run BLDC motor WD-1465FD of LG washing machine with frequency inverter Sunfar E300-2S0022L
No, you cannot.  

The Sunfar E300-2S0022L seems to be a typical variable frequency drive for 3-phase induction motors as found in machine tools.  It varies the frequency and likely voltage of the drive to accomplish speed control, but it relies on the ability of the induced magnets in an induction motor's rotor to "slip" or migrate through the iron, in order to achieve (near) synchronization of the loaded rotor with the drive frequency.

In contrast, the motor from a WD-1465FD actually is a 3-phase permanent magnet motor as you claim.  The use of these in appliances is a newer idea, but with drive electronics becomes possible.

Notably, PMDC motors cannot "slip" because rather than being induced poles which can migrate, their permanent magnets are attached at specific points on the rotor.  Instead, the driver must detect the position of the magnets on the rotor to calculate the proper waveform phase.  At high speeds, this can be done by detecting back EMF from the coils as the magnet poles pass, and a driver for something like an airplane propeller that prevents very little torque load at low speed can even get a motor started with an open loop algorithm to the point of moving enough for the back EMF detection to "find" the rotor.

But a motor that runs at low speed, and that needs to startup with torque to move a big drum full of wet clothes needs a more reliable way to measure rotor position at low speeds.  Your motor does this with what look to be an array of 3 sensors which detect the permanent magnets in the rotor - so in addition to the 3-lead power connection to the driver, it has another multi-lead connection for the sensors.


(WD-1465FD motor's stator, image from parts supplier http://www.europart.nl/a/lg-motor-4417ea1002g-wd1485-wd1465fd-06346020)

You cannot drive this PMDC motor with a driver meant for Induction Motors - the control algorithm is wrong, and there's no input for the sensors to inform a control algorithms estimate of rotor position.  You may have gotten it to run a little - unloaded and spun up somehow it might loaf along open loop.  But it won't have useful torque and can easily lose synchronization and merely vibrate, and/or enter faults where it pulls excessive current as no meaningful back EMF is being generated to oppose the voltages applied in expectation of a overcoming the high back EMF of the expected high rotation rate.

You might be able to drive the motor "crudely" with a "sensored" BLDC driver meant for electric bicycle hub motors or something like that, but really the best driver is the one in the washing machine, as that has been engineered and tuned to the specific motor.