KS 4000 摇床说明书介绍

6-S摇床使用说明书设备在使用前，请详细阅读本说明书，掌握设备的作用范围及操作方法。

一、概述6-S摇床属于重力选矿设备，由平面溜槽发展而来，以其不对称往复运动为特征而自成体系。

适于选别 2-0.037 毫米矿砂及矿泥级别的金、钨、锡、钽、铁、锰、铬、钛、铋、铅等有色、黑色、稀贵金属矿物，选别4-0.037毫米的硫铁矿；适当改换床条形式后可选别末煤和煤泥，独居石，金红石等非金属，以及分选其他具有足够比重差及粒度组成合适的混合物料。

摇床的选矿过程是在具有来复条的倾斜床面上进行的，矿粒群从床面上角的给矿槽送入，同时由给水槽供给横向冲洗水，于是矿粒在重力，横向流水冲力，床面作往复不对称运动所产生的惯性和摩擦力的作用下，按比重和粒度分层，并沿床面作纵向运动和沿倾斜床面作横向运动。

因此，比重和粒度不同的矿粒沿着各自的运动方向逐渐呈扇形流下，分别从精矿端和尾矿侧的不同区排出，最后被分成精矿，中矿和尾矿。

6-S摇床的突出优点是分选精确性高，原矿经过一次选别即可得到最终精矿，中矿和废弃尾矿，可同时接出多个产品。

精矿的富集比高，选别效率高，看管容易，便于调节冲程。

二、工作原理摇床分选是在床面摇动和横向水流的共同作用下实现的，床面上床条是纵向的，与水流方向近于垂直，水流横向流过跨越一个个床条时在沟槽内形成涡流，涡流和床面摇动的共同作用可使矿砂层松散并按密度分层，重矿物转向下层，轻矿物转向上层，上层轻矿粒受到水流较大冲力，而下层重矿粒则受较小冲力，因此轻矿粒在床面上横向运动速度大于重矿粒在床面上的横向运动速度。

此过程为“析离分层”。

在纵向，床面的差动运动，起初以慢速前进并逐渐加速，到速度达最大时突然后退，后退过程中速度逐渐减小，然后又前进，重复上述过程，不仅促进矿砂层松散分层，而且使重矿粒以较大速度沿纵向向前运动，使轻矿粒以较小速度向前运动。

矿粒的去向，取决于纵向速度和横向速度的合成速度。

重矿物具有较小的横向速度和较大的纵向速度，轻矿物具有较大的横向速度和较小的纵向速度，应用平行四边形法则把纵向和横向速度合成，可以看到，重矿物的合速度偏向摇床的精矿端，轻矿物偏向摇床尾矿侧，中等密度的颗粒则位于二者之问，称此过程为“运搬分带”。

摇床技术操作规程
Through the process agreement to achieve a unified action policy for different people, so as to coordinate action, reduce blindness, and make the work orderly.
简介：该规程资料适用于公司或组织通过合理化地制定计划，达成上下级或不同的人员之间形成统一的行动方针，明确执行目标，工作内容，执行方式，执行进度，从而使整体计划目标统一，行动协调，过程有条不紊。

文档可直接下载或修改，使用时请详细阅读内容。

1、开车前先检查床面、来复条、床头内部润滑情况、传动部件及螺丝等是否良好，溜槽及管路是否畅通，冲程、冲次等是否符合要求，受矿容器是否清洁。

2、运转中应经常检查电机温度、各传动部件声音等是否正常，并及时根据给矿条件调节补给水量和产品分布，合理截取精矿。

3、停车时先停止给矿，待床面矿砂处理干净后方可停车，沙泵待管路无矿后方可停车，停车后清理好卫生。

这里填写您的企业名字
Name of an enterprise。

PerkinElmer DSC4000操作步骤一、开机步骤1）打开氮气（氮气开关逆时针方向是开，顺时针方向是关，压力达到0.2MPa）；2）打开制冷机3）打开电脑；4）打开主机，主机电源在主机箱后面；5）打开操作软件，点击仪器图标，等仪器与电脑联机OK。

-------------------------------------------------------------------------------------------------- 二、一些需要注意的操作规则和事项：1）主机炉子上部的大盖子可用手拿，大盖子背面白色部分不能用手接触；小盖子需要用镊子拿取；2）炉子内部放置样品和参比样的地方遵循“左样右参比”的原则；3）炉子底部可以用酒精擦洗，小盖子、大盖子及大盖子周边都需要用酒精擦洗；4）在制冷机已正常工作后才能升高温，制冷机温度稳定后才能进行有效实验。

5）操作软件如果需要重新安装，注意输入随机带来的炉子常数。

6）关机前要拿出样品盘和参比盘；7）升温温度不要超过450摄氏度；8）装样和取样时要在30度附近；9）取样装样要用专用的镊子，夹取边缘，镊子要保持清洁。

-------------------------------------------------------------------------------------------------- 三、一些基本的参数设置方法1）氮气气流速度调节流程Tool→Preferences→Purge Gas（一般情况下，氮气流速为20ml/min）2）其它一些参数已经预设好，一般情况不要随便更改；-------------------------------------------------------------------------------------------------- 四、参数校准首次使用需要参数校准，机器使用时间过长后也需要参数校准状态：机器和电脑已经打开，操作软件打开，氮气流已经设置完毕，并点击了apply。

操作规程编号：LX-FS-A22193 摇床技术操作规程标准范本In The Daily Work Environment, The Operation Standards Are Restricted, And Relevant Personnel Are Required To Abide By The Corresponding Procedures And Codes Of Conduct, So That The Overall BehaviorCan Reach The Specified Standards编写：_________________________审批：_________________________时间：________年_____月_____日A4打印/ 新修订/ 完整/ 内容可编辑精编范本，实用简洁操作规程编号：LX-FS-A22193第2页/ 总2页摇床技术操作规程标准范本使用说明：本操作规程资料适用于日常工作环境中对既定操作标准、规范进行约束，并要求相关人员共同遵守对应的办事规程与行动准则，使整体行为或活动达到或超越规定的标准。

