Parker 650-43190030-BF0PU0-D1 Legacy Variable-Speed AC Drive
A Parker 650 Series drive configured for a three-phase industrial motor application and identified by its complete legacy order code.
Overview
650-43190030-BF0PU0-D1 belongs to Parker SSD Drives’ 650 family of compact variable-speed AC drives. The complete order code must be retained because its suffix records factory configuration details beyond the base power rating.
This page limits exact claims to confirmed family and rating data; installed options should be verified from the drive label and cabinet before replacement.
Specs
| Manufacturer | Parker SSD Drives |
|---|---|
| Complete Order Code | 650-43190030-BF0PU0-D1 |
| Product Family | 650 Series AC Drive |
| Control Method | Volts-per-hertz motor control |
| Input Supply | 380 to 460 V AC, three phase |
| Motor Power Rating | 4.0 kW |
| Rated Output Current | 9.0 A |
| Frame | Frame 3 |
| Product Status | Legacy / obsolete family |
Features
- Adjustable-frequency control for compatible AC induction motors.
- Configurable local or remote operating commands within the 650 family architecture.
- Application functions that can support preset speeds and process-control duties when commissioned accordingly.
- Factory order-code suffixes used to distinguish braking, filtering, communications, keypad and destination choices.
Applications
- Maintenance of machinery that retains a validated Parker 650 parameter set.
- Conveyors, pumps, fans and general industrial motor duties within the confirmed rating envelope.
- Revision-controlled spares where cabinet wiring and factory-option content are documented.
Lifecycle
- Record the full nameplate, motor plate, parameter set and terminal wiring before removal.
- Inspect braking hardware, EMC components, operator keypad and communication connections rather than selecting by kW alone.
- Because the 650 family is obsolete, evaluate a current drive as a controlled migration with motor and machine testing.
- Commission any replacement against acceleration, deceleration, direction, protection and process-control requirements.
FAQ
Can a drive with a similar power class directly replace 650-43190030-BF0PU0-D1?
No. The supply, motor current, overload duty, control terminals, braking and installed options must all be compared.
Why must the full suffix of 650-43190030-BF0PU0-D1 be retained?
The suffix distinguishes factory configuration choices that may affect wiring, EMC, operator interface or regional build.
What records reduce risk when replacing 650-43190030-BF0PU0-D1?
Provide the drive nameplate, motor plate, parameter backup, terminal photographs and the machine operating sequence.
Is 650-43190030-BF0PU0-D1 a current Parker platform?
It belongs to a legacy family, so availability and migration options should be checked for the complete code.
Should the brake circuit be reviewed for 650-43190030-BF0PU0-D1?
Yes. Confirm whether dynamic braking hardware is installed and whether the application depends on its stopping duty.
What must be tested after a 650-43190030-BF0PU0-D1 replacement?
Verify rotation, speed reference, ramps, interlocks, fault handling, stopping behavior and process performance.
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