Motor Rotation Causes Due to One Phase Lose?

Three phase motors need all three phases to run reliably. If one phase is lost, it normally will not start, but if it is already running when one phase is lost, then it may continue running under light load. Occasionally an excessive reverse torque will actually make the motor run in reverse. Again, if the load is light, it may continue running in reverse.

"...controlling by forward reversed stator ( 2 contactor ) and protected by torque switch and limit switch." This is not clear English. Does this mean there are 2 3-pole contactors, where the term 'contactor' indicates a heavy-duty relay? That would be standard for reversing a 3 pole motor. Or does it mean the switching device reverses 2 contacts. This kind of reversing switch should only be changed when there is no power to the motor, and the motor is fully stopped.

Finally, due to the limited English, I'm not entirely sure that this is a true three-phase motor. If not, there are lots of other possibilities...

when you say "close" are you referring to a limit switch on a door or something like that and its the direction that the motor is moving "a door" up.... to open, or down... to close?

I too think you do not have a 3 phase motor. A 3 phase motor that has a forward-reverse contactors for clockwise/anti-clockwise rotation has only two contactors, electrically and mechanically interlocked, with TWO start buttons (Forward & Reverse, or Open & Close, or Up & Down) plus a Stop button. Then into that simple control circuit, limits are introduced.

So there is no way your motor would/should run in the opposite direction if opposing contactor is energised.

It sounds like you have made this yourself, I suggest you scrap it and buy "off the shelf" a "fit for purpose" DOL starter with reverse contactor and use a real 3 phase motor.

To answer you question..what is that problem cause by that contactor only energized and motor is reversed without changing another contactor.

I think your contactors are single phasing.. that is NOT all three phases if you do have 3 phase are closing and if the motor has only two phases it will run in any direction its decided to, and that can be influenced by the load on the shaft/gearbox, hence it going the opposite way you want it to.

So we are back to my earlier statement, buy a "fit for purpose" unit!

Your heading...."Motor Rotation Causes Due to One Phase Lose?"

Just noticed it.. so you know you are loosing one phase.. you have answered your own question!!