资料内容可按真实状况进行条款调整，套用时请仔细阅读。

1、开车前先检查床面、来复条、床头内部润滑情况、传动部件及螺丝等是否良好，溜槽及管路是否畅通，冲程、冲次等是否符合要求，受矿容器是否清洁。

2、运转中应经常检查电机温度、各传动部件声音等是否正常，并及时根据给矿条件调节补给水量和产品分布，合理截取精矿。

3、停车时先停止给矿，待床面矿砂处理干净后方可停车，沙泵待管路无矿后方可停车，停车后清理好卫生。

请在该处输入组织/单位名称Please Enter The Name Of Organization / Organization Here。

摇床操作说明书摇床是一种非常便利和舒适的家具，它可以帮助您放松身心，促进睡眠。

本操作说明书将向您详细介绍如何正确使用摇床以及注意事项。

一、摇床安装1. 在选择合适的位置放置摇床前，请确保该位置相对平稳，远离突出物体或尖锐的边角。

2. 将摇床放置在所选位置上并确保四脚都牢固地接触地面，并保持水平。

3. 摇床的固定功能：(a) 使用摇床自带的螺丝将摇床固定在地面上，确保摇床在使用时不会因不稳定而滑动。

(b) 请随时检查螺丝的紧固状态，确保其稳固可靠。

二、床垫选择与使用1. 床垫应选择合适尺寸的床垫，并确保其与摇床相匹配，以确保舒适度和安全性。

2. 床垫的清洁和保养：(a) 床垫应定期翻转，以均匀分布压力，延长使用寿命。

(b) 如果床垫遇到湿润或者被物体污染，请及时清洁并保持干燥。

三、摇床的使用方法1. 坐稳并轻轻推动：坐在摇床上，并确保您的身体放松。

使用脚轻轻地向后推动摇床，以达到舒适的摇动状态。

2. 心理暗示：在使用摇床时，您可以闭上眼睛，通过自我暗示和想象，进一步放松身心，促进睡眠。

3. 不宜过度晃动：在使用摇床时，请避免过度晃动或用力。

适度的摇动将帮助您放松，但过度摇动可能导致不适或安全风险。

4. 安全系数：在使用摇床之前，请确保摇床的稳定性，并避免在摇床上快速移动。

四、摇床的维护与清洁1. 定期检查和紧固螺丝：请定期检查摇床的螺丝和连接处，确保其牢固可靠。

如果发现松动或磨损，请及时紧固或更换。

2. 清洁摇床：使用柔软的布和温和的清洁剂清洁摇床表面。

避免使用粗糙的材料或者强力清洁剂，以免刮伤或损坏摇床。

3. 防潮和防尘：在摇床周围放置防尘垫或薄的塑料袋，以防止灰尘、水汽或其他物质对摇床的影响。

五、注意事项1. 儿童使用：摇床不宜用作儿童玩耍或攀爬之用，以免发生意外伤害。

2. 注意自己的身体状态：使用摇床时，如果感到不适或有身体不适的症状，请及时停止使用，咨询医生或专业人士的建议。

3. 睡眠前注意：在使用摇床后，应在摇床停止晃动后再进入或离开摇床，以确保您的安全。

摇床的操作规程1. 引言摇床，又称为震动筛或振动筛，是一种广泛应用于矿山、冶金、煤炭、化工、建筑材料等行业的重要设备。

本文档旨在介绍摇床的操作规程，以确保操作人员正确、安全地操作摇床，提高工作效率，保障设备的正常运行。

2. 设备检查与准备在操作摇床之前，必须进行设备的检查与准备，包括以下内容：2.1 设备外观检查检查摇床外观是否完好无损，无明显变形、裂纹等情况。

如发现异常，应立即报告维修人员。

2.2 电源线连接检查检查电源线连接是否牢固，并确保电源接地良好，以防止电流泄漏或触电事故发生。

2.3 传动系统检查检查传动系统的链条、皮带等传动部件是否处于正常工作状态，如有磨损、断裂等情况应及时更换。

2.4 润滑检查检查润滑油是否充足，并保证润滑系统的正常工作，以减少设备的摩擦和磨损。

2.5 检查筛网检查筛网是否损坏、松弛，如发现问题应及时更换或调整。

2.6 安全防护检查检查摇床是否配备了必要的安全防护装置，如安全扶手、防护罩等，并确保其完好可用。

2.7 工作场所清理清理工作场所，去除杂物、尘土等，并保证周围环境整洁、安全。

3. 摇床的操作步骤一旦完成设备检查与准备，即可按照以下步骤进行摇床的操作：3.1 开机准备插入电源线，打开电源开关，启动润滑系统，确保润滑油正常供给。

3.2 操作模式选择根据工作要求选择合适的操作模式，如手动模式或自动模式。

3.3 启动摇床按下启动按钮，使摇床开始运行，注意观察各个部位的运行情况，确保无异常情况发生。

3.4 调整振动参数根据物料性质和工作要求，通过操作控制面板上的振动参数调节按钮，调整摇床的振动幅度、频率等参数。

3.5 操作物料给料装置根据工艺要求，将待处理的物料通过给料装置均匀地投入至摇床的进料口，避免一次性投入过多，以防止设备过载。

3.6 观察筛分效果观察物料在摇床上的筛分情况，确保物料得到有效地筛分分离。

3.7 关闭摇床在操作结束后，按下停止按钮，使摇床停止运行。

4000 lb. Adjustable Gantry CraneOwner’s ManualWARNING: Read carefully and understand all ASSEMBLY AND OPERATION INSTRUCTIONS before operating. Failure to follow the safety rules and other basic safety precautions may result in serious personal injury.Item #52523Thank you very much for choosing a Strongway™ product!For future reference, please complete the owner’s record below:Serial Number/Lot Date Code: ________________________________ Purchase Date: ____________________________________________ Save the receipt, warranty, and this manual. It is important that you read the entire manual to become familiar with this product before you begin using it.This Gantry Crane is designed for certain applications only. Northern Tool and Equipment is not responsible for issues arising from modification or improper use of this product such as an application for which it was not designed. We strongly recommend that this product not be modified and/or used for any application other than that for which it was designed.For technical questions, please call 1-800-222-5381.Intended Use (4)Technical Specifications (4)Important Safety Information (4)Safety Labels (6)Assembly Instructions (6)Operating Instructions (8)Maintenance (9)Parts Diagram (10)Parts List (11)Replacement Parts (11)Limited Warranty (12)The Gantry Crane is ideal for shops where heavy level lifting is essential.Capacity: 2 TonAdjustable Height: 7’ 11” - 11’ 9”Casters: 5”Assemble the crane loosely until the entire assembly is complete. Make certain that you have a large, clean, and uncluttered area for assembly. As the crane is large and heavy, you may have to lay out the different parts on their sides, and tighten and erect the entire assembly once complete.Step 1) Attach two Plates (#20) from two sides to the one end of the Crossbeam (#19). Secure with the four Bolts (#1), Washers (#2), Spring Washers (#3), and Nuts (#4). Repeat for theother end.Step 2) Attach each Inner Vertical Post Assembly to the Crossbeam (#19). Secure with the 8 Bolts (#1), Washers (#2), Spring Washers (#3), and Nuts (#4)Step 3) Attach the four Swivel Casters with Brake (#27) to the Base Assembly (#26). Apply grease to the zerk in each Caster.Step 4) Attach each Outer Vertical Post Assembly (#24) to each Base Assembly (#26), making certain that the slot at two sides of the Outer Vertical Post Assembly are facing theCasters’ direction. From the top, insert two (2) Bolts (#14) through the base of the OuterVertical Post Assembly, and into the Base Assembly (#26). Slip on the Washer (#2) andSpring Washer (#3) and secure by tightening the Nuts (#4).Step 5) Attach two Support Tubes (#22) to each Outer Vertical Post Assembly (#23). Insert the Bolt (#5) through the top of the Support Tube, and through the Eyelet. Slip on a Washer(#6) and Spring Washer (#7) and secure with the Nut (#8). Attach the other end of theSupport Tube to the Base Assembly with Bolts, Washers, Spring Washers, and Nuts.Repeat for all four Support Tubes.Step 6) Insert the Inner Vertical Post (#21) into the Outer Vertical Post (#23). Insert one (1) Pin of the Pins with Chain (part #18) through the slot and the Inner Vertical Post Hole so that itgoes all the way through to the other pin. Attach the Handle (#24) to the bracket on theside of Outer Vertical Post, insert the Bolt (#10) from the inside, slip on the Washer (#14)and Spring Washer (#15) and secure with the Nut (#11). Make sure the two (2) hooks ofthe Handle hold the two ends of the Pin (#18). Repeat for the other Post Assembly.Step 7) Tighten all the Bolts and Nuts securely and make certain that the entire assembly is tight and secure.Step 8) Test the crane according to manual and ANSI/ASME B30.17 standards.Step 1) Move the crane so that it is directly above the item to be lifted.Step 2) Securely fasten the item to the crane with the appropriate trolley or hoist.Step 3) Raising and lowering the Crossbeam requires two people. There is a Handle (#27) on each of the Outer Vertical Post Assemblies. To raise the Crossbeam, press the handle and theInner Vertical Post will be up by one hole, insert the other Pin into this hole to hold theposition. Pull out the original pin and hook the handle to the new positioned pin. Repeat toreach the height you need. The Inner Vertical Post Assembly has thirteen different stopping positions.# 52523 -2T∙For replacement parts and technical questions, please call Customer Service at 1-800-222-5381. ∙Not all product components are available for replacement. The illustrations provided are a convenient reference to the location and position of parts in the assembly sequence.∙When ordering parts, the following information will be required: item description, item model number, item serial number/item lot date code, and the replacement part reference number.∙The distributor reserves the rights to make design changes and or improvements to product lines and manuals without notice.Northern Tool and Equipment Company, Inc. ("We'' or '"Us'') warrants to the original purchaser only ("You'' or “Your”) that the Strongway product purchased will be free from material defects in both materials and workmanship, normal wear and tear excepted, for a period of one year from date of purchase. The foregoing warranty is valid only if the installation and use of the product is strictly in accordance with product instructions. There are no other warranties, express or implied, including the warranty of merchantability or fitness for a particular purpose. If the product does not comply with this limited warranty, Your sole and exclusive remedy is that We will, at our sole option and within a commercially reasonable time, either replace the product or product component without charge to You or refund the purchase price (less shipping). This limited warranty is not transferable.Limitations on the WarrantyThis limited warranty does not cover: (a) normal wear and tear; (b) damage through abuse, neglect, misuse, or as a result of any accident or in any other manner; (c) damage from misapplication, overloading, or improper installation; (d) improper maintenance and repair; and (e) product alteration in any manner by anyone other than Us, with the sole exception of alterations made pursuant to product instructions and in a workmanlike manner.Obligations of PurchaserYou must retain Your product purchase receipt to verify date of purchase and that You are the original purchaser. To make a warranty claim, contact Us at 1-800-222-5381, identify the product by make and model number, and follow the claim instructions that will be provided. The product and the purchase receipt must be provided to Us in order to process Your warranty claim. Any returned product that is replaced or refunded by Us becomes our property. You will be responsible for return shipping costs or costs related to Your return visit to a retail store.Remedy LimitsProduct replacement or a refund of the purchase price is Your sole remedy under this limited warranty or any other warranty related to the product. We shall not be liable for: service or labor charges or damage to Your property incurred in removing or replacing the product; any damages, including, without limitation, damages to tangible personal property or personal injury, related to Your improper use, installation, or maintenance of the product or product component; or any indirect, incidental or consequential damages of any kind for any reason.Assumption of RiskYou acknowledge and agree that any use of the product for any purpose other than the specifieduse(s) stated in the product instructions is at Your own risk.Governing LawThis limited warranty gives You specific legal rights, and You also may have other rights which vary from state to state. Some states do not allow limitations or exclusions on implied warranties or incidental or consequential damages, so the above limitations may not apply to You. This limited warranty is governed by the laws of the State of Minnesota, without regard to rules pertaining to conflicts of law. The state courts located in Dakota County, Minnesota shall have exclusive jurisdiction for any disputes relating to this warranty.Distributed by:Northern Tool & Equipment Company, Inc.Burnsville, Minnesota 55306Made in China。

