10-11-2016, 10:58
Tocmai am citi si eu ce scrie acolo, fiind direct interesat si vad ca Ba Ratza a raspuns:
"Thank you for writing us and especially for the video clip. In the video, I see the micro adjustment ring is a bit loose- this should be resolved by slightly tightening the 3 Philips screws in plain sight on the bottom of the adjustment assembly.
I also see the cone burr is moving when a lateral force is applied to the adjustment assembly. Although I understand the concern here, it is poorly founded for two main reasons. First of all, this force does not exist during normal operation. That is, when grinding, nothing pushes sideways against the adjustment assembly like that.
The second and more important reason is that ground coffee passing between the burrs does create a downward and centering force. When pressed down by coffee going through the system, the cone burr holder is held flush down against the adjustment collar. The bottom of the cone burr holder is flat, as is the adjustment collar, creating a flat, steady surface to brace the cone burr. This can easily be seen by the home user if you conduct a test almost identical to what is shown in the video.
Power the motor off while in the middle of grinding some beans, pour out the excess whole beans, and then conduct the test from the video. You will find that the cone burr does not wiggle side to side like that when there is ground coffee passing through the system that is packed around the burr."
Dar citind tot threadul ... asa mult seamana cu ce se intimpla la noi ... si daca bine inteleg e un pre-production model.
"Thank you for writing us and especially for the video clip. In the video, I see the micro adjustment ring is a bit loose- this should be resolved by slightly tightening the 3 Philips screws in plain sight on the bottom of the adjustment assembly.
I also see the cone burr is moving when a lateral force is applied to the adjustment assembly. Although I understand the concern here, it is poorly founded for two main reasons. First of all, this force does not exist during normal operation. That is, when grinding, nothing pushes sideways against the adjustment assembly like that.
The second and more important reason is that ground coffee passing between the burrs does create a downward and centering force. When pressed down by coffee going through the system, the cone burr holder is held flush down against the adjustment collar. The bottom of the cone burr holder is flat, as is the adjustment collar, creating a flat, steady surface to brace the cone burr. This can easily be seen by the home user if you conduct a test almost identical to what is shown in the video.
Power the motor off while in the middle of grinding some beans, pour out the excess whole beans, and then conduct the test from the video. You will find that the cone burr does not wiggle side to side like that when there is ground coffee passing through the system that is packed around the burr."
Dar citind tot threadul ... asa mult seamana cu ce se intimpla la noi ... si daca bine inteleg e un pre-production model.
Expobar Brewtus IV DB - cu profilare de presiune,Baratza Sette 270W, OE Lido E,IMS Competition 10, 18 și 20 g, Shower Screen IMS Competition, Tamper dinamometric Concept Art.