NSL-66型实验室浓缩机技术参数

  Technical Patameter of Laboratory Thickening Equipment

一、用途及工作原理

1.Purpose and Working Principle

实验室浓缩机用于金矿的氰化浸出锌粉质换提金工艺中，是氰化浸出后的矿浆进行固液分离洗涤作业的专用设备，并用于铀矿水冶、轻工、化工、环保工业的脱水作业，实验室浓缩机具有占地面积小，节省能耗、简化工艺配置、减少辅助设备操作方便等特点。

This equipment is designed for solid-liquid separation eashing operation for slurry after cyanide leaching during zinc powder gold extraction metasomatism through cyanide leaching of goid ore, and can also be used for dewatering operations in hydro metallurgy of uranium ore light industry. Chemical industry and environmental industry. Teduction in auxiliary equipment abd convenient operation etc.

NSL-66型实验室浓缩机是采用湿式选矿的选后产品（矿浆）进行脱水的一种设备，由浓缩池和机械刮泥耙组成。进入浓缩池的矿浆其固体矿粒在自身重力的作用下沉降于池底，实现固液分离，沉积于池底的矿泥被刮泥耙连续不断地集到中心排矿口排成，而澄清水由池边溢流口溢出，达到脱水浓缩的目的。

Laboratory thickening equipment model NSL-66 which is designed for dehydration of producfs(ore slurry)after wet type ore separation is composed of thickening tank and mechanical scraper rake. The solid ore grains in the slurry inside thickening tank sedimentateShielding="1" cellspacing="0" cellpadding="0">

型号Model

单位Uite

NSL-66

槽体尺寸(直径×高度)Tank size

mm

Ф700*530

耙子转速 Speed

r/min

0.284

耙子提升高度Lifing high

mm

50

沉淀面积Precipitation area

㎡

0.385

处理量Capacity

kg/h

9.6~320

功率Power

kw

0.37

电压Voltage

V

380

外形尺寸Overall dimensions

mm

906/784/1008

重量Weight

kg

130

三、传动过程及结构

3.Transmission Process and Structure

NSL-66型试验室浓缩机由浓缩池、减速装置、提耙装置、进料槽等组成。

Laboratory thickening equipment model NSL-66 is composed of thickening tank. Rake holder. reduction gear, rake lifting device and feed chute etc.

传动时由减速电机带动主轴和耙架逆时针方向低速转动，沉降矿粒被连续刮集到排矿石漏斗排出。

As to transmission, the reducer motor drives spindle and rake holder to rotate counterclockwise at a low speed. During this process. ore continuously scraped to discharge hopper and discharged.

传动提耙手轮，可以提升或下降耙架，当浓缩池内沉降的矿粒过厚埋住耙架而超载时，应转动提耙手轮，将耙架从矿粒层中提起，载荷减轻后，又将耙架下降到工作位置。

Rotate the hand wheel for rake lifting to lift or lower the rake holder, ln case the excesslvely thick layer of ore grains inside thickening tank cover the holder and thus lead to over-load, the hand wheel shall be rotated so as to lift the holder from the layer of ore grains, The holder shall be then lowered to operating position after the load is reduced.