Installation•The pump has to be installed exclusively by authorized staff. Handle with care.•It’s recommended not to pull out the two protection sponge caps placed on the inlet and outlet ports of the pump before mounting the fittings and the pipes, in order to avoid the incidental entrance of any solid estraneous object which might damage the internal components of the pump.•The PO4000series rotary vane pumps look identical in their exterior aspect, although the flow rates are different. For this reason, when substituting just the pump, it is necessary to check the model of the new pump. Changing the pump with a model of different capacity may damage the system, the motor and the pump itself.•If continuous operation is needed, the pump has to be mounted in an airy space in order to dissipate the heating produced from the motor.•The pump must be mounted orizonthally.•To avoid vibrations of mechanical parts and noise it is advisable mounting the motor with rubber shock-absorbing supports.Wiring the motor to the power supply•The power supply must be consistent with the electrical data stamped on the motor plate, with particular regard to voltage, frequency and current.•The power supply should be switched off during installation.•The motor rotation must be clockwise(looking the motor in front).If operated counterclockwise, the pump won’t work.•In case the rotation is counterclockwise, proceed according to the scheme generally enclosed in the electrical wiring box.•If the pump fails or some estraneous object enters it, the group may stop or work in critical conditions; for this reason the motor should have a thermal protection to avoid overheating or a current protection to avoid overloading. Mounting the pump onto the motor The overall dimension drawing of the pump is shown on the last page of this leaflet. When mounting the pump onto the motor, it’s advisable to pay the maximum attention in order to avoid shocks against the shaft, checking the correct alignment and verifying, after mounting, that the shaft turns free.Note:The motor should be a 4 poles type with B3 B14 frame, with power between 1.5 and 2.2 Kw, in accordance to the capacity of the pump (325 to 700 gph) and to the operating pressure.Take into account that the pump performs differently if operated at 50 Hz (1450 rpm) or 60 Hz (1725 rpm).Do not run the pump with a 2 poles motor (2900 rpm at 50 Hz or 3500 rpm at 60 Hz). Running the pump at such speed, highly effects the life of the mechanical seal.Fluid-o-Tech s.r.l.20143 Milano - Via Lombardini, 6/aTel.(39) 2 8360451 - Fax (39) 2 8375397Fluid-o-Tech International,Inc.161 Atwater st.- Plantsville, CT 06479 USA T el.(860) 276 9270 - Fax (860) 620 01934000 - 1-98 EDThe performance curves of the PO4000series are supplied here below for your reference.Installation•The pump has to be installed exclusively by authorized staff. Handle with care.•It’s recommended not to pull out the two protection sponge caps placed on the inlet and outlet ports of the pump before mounting the fittings and the pipes, in order to avoid the incidental entrance of any solid estraneous object which might damage the internal components of the pump.•The PO4000series rotary vane pumps look identical in their exterior aspect, although the flow rates are different. For this reason, when substituting just the pump, it is necessary to check the model of the new pump. Changing the pump with a model of different capacity may damage the system, the motor and the pump itself.•If continuous operation is needed, the pump has to be mounted in an airy space in order to dissipate the heating produced from the motor.•The pump must be mounted orizonthally.•To avoid vibrations of mechanical parts and noise it is advisable mounting the motor with rubber shock-absorbing supports.Wiring the motor to the power supply•The power supply must be consistent with the electrical data stamped on the motor plate, with particular regard to voltage, frequency and current.•The power supply should be switched off during installation.•The motor rotation must be clockwise(looking the motor in front).If operated counterclockwise, the pump won’t work.•In case the rotation is counterclockwise, proceed according to the scheme generally enclosed in the electrical wiring box.•If the pump fails or some estraneous objectenters it, the group may stop or work in criticalconditions; for this reason the motor shouldhave a thermal protection to avoid overheatingor a current protection to avoid overloading.Mounting the pump onto the motorThe overall dimension drawing of the pumpis shown on the last page of this leaflet.When mounting the pump onto the motor, it’sadvisable to pay the maximum attention inorder to avoid shocks against the shaft,checking the correct alignment and verifying,after mounting, that the shaft turns free.Note:The motor should be a 4 poles type with B3B14 frame, with power between 1.5 and2.2 Kw, in accordance to the capacity ofthe pump (325 to 700 gph) and to theoperating pressure.Take into account that the pump performsdifferently if operated at 50 Hz (1450 rpm)or 60 Hz (1725 rpm).Do not run the pump with a 2 poles motor(2900 rpm at 50 Hz or 3500 rpm at 60 Hz).Running the pump at such speed, highlyeffects the life of the mechanical seal.How to proceed:•Make sure the motor is unplugged from theelectric line•Check that the key be tight on the motorshaft•Mount the motor side of the coupling on themotor, without hammering it.•Tighten the set screw (only for the couplingsequipped with the set screw).•Insert the shock absorber on the couplingon the motor side.•Secure the pump side of the coupling on thepump, without hammering it.•Mount the adapter on the motor flange andtighten the screws.•Mount the pump on the motor by inser-ting the coupling side of the pump shaftinto the coupling side of the motor shaft.•Turn the pump to the position desired andstop it by tightening the 4 bolts.Connecting the pump to the circuit•A particular care is needed while mounting∆P MAX:18 BARSYSTEM PRESSURE MAX:20 BARthe fittings, to avoid liquid leaks.•If using liquid sealer or Teflon it’s importantthat no particles of it fall into the pump.•It is advisable to use fittings made of stainlesssteel or plastic.•The circuit should be carefully fushed beforestarting the pump.Operating Conditions•Make sure that the pumped fluid is compatiblewith the materials of the pump.For particular applications, contact thenearest Fluid-o-Tech authorized distributor.•Avoid as well to use liquids with temperature>= 60 C (140F).•It’s strongly recommended to use pipes andconnections of suitable size for the pumpcapacity, with internal diameter of at least25 mm (1 inch), especially on the inletside.This precaution avoids the possibility ofcavitation and consequent damage of thepump.•The maximum differential pressure shouldnot exceed 18 bar (260 psi).•The maximum system pressure should notexceed 20 bar (290 psi).The graph here shown reports the NPSH(Net Positive Suction Head) for the PO4000series run at 1450 and 1725 rpm.Although this is a positive displacement pump,it is strongly recommended not to operate itover the values specified by the curves inthe graph.Solenoid valves should not be installed inthe circuit; however, if needed, a mechanicalsafety valve needs to be installed beforethe solenoid valve, in order to protect thepump from pressure peaks.。

赛默飞摇床说明书
摘要：
1.赛默飞摇床简介
2.赛默飞摇床的安装与使用
3.赛默飞摇床的维护与保养
4.赛默飞摇床的安全注意事项
5.赛默飞摇床的故障处理与售后服务
正文：
一、赛默飞摇床简介
赛默飞摇床是一款高科技的实验设备，主要用于实验室样品的摇晃、混合和培养等操作。

它采用微电脑控制系统，具有操作简便、精度高等特点，是实验室工作人员的得力助手。

二、赛默飞摇床的安装与使用
在安装赛默飞摇床时，需要确保仪器放置在平稳、坚固的台面上，并接通电源。

开启电源后，通过触摸屏控制面板进行各项参数的设置，包括温度、速度、时间等。

使用过程中，应遵循操作规程，确保实验样品的安全与准确。

三、赛默飞摇床的维护与保养
为了保证赛默飞摇床的正常运行和延长使用寿命，需要定期进行维护与保养。

首先，要保持仪器的清洁，避免灰尘和污垢影响设备性能。

其次，定期检查各部件的连接，确保紧固。

最后，定期进行保养，如润滑、更换易损件等。

四、赛默飞摇床的安全注意事项
在使用赛默飞摇床时，需要注意以下几点安全事项：
1.确保仪器接地良好，避免触电事故；
2.避免在运行过程中突然关闭电源，防止设备损坏；
3.实验样品应放置在密封容器中，防止泄漏；
4.切勿让未经培训的人员操作设备，防止意外事故。

