Ошиновка алюминиевого электролизера

Ошиновка алюминиевого электролизера при поперечном расположении электролизеров в корпусе, содержащая сборные шины с катодными спусками, установленными вдоль входной и выходной продольных сторон электролизера, в которой анодная ошиновка соединена с предыдущим электролизером посредством равноотстоящих стояков, расположенных на его входной стороне, через которые протекают одинаковые токи так, что каждый стояк питает анодную ошиновку в точке, вокруг которой симметрично расположено одинаковое количество анодов, при этом крайние стояки соединены с крайними сборными шинами входной стороны электролизера пакетами шин, расположенными вдоль торцевых сторон и со сборными шинами выходной стороны электролизера, а средние стояки соединены со средними сборными шинами входной стороны пакетами шин, размещенными симметрично под днищем электролизера и со сборными шинами выходной стороны, отличающаяся тем, что каждый из пакетов шин, огибающих торцы электролизера, передает 35 - 50% тока входной стороны.

Результаты (английский) 1:

Busbar of aluminum cell with transverse arrangement of cells in the body, containing the prefabricated tires with cathode descents, set input and output along the longitudinal sides of the electrolyser, in which anode Busbar is connected with the previous èlektrolizerom by equidistant risers, located on its input side, through which flows the Odinpoles under otherwise identical currents so that anyone riser nourishes anode bus at a point around which symmetrically located with the same number of anodes, while extreme risers connected to the input side tires vs. extreme electrolyser tire packages along the face parties and against tire output side pots, and risers are connected with medium-sized teams input tire packages side tires, placed symmetrically under the bottom of the electrolyser and consolidated tires output side distinguished by the fact that each package of tires, envelopes, electrolyser ends passes 35-50% DC input side.

Результаты (английский) 2:

Busbar aluminum electrolytic transverse arrangement of electrolysis cells in a housing containing the busbar from the cathode slopes established along the inlet and outlet of the longitudinal sides of the electrolytic cell in which the anode busbar connected to the previous electrolysis by equally spaced risers located on its inlet side, through which flow the same current as that each riser feeds the anodic bus-bar at the point around which are symmetrically arranged equal number of anodes, with extreme risers are connected with the extreme busbar input side of the cell buses packets arranged along the short sides and with busbars output side of the cell, while the average risers are connected to the average input-side busbar packets tires symmetrically placed under the bottom of the electrolytic cell with the busbar and the output side, characterized in that each of the packets tire envelope ends electrolyzer passes 35 - 50% of the current input side.

Результаты (английский) 3:

ошиновка aluminum electrolytic cells in электролизера with transverse location in the body, containing a prefabricated tires with катодными спусками established along the input and output longitudinal sides электролизера, which анодная ошиновка connected with the previous электролизером through equidistant стояков located on its front side, which is the same, so that every дый boner is анодную ошиновку point around which the same number of анодов symmetrically located on the risers to be removed are connected with the front side of the package электролизера teams tyres tyres along the edge sides and teams with off the электролизера and secondary risers to be removed are connected with the front side of the package with the average teams tyres been stationed mi symmetrically under the электролизера and teams with off hand, characterized by the fact that every package of shin, multi-point торцы электролизера sends 35 - 50% electricity input side.