π¦ Shipping from Texas Warehouse
Β Serving All 50 States | Based in Texas | Units In-Stock & Ready for Fast Turnaround
Parker 690+0015/460/CBS/007 | 15 HP (11 kW) 460V VFD
- Series: Parker 690+ Variable Frequency Drive
- Power Output: 15 HP (11 kW)
- Voltage Input: 460V (Supports 380β460V Β±10%)
- Enclosure: Chassis (IP20) β designed for panel-mounted installations
- Braking Option: Brake switch fitted β external resistor required
- System Board: Fitted
- Variant: /007 β unique model variant or firmware configuration
Frequent Faults We Repair on This Unit βοΈ
- β‘ Overvoltage from high regen energy, missing brake resistor, or short decel settings
- π Undervoltage due to line instability, missing phase, or internal PSU issues
- π¨ Overcurrent on motor acceleration β may stem from motor mismatch, shorts, or poor ramp config
- π‘οΈ Overheating of heatsink caused by blocked vents or environmental heat
- π Motor stall alarms β typically tied to current limit settings or overloaded applications
- π₯ Brake resistor overload due to aggressive stopping routines or undersized components
- π£ Brake switch failures in high-cycle or improper braking configurations
- π‘ Communication failures between drive and controller β timeout parameters or bad cable routing
- π STO fault events β safety circuit integrity loss or module malfunction
- π Controller to power-stage sync failure β caused by firmware issues or hardware degradation
- π― Feedback error β speed mismatch or encoder signal loss
- β οΈ Current limit trigger events from excessive load torque or misconfigured drive profile
- π 24V power output drops β customer interface shorted or overloaded
- β‘ Input phase detection failures from external fuse faults or internal trace loss
- π₯ DESAT (Over-I) fault β failed IGBT or driver circuitry, very common in industrial loads
- π VDC ripple issues from failing capacitor banks or phase imbalance at input
- π οΈ Brake resistor circuit overcurrent, often tied to wiring or misconfigured braking delay
- π Overspeed feedback alarms from encoder failure or high inertia mismatch
- π Analog input fault due to mismatched mode or wiring issues (e.g., 4-20mA signal dropout)
- π’ Low-speed overcurrent β drive delivers too much torque at zero speed
- π‘οΈ Motor thermistor trip caused by broken sensor, overcurrent, or continuous low-speed use
Flexa Systems β Repair & Stock of Industrial Parker VFDs
Flexa Systems repairs and sells the Parker 690+0015/460/CBS/007 VFD. This model, featuring a brake switch and system board, is a solid performer β and weβre fully equipped to get it back online if it malfunctions. With a Texas-based warehouse and clients across all 50 states, we deliver fast, reliable service tailored to your application.
π Important Notes
Please contact us to confirm your exact requirements or verify application compatibility.
Note: Pricing and availability vary depending on unit condition, configuration, and current stock levels.