五、赛默飞摇床的故障处理与售后服务
在使用过程中，如遇到设备故障，应立即切断电源，并联系售后服务人员进行检查和维修。

同时，赛默飞公司提供完善的售后服务，包括设备安装、培训、维修等，确保客户使用的满意度。

总之，赛默飞摇床作为一款高科技实验设备，在实验室中发挥着重要作用。

Controle AnalytiqueK4000操作手册杭州川达仪器成套工程有限公司地址:杭州上塘路登云路口紫荆家园31-1-301电话:0086-571-88261597 传真:0086-571-88261508 E-mail:instrumax@ 邮编:310015目 录1 关于本手册 (1)2 忠告 (2)2.1 当心 (2)2.2 谨防触电 (2)2.3 谨防爆炸 (2)2.4 气体的性质 (2)2.5 安全规范 (2)2.6 高压气瓶的搬运和储存 (3)3 承诺和服务 (4)4 技术指标 (5)5 系统描述 (6)5.1 简介 (6)5.2 K4000系统结构概述 (6)5.3 分析部分硬件描述 (11)5.4 电路 (13)6 安装和启动 (16)6.1 供电电源 (16)6.3 载气附件选择 (16)6.4 仪表的安装 (16)6.5 仪表的启动 (17)6.6 减压阀的吹洗 (17)7 控制界面描述 (20)7.1 数字/字符控制 (20)7.2 二元开关控制 (20)7.3 滑动控制 (20)7.4 软键控制 (21)7.5 选择目录控制 (21)7.6 光标控制 (22)7.7 画面 (22)8 菜单介绍 (23)8.1 实时谱图菜单 (24)8.2 分析谱图菜单 (26)8.3 系统诊断菜单 (27)8.4 系统校验菜单 (33)8.5 阀时序菜单 (35)8.7 I/O组态菜单 (39)8.8 系统组态菜单 (39)8.9 密码菜单 (45)9 仪表的维护 (48)9.1 冷阱的更换步骤 (48)9.2 除水器的更换步骤 (48)9.3 自动切换阀的更换步骤 (48)9.4 调整时序的步骤 (48)9.5 电离池的清洗 (49)9.6 定期检查 (49)1 关于本手册该仪表采用“即插即用”的思路设计,使用简单,简单易懂.操作仪表时不需要了解电路,软件和物理细节等方面的情况,这正是我们所希望的.我们知道您希望仪表能尽可能快的投入使用,为此请花时间来认真阅读本手册.每一章都假设您已阅读并理解了前面的章节,且对使用者来说都有重要的内容.仪表非常容易安装和使用并免维修.操作仪表时不需特别的技术知识.我们希望您喜欢K4000系列分析仪.为了不断的进步和提高,我们非常感激您提供有建设性的意见,不管是正面的还是负面的.Controle Analytique Inc.公司相信该手册上所述的信息是准确的.本文经过仔细的校对.若有错误,C.A.公司不对原先版本的持有者声明,公司保留修改和制作下一版本的权利.若读者发现错误,请与 C.A.公司联系,若因为本文或其包含的信息的缘故造成的损坏,公司将负全部责任.没有本公司的同意,任何人不准用任何形式复制或生产用户手册或产品的任何部分.同样,本手册也受法律保护,只能用于怎样操作仪表.除此之外,任何形式的使用须得到本公司的同意.感谢你购买本公司的产品2 忠告2.1 当心不合适的仪表安装,操作和维护会造成仪表的损坏,制造商对此不负责任.2.2 谨防触电只有机箱安全关闭,才能进行操作.修理仪表时有高压电暴露在外,若接触到会使人触电致死或重伤.为了保证仪表的安全和正常运转,交流电源需接有地线.维修前报警继电器和数字输出继电器的供电电源需断开.随意更改和替换部件将会影响产品的安全.只能使用厂家许可的部件.2.3 谨防爆炸仪表中除了可通入用户手册允许的气体外,不能通入其它气体.仪表不能在危险区域使用.氧/氢的安全若仪表用于分析以氧为主成份的样品,所有继电器须能在氧环境下使用;不能使用含油脂或碳氢化合物的密封剂.若仪表用于分析以氢为主成份的样品,必须加吹洗.若仪表用于分析以氢和氧为主成份的样品,不仅需吹洗,使用环境还要有强对流,防止泄漏的爆炸气体聚积.还要装一个样品气切断阀,断电时将样品气切断.并结合当地对此的要求.若仪表用于分析以氢和氧为主成份的样品时,取样预处理系统的设计,集成和使用必须慎重考虑.它们对正确的安装,操作和维护仪表及相关部分必须是可靠的,请参照CGA出版物和当地的要求.2.4 气体的危险氩气和稀有气体(氦,氖,氪,氙)是单原子且化学性质不活泼,无色,无味,无刺激性,无腐蚀.但它们会令人窒息,因此它们放置处一定要通风.氮气是双原子,无色,无刺激性,无腐蚀;也会令人窒息,因此其放置处一定要通风.2.5 安全规范为避免触电,请别移动机箱或打开后盖.用户不要对机器内部进行修理,修理应由专家进行.为避免起火或触电,仪表要防雨和防潮.贴有闪电符号的部件表面有电,不要触摸它,否则有触电危险.1. 第一次使用设备前务必要阅读操作手册中的安全说明和操作说明.手册应放置好,以备将来使用.2. 安全警告:留意设备及手册上的安全警告,按照其要求操作.3. 水和水蒸气:不要在水边使用,如浴室,水盆,下水道,洗衣机,游泳池附近或是潮湿的地下室内.4. 通风:无论设备放在那里,都需通风.不要置于床上,沙发,地毯或类似易堵住散热孔的物体上.要确保通风以免过热.5. 热效应:不要把设备置于热源附近,如电热器、暖气、炉等.6. 电源：电源必须是机器上或操作手册上指定的电源.7. 电源插座:注意电线,防止践踏,任何东西不得靠近电线,尤其要注意插头、插座以及供电处附近区域.8. 清洁:清洁设备应遵从制造商的建议.9. 设备不用:若一段时间不使用该设备,请把插头从插座上拔下.10. 杂物:确保机箱内没有液体或其它杂物.11. 修理:机器的修理必须由专业人员进行,除了操作手册上允许的维护外,不要擅自行动.修理前要咨询专家.2.6 高压气瓶的搬运和储存本仪表通常用于检验高压气瓶中的气体含量,气瓶的错误操作会使人致死或重伤,或造成财产损失.搬运气瓶需要格外的细心.参见高压气瓶搬运和储存的注意事项,下面一些注意事项摘自COMPRESSED GAS ASSOCIATION’S HANDBOOK（压缩气体协会手册）.1．绝不能摔气瓶或使它们互相剧烈碰撞.2．气瓶可以存放在户外,但在这种条件下,必须避开恶劣天气.地面不能潮湿,以防生锈.3．气瓶未固定时一定要加安全帽.4．要避免拖、滚、滑气瓶,即使是一小段距离也不行,需要移动时,应使用合适的手推车.5．不要更改阀或气瓶的安全装置.6．不要把满的和空的气瓶放在一起,当空的气瓶接在增压系统中时,将发生严重的倒吸现象.7．气瓶温度不得超过1250F(520C),压缩气瓶的任何部分不得接近火焰.8．不得把气瓶接在电路上.电焊时小心电弧溅向气瓶.3 承诺及服务本公司承诺:从产品安装日起12个月内或发货日起18个月内,仪表在正常使用和和维护条件下出现的质量问题(不包括易耗品),公司免费维修.易耗品、除水器、O型圈等在正常使用条件下出现质量问题,公司免费维修90天,日期从发货日算起.更换、维修的产品和部件以及剩余部分,此承诺同样有效,有效期90天.当出现问题的产品,部件及消耗品可更新,修理或更换时,用户不应提出异议.非产品制造质量引起的直接或间接损失,本公司概不负责.服务条例1. 如果在保修期间产品出现问题,公司将免费进行维修.超过保修期，顾客需支付劳务和材料费用.2. 在保修期内,顾客退回产品进行维修而发现并无质量问题,顾客需支付最低的维修费用.3. 更换部件,原始部件及分析仪的模块号和序列号需提供.若原始部件不送回，C.A公司将不会寄出更换的部件.仪表返修1. 要返修仪表,用户需得到一个返修号.2. 提供订单号或其它可接受的资料.3. 遇到的故障连同客户的姓名、地址、电话及返修号列成清单,一并寄回.4. 寄回仪表要用原始或同样的包装,否则包修自动失效.5. 每一个气体进出口用封头密封,否则包修自动失效.6. 在包装箱外面注明返修号.7. 使用C.A公司同意的运输方式,空运时货物应直达,不接受中途转运.受其它条件的限制,也可申请海运.商标:本公司采用CONTROL ANALYTIK®商标.所有权顾客应认可Controle Analytique公司对Controle Analytique的软件、操作系统、硬件及其它商品的所有权.未经Controle Analytique公司的书面允许不得对产品进行变换、更改、损坏、改造、复制等.4 技术指标参照仪表后盖上的系统结构和操作参数。

