings will trip the drive instantly.
• Drive Logic Malfunction: EEPROM corruption or firmware issues prevent normal function.
• Auxiliary Voltage Drop: 24V or 10V control supply underperforms due to internal short.
• Motor Thermal Trip: Overheating from continuous high-load usage without proper cooling.
• Load Inertia Fault: Sudden start/stop applications trigger ramp or torque faults.

Why Choose Flexa Systems?

We provide tailored solutions: fast repairs, fully tested replacements, and real human support. Each drive goes through deep diagnostics and bench-load validation before shipping.

Important Notes

For clarification on enclosure specs or wiring compatibility, contact our support team.

We both **repair and supply Parker 690+ VFDs**, with verified parts and in-depth technical support for each unit.

Note: All data listed is decoded from Parker’s documentation. For final confirmation, send us your model label or spec sheet.