KS4000ic 控制型控温摇床培养箱和控制型控温摇床培养箱价格KS4000ic 控制型控温摇床培养箱 标题：KS4000ic 控制型控温摇床培养箱仪器特点： 新型控温摇床，可实现控温条件下的无人操作，自动化程度高。

KS 4000 ic 控制型内置冷却盘管，用于连接外部循环冷却器，如 KV 600。

- 大屏液晶显示振荡转速和时间设置 - 抗菌材料外壳，减少细菌滋生 - 内置 PID 温度控制系统 (使用两个 PT 1000 温度传感器) - 工作箱中配置温度传感器接口，可额外连接温度传感器，例如：PT1000.60， 用于控制所处理介质温度 - 电子控制温度及振荡转速 - 电子定时功能：0 - 999 小时 (可设定小时或分钟) - 振荡过于剧烈导致仪器震动时，系统自动停止运转 - 上盖开启时，仪器自动停止运转 - 仪器尾部配置排水管，用于排出收集盘中洒落的液体 - 所有功能可通过实验室软件 labworldsoft® 进行控制和数据记录 - 标准配置中不含夹具，如有...厂家：上海政泓 市场价格： 优惠价格：百度搜索联系KS4000i 控制型控温摇床培养箱 标题：KS4000i 控制型控温摇床培养箱仪器特点： 新型控温摇床，可实现控温条件下的无人操作，自动化程度高。

KS 4000 ic 控制型内置冷却盘管，用于连接外部循环冷却器，如 KV 600。

- 大屏液晶显示振荡转速和时间设置 - 抗菌材料外壳，减少细菌滋生 - 内置 PID 温度控制系统 (使用两个 PT 1000 温度传感器) - 工作箱中配置温度传感器接口，可额外连接温度传感器，例如：PT1000.60，用于控制所处理介质温度 - 电子控制温度及振荡转速 - 电子定时功能：0 - 999 小时 (可设定小时或分钟) - 振荡过于剧烈导致仪器震动时，系统自动停止运转 - 上盖开启时，仪器自动停止运转 - 仪器尾部配置排水管，用于排出收集盘中洒落的液体 - 所有功能可通过实验室软件 labworldsoft® 进行控制和数据记录 - 标准配置中不含夹具，如有... 厂家：上海政泓 市场价格： 优惠价格：百度搜索联系KS501 数显型圆周振荡摇床 标题：KS501 数显型圆周振荡摇床仪器特点： 低基座实验室摇床，外形美观，支撑平面大，最大承载可达 15 kg 。

GS-4000 SERIES Ultra Performance CNC Turning CentersMAXIMUM PERFORMANCE CNC TURNINGCENTERSManual mode quill-jog function allows the quill to be inched forward, which makes it easier to insert the center into the center hole.Movement of the base and quill in auto mode are controlled by M-codes and thrust pressure is manually adjustable.Z-axis carriage automatically locks onto the tailstock base and moves itto the desired position with precision accuracy.Under the covers, you’ll fi nd a 30 degrees slant bed with super wide box ways, and GS-4000 & GS-4300 series equipped with an enormous 2-speed head stock driven by a 37 kW ( 30 min. ) Fanuc motor.Extra large Z-axis spindle motors provide the thrust needed to e ffi ciently drill big diameter holes.Axes rapids are 24 m/min. on X and Z, which are 50 ~100 % faster than the competitor.*¹For those seeking a heavy-duty maximum performance turning center that’s packed with the latest technologies, GOODWAY’s GS-4000 series is the perfect answer. These machines o ff er awesome turning power, 37 kW ( 30 min. ) 2-speed gear-head spindles are standard on most models, to easily turn work pieces up to 24" diameter, and to accommodate various work piece lengths, 4 bed sizes o ff ering maximum tuning lengths ranging from 750 ~ 3,000 mm are available. Live tooling, Y-axis and sub-spindle models further increase machining e ffi ciency and accuracy, while reducing man power. Furthermore, GOODWAY machines are always fully loaded with standard features that are either not available or costly options found on other machines. Features such as chip conveyor, programmable base tailstock, turning tool holders are standard plus many more.*1 Individual models may vary, please see P.17.GS-4000 series machines feature a standard programmable base and quill tailstock.M model for optional live tooling turret function. Detail Speci fi cation please see Page 6 & 18. Y model for optional Y-axis function. Detail Speci fi cation please see Page 7 & 18.S model for optional sub-spindle function. Detail Speci fi cation please see Page 8 & 18.12Utilizing unused space, this coolant tank placementallows optimal air circulation for faster heat dispersion and lower coolant temperature, which will help extend coolant life.Coolant tank allows the connection of compressed air to circulate coolant and keep it fresh when machine is not in use.Less space limitations allow larger 670 L coolant tank capacity and easier maintenance access.Machine rigidity is increased by eliminating the opening required for under-machine-type coolant tanks.4 bed lengths and 2 spindle sizes o ff er a total of 8 basic model con fi gurations.*2 Individual models may vary, detail Speci fi cation please see work range diagram.( GS-4000L ³ model shown with optional accessories )Separate coolant tank & Oil skimmer shown.The low center of gravity heavy-duty bed and 30° slant bed design provides a super rigid foundation for the headstock, turret, and tailstock. This creates the rigidity needed to perform super heavy-duty turning, maintaining long-term high precision accuracy. More rigidity also means extended tool life.SUPER HEAVY-DUT Y CONSTRUC TIONBuilt to endure years and years of rigorous high production turning, the heavily ribbed, one-piece thermally balanced bed and casting components are FC35-Meehanite casting ( industry standard is FC25~30 ). FC35 grade cast iron is capable of withstanding much greater stress without deformation and provides maximum vibration damping, which results in a machine that will outlast and outperform the competition.By using Finite Element Methods ( FEM ), optimally reinforced ribbings are directly casted into the one-piece bed structure. Mechanical rigidity has been increased by more than 30% when compared to conventional designs.Extra wide hardened and ground box ways are directly formed into the machine bed and saddle during the casting process. They are precision machined and widely spaced for maximum strength. The box way design also provides the rigidity needed for heavy duty and interrupted turning applications.The L 3 series Z-axis equipped with independent supporting mechanism prevents long-sized ball screws from deforming and ensures excellent performance for the axial feed andturning accuracy.C3 class hardened and precision ground ball screws ensure the highest accuracy and durability possible. Plus, pretension on all axes minimizesthermal distortion.34( Casting structure of GS-4000L model shown )Contact surfaces of all slides, headstock, turret, tailstock, and ball screw bearing housings with the machine bed are hand scraped to provide maximum assembly precision, structural rigidity, and load distribution.All spindle and servo motors, including drives, are Fanuc alpha i series components to ensure peak machining performance and accuracy.X and Z axes are driven by over-sized Fanuc AC alpha i series absolute servo motors, providing tremendous thrust outputs with faster acceleration and deceleration. Absolute encoder technology eliminates the use of limit switches, thus, eliminating referencing axes to home positions and broken limit switches.By utilizing the latest 3D CAD design software to assist in machine development and FEM to provide engineering analysis, we are able to create the best designs possible.ULTIMATE TURNING POWERSpindle OutputThe 2-speed super heavy duty gear head incorporates advanced mechanical designs. Mated with a 37 kW ( 30 min. ) motor provides a tremendous amount of low-end torque to handle heavy material removal on large diameter parts.P4 grade ( Class 7 ) super-high precision bearings are directly assembled for maximum level of support and precision. Bearing con fi guration is designed for super heavy-duty cutting with ultra-smooth performance and long term durability with a higher level of accuracy.The heavy-duty headstock is of one-piece casting reinforced with heat dispensing fi ns.ADVANCED TURRET TECHNOLOGYThe curvic couplings provide a large contact area and are designed with an auto–clean feature not seen ontraditional couplings.Ø 320 mm diameter super high precision CURVIC couplings accurately position the turret disk and 6,400kg of clamping force ensure abundant turret rigidity for all cutting conditions.The 12-station heavy-duty servo indexing turret achieves 0.3 second indexing times for adjacent stations. Index movements are continues, without pauses, and is capable of turning Ø 268 mm ( Ø 10.5" ) diameter work pieces without interference when using boring tools. The optional 10-station turret even LIVE TOOLING TURRETLive tooling and C-axis control capabilities on the GS-4000 series allows the machine to perform multiple tasks on a work piece, such as turning, milling, drilling and tapping. It eliminates manpower and cycle time, while reducing accuracy lost, which will occur if the part is moved from machine to machine.The GS-4000 series live tooling turret is driven by a large 7.5 kW ( 30 min. ) motor. Combined with a powerful gear driven spindle, it provides ultra-high power to complete any di ffi cult milling, drilling and tapping application.The 12-station GOODWAY live tooling turret o ff ers 12 stations available for live tooling, live tools rotate in working position only to reduce power loss and heat.56The Cs-axis is adopted with a high-resolution toroid along with a full-closed loop design, to provide excellent positioning accuracy and repeatability.Y-AXIS MACHINING CAPABILITYY-axis control further enhances multi-tasking live tooling capabilities and improves various machining precision. High precision grooving and X-axis o ff -center drilling are enabled.On Y-axis equipped machines, the turret is mounted on a secondary 30 degrees wedge saddle on top of the X-axis slide. Both X & Y axes have extra wide hardened and ground box ways, which are directly formedonto thesaddles during the casting process. They are precision machined and widely spaced for maximum strength.Grooving with Y-axis control produces grooves with higher accuracy.With an abundant amount of Y-axis travel, 120 mm = ± 60 mm ( 4.72” = ± 2.36” ), a wide variety of parts may be e ffi ciently machined.Y-axis travel directionGrooving with Finish Pass Using Y-axisGrooved pro fi leRequired groove pro fi leGrooving by Polar Coordinate InterpolationLive tooling turret for Y-axis machine is equipped with 5.5 kW output, high precison built-in spindle turret.Finish GroovingRough Grooving( GS-4300Y model shown )BACK-END MACHINING CAPABILIT YA 8" chuck size sub-spindle driven by a powerful 18.5 kW ( 15 min. ) built-in type Fanuc motor ( Integrated Motor ) for back-end machining is available on the GS-4000 series.The sub-spindle travels on the B-axis are used with Japanese high precision roller linear guideways to increase the feed rate and reduce processing time.Automatic part transfer of work piece from main spindle to sub-spindle saves manpower and cycle time, whileWith Ø 45 mm ( 1.77" ) bar capacity, the sub-spindle con fi guration is also ideal for machining long work pieces such as small diameter shafts. Both ends of the work piece can be supported by the main and sub78The front-end of the spindle can be installed with a air chuck ormanual chuck to easily apply operations such as thread cutting tolong work pieces.Sample Work PiecesLive Tooling Turret Output MACHINING PERFORMANCETorque( N-m )Output( kW )rpm7.5 kW ( 30 min. )5.5 kw ( con. )Torque ( 30 min. )Torque ( con. )2040608096701001000750200030004000246810Turning CapabilityHeavy CuttingDrillDrillEnd MillTappingSpindle Speed FeedrateCutting Speed Cutting Depth Spindle Load S45CS45CØ 175Ø 583107411701350.60.18102 / 7062 / 8510—( mm )Material Diameter( m/min )( mm/ rev )( mm )( % )( rpm )Workpiece Cutting condition Power requirementCutting conditionTest ModelGS-4000Machining CapabilityS45CS45CS45CØ 25Ø 25M20 x P2.524951016020401090290400—15—( mm )Material Diameter Cutting Speed( m/min )Feedrate( mm/ min )Cutting Depth( mm )Spindle Speed( rpm )WorkpieceTest ModelGS-4000MGS-4000 Series Construction Spindle Turret Multi-TaskingAluminumSCM3S45C910Standard 12-Stations TurretOptional 12-Stations Live Tooling TurretGS-4000M : 850GS-4000LM : 1,600Z1-axis Travel MT#6Live Center ( Live Tooling )1112GS-4000 : 850( Live Tooling )( I.D. / O.D. Tools )Optional Live Tooling Turret & Sub-spindle Work RangeGS-4000MS : 850GS-4000LMS : 1,600GS-4000L 2 MS : 2,300GS-4000MS : 850GS-4000LMS : 1,6001314( Live Tooling )Optional Y-axis Work RangeGS-4000Y : 850GS-4000LY : 1,600GS-4000L ²Y : 2,400GS-4000Y : 850GS-4000LY : 1,600( Live Tooling )( I.D. / O.D. Tools )Optional Y-axis & Sub-spindle Work RangeGS-4000YS : 850GS-4000LYS : 1,600GS-4000YS : 850GS-4000LYS : 1,600STANDARD FEATURESTri-color machine status light enables checking of machine’s status without standing at the control panel or when the screen and work lights are shut o ff to conserve power.Heat ExchangerTri-color Status Light3-Jaw Chuck w/ Soft Jaws x 1 setStandard 3-jaw hydraulic chuck with soft jaws is able to work with various types of work pieces.The heat exchanger provides the electrical box with good air circulation to e ffi ciently lower the interior temperature and stabilize the electrical devices.The lubrication unit monitors preset pressure levels to detect leaks in the system.Lubrication SystemCopper lubrication lines will not corrode or become brittle over time.The standard chip conveyor features adjustable timers that allow the operator to set operation intervals according to the amount of chips Chip ConveyorOPTIONAL FEATURESBar FeederOptional bar feeding systems feed bars up to Ø105mm diameter.Hydraulic Steady RestManual Steady RestAir Chuck4-Jaw ChuckIt can be manually adjusted which requires less space than hydraulic steady rests.The hydraulic pressure is controlled by the program to increase working e fficiency.The 4-jaw chuck can work with complex-shaped or non-circular materials which cannot be done by 3-jaw chucks.The optional Renishaw HPRA tool presetter simpli fi es machining setup.Tool SetterParts CatcherOptional hydraulic parts catchers can be programmed to catch fi nished parts after cut-o ff .The air chuck can work with soft or thin materials The steady rest is applied to long work pieces which can be fi rmly supported to increase turning accuracy.1718STANDARD & OPTIONAL FEATURESMACHINE SPECIFICATIONS1920MACHINE SPECIFICATIONS21 22Copyright 2013 by Goodway Machine Corp. All right reservedG-GS-4000 SERIES-EN-F-20130809No.589, Chengyang Road,Xiang Cheng Economic Development District Suzhou City, Jiangsu, China TEL : + 86-512-6576-3699FAX : + 86-512-6576-7299E-mail:*****************************.twGOODWAY MACHINE CORP .GOODWAY (SUZHOU) MACHINE CORP .No.13, 5Th Road,Taichung Industrial Park,Taichung City, 407, Taiwan, R.O.C.Website : E-mail:**********************No. 38, Keyuan Road,Central Taiwan Science Park.Taichung, Taichung City, 407, Taiwan, R.O.C.TEL : + 886-4-2463-6000FAX : + 886-4-2463-9600HeadquartersCentral Taiwan Science Park Branch。

6-S摇床使用说明书设备在使用前，请详细阅读本说明书，掌握设备的作用范围及操作方法。

一、概述6-S摇床属于重力选矿设备，由平面溜槽发展而来，以其不对称往复运动为特征而自成体系。

适于选别 2-0.037 毫米矿砂及矿泥级别的金、钨、锡、钽、铁、锰、铬、钛、铋、铅等有色、黑色、稀贵金属矿物，选别4-0.037毫米的硫铁矿；适当改换床条形式后可选别末煤和煤泥，独居石，金红石等非金属，以及分选其他具有足够比重差及粒度组成合适的混合物料。

摇床的选矿过程是在具有来复条的倾斜床面上进行的，矿粒群从床面上角的给矿槽送入，同时由给水槽供给横向冲洗水，于是矿粒在重力，横向流水冲力，床面作往复不对称运动所产生的惯性和摩擦力的作用下，按比重和粒度分层，并沿床面作纵向运动和沿倾斜床面作横向运动。

因此，比重和粒度不同的矿粒沿着各自的运动方向逐渐呈扇形流下，分别从精矿端和尾矿侧的不同区排出，最后被分成精矿，中矿和尾矿。

6-S摇床的突出优点是分选精确性高，原矿经过一次选别即可得到最终精矿，中矿和废弃尾矿，可同时接出多个产品。

精矿的富集比高，选别效率高，看管容易，便于调节冲程。

二、工作原理摇床分选是在床面摇动和横向水流的共同作用下实现的，床面上床条是纵向的，与水流方向近于垂直，水流横向流过跨越一个个床条时在沟槽内形成涡流，涡流和床面摇动的共同作用可使矿砂层松散并按密度分层，重矿物转向下层，轻矿物转向上层，上层轻矿粒受到水流较大冲力，而下层重矿粒则受较小冲力，因此轻矿粒在床面上横向运动速度大于重矿粒在床面上的横向运动速度。

此过程为“析离分层”。

在纵向，床面的差动运动，起初以慢速前进并逐渐加速，到速度达最大时突然后退，后退过程中速度逐渐减小，然后又前进，重复上述过程，不仅促进矿砂层松散分层，而且使重矿粒以较大速度沿纵向向前运动，使轻矿粒以较小速度向前运动。

矿粒的去向，取决于纵向速度和横向速度的合成速度。

重矿物具有较小的横向速度和较大的纵向速度，轻矿物具有较大的横向速度和较小的纵向速度，应用平行四边形法则把纵向和横向速度合成，可以看到，重矿物的合速度偏向摇床的精矿端，轻矿物偏向摇床尾矿侧，中等密度的颗粒则位于二者之问，称此过程为“运搬分带”。

Shaking table instruction一、概况：摇床是用于选别细粒物料的重力选矿设备，它广泛应用于选别钨、锡、钽、铌和其它稀有金属和贵金属矿石，也可用于选别铁、锰矿石和煤。

当处理钨、锡矿石时，摇床的有效回收粒度范围为2～0.04毫米。

摇床的选矿过程是在具有来复条的倾斜床面上进行的（如图）。

砂粒群从摇床面上角的给矿槽（砂槽）送入，同时由给水槽供给横向冲洗水。

于是，矿粒在重力、横向水流冲力，床面作往复不对称运动所产生的惯性力和摩擦力的作用下，按比重和粒度分层，并沿床面作纵向运动和沿倾斜床面作横向运动。

因此，比重及粒度不同的矿粒沿着各自的运动方向逐渐由A 边向B边呈扇形流下，分别从精矿端和尾矿侧的不同区排出，最后被分成精矿、中矿和尾矿。

由下图可看出床面矿流的运动方向。

一DescriptionThe table is a gravity separation equipment to choose fine materials, it is widely used in selection of tungsten, tin, niobium and other rare metals and precious metal ore, it can also be used for classifying iron, manganese ore and coal. When dealing with tungsten, tin ore, the table’s effective recycling scope is 2 ~ 0.04 mm.. Dressing table is in an inclined bed on the strip surface. Sand group is given from the table surface angle of the feeder, At the same time to sink by lateral flushing water supply, So, mineral particles are under the action of gravity, lateral impulsive force, inertial force and friction bed reciprocating asymmetric motion layered according to the proportion. And along the bed surface do longitudinal motion and transverse motion .therefore, Different density and size of particles along their respective direction of motion flow gradually from A side to B side .摇床工作示意图根据选别的矿石粒度不同，摇床可分矿砂（2～0.2毫米）摇床和矿泥（0.2～0.037毫米）摇床。