冲击式破碎机技术参数
环锤式破碎机技术参数
环锤式破碎机技术参数环锤式破碎机是一种重要的破碎设备，广泛应用于矿山、冶金、建材、化工等行业。
本文将重点介绍环锤式破碎机的技术参数，以帮助大家更全面地了解该设备。
一、环锤式破碎机的构造环锤式破碎机由电动机、主轴、转子、筛板、齿板、蜗杆等部件组成。
电动机通过皮带传动带动主轴转动，转子与主轴一起旋转，同时齿板也随着转动。
在转子与齿板的作用下，物料被强力冲击、剪切、摩擦等多重作用下破碎，最终通过筛板排出。
1. 处理能力：指每小时处理物料的重量，一般以吨/小时或立方米/小时来衡量。
2. 进料粒度：指物料进入环锤式破碎机的最大粒度，一般以毫米或厘米为单位。
3. 粉碎比：指设备出料和进料粒度之比，也可以理解为物料被破碎的程度。
4. 动力和电机功率：环锤式破碎机动力和电机功率是破碎机能否正常运行的关键参数之一。
一般来说，电机功率越大，处理能力也就越大。
5. 旋转速度：指转子的旋转速度，一般以转/分钟为单位。
旋转速度越高，破碎效果也就越好，但同时也会加速部件的磨损和故障。
6. 破碎比能：是表征环锤式破碎机性能的重要指标之一。
破碎比能越大，设备能够消耗物料能量的能力就越强。
7. 设备重量：指设备的整体重量，一般来说，设备越重，越稳定，也越不容易发生故障。
8. 外形尺寸：指设备的长宽高等尺寸参数，它不仅和设备本身的性能和使用寿命有关，还和设备的安装和运输有密切关系。
9. 适用物料：环锤式破碎机可以处理多种不同的物料，但由于不同物料的硬度、韧性、湿度等特性不同，对设备的性能和时限有不同的影响，因此在选型和使用时需要做好相关的匹配和调整。
1. 破碎比能高，能耗低。
2. 结构简单、安全可靠、易于维修。
3. 噪音低、震动小、粉尘少。
4. 适用范围广，可以对多种不同硬度、韧性、湿度的物料进行破碎。
5. 可以分别调节筛板间距和转子间距，以满足不同物料的不同需求。
环锤式破碎机通常适用于一些硬度较低、破碎比能要求较高的物料，如石灰石、石英砂、煤炭等。
常用石料破碎设备参数及说明介绍
设备参数及说明振动给料机振动给料机介绍：振动给料机又称振动喂料机。
振动给料机在生产流程中，用于把块状、颗粒状及粉状物料从贮料仓库或漏斗中均匀连续或定量的给到受料设备中。
可无级调节给料量，并实现生产流程的集中控制和自动控制。
可以向带式输送机、斗式提升机、筛分设备等给料。
向破碎机、粉碎机等喂料，以及用于自动配料，定量包装等，并可用自动控制的流程中，实现生产流程的自动化。
振动给料机用途：广泛用于冶金、煤矿、选矿、建材、化工、磨料等行业的破碎、筛分联合设备中。
振动给料机性能特点：结构简单，喂料均匀，连续性能好，激振力可调；随时改变和控制流量，操作方便；偏心块为激振源，噪音低，耗电少，调节性能好，无冲料现象；若采用封闭式机身可防止粉尘污染，振动平稳、工作可靠、寿命长；可以调节激振力，可随时改变和控制流量，调节方便稳定；振动电机为激振源，噪声低、耗电小、调节性能好，无冲料现象。
结构简单、运行可靠、调节安装方便、重量轻、体积小、维护保养方便，当采用封闭式结构机身时可防止粉尘污染。
振动给料机结构特点：振动给料机结构简单，操作方便，不需润滑，耗电量小；可以均匀地调节给矿量；因此已得到广泛应用。
一般用于松散物料。
根据设备性能要求，配置设计时应尽量减少物料对槽体的压力，按制造厂要求，仓料的有效排口不得大于槽宽的四分之一，物料的流动速度控制在6-18m/min.对给料量较大的物料，料仓底部排料处应设置足够高度的拦矿板；为不影响给料机的性能，拦矿板不得固定在槽体上。
为使料仓能顺利排出，料仓后壁倾角最好设计为55-65度。
振动平稳、工作可靠、寿命长；可以调节激振力，可随时改变和控制流量，调节方便稳定；振动电机为激振源，噪声低，耗电小，调节性能好，无冲料现象。
颚式破碎机颚式破碎机的用途:该破碎机已广泛运用于矿山、冶炼、建材、公路、铁路、水利等部门。
颚式破碎机工作原理：本产品以电动机为动力，通过电动机皮带轮，由三角皮带和槽轮驱动偏心轴，使动颚按预定轨迹作往复运动，将进入由固定颚板、活动颚板和边护板组成的破碎腔内的物料破碎，并通过下部的排料口将成品物料排出。
VSI立式冲击破碎机简介、性能特点及技术参数
VSI立式冲击破碎机（立式冲击破）
一、VSI立式冲击破碎机简介：
VSI立式冲击破碎机，亦称冲击式制砂机。
VSI立式冲击破碎机作为一种新型制砂机，结构简单，运行平稳、成本低！单电机高效节能，经过优化设计的整形功能，成品粒型很好!"石打石、石打铁"，装置状态自由转换，制砂、整形、碎石，一机多用，还极大地降低了零配件磨损，延长使用寿命，提高投资回报！
二、VSI立式冲击破碎机性能特点：
1、结构简单、运转平稳、运行成本低！
2、"石打石、石打铁"，装置状态自由转换，制砂、整形、碎石，一机多用。
"石打石"技术减少了零部件磨损，降低了生产成本！
3、能量消耗小、产量高、破碎比大、节能、环保！
4、具有整形功能、产品呈立方状、堆积密度大！
5、生产过程中，石料能形成保护底层，机身无磨损，经久耐用！
6、少量易磨损件用特硬耐磨材质制成，体积小、重量轻、便于更换配件！
7、空气自循环系统，降低粉尘！
8、受物料水分含量影响小、含水率可达8%左右！
9、主轴轴承用稀油站进行循环润滑，油箱有连锁装置可实现自动控制和事故报警！
10、顶盖通过液压系统进行提升，操作简便！
三、VSI立式冲击破碎机型号及技术参数：。
PCM200破碎机
产品说明书产品型号：PCM200产品名称：锤式破碎机山西煤矿机械制造有限责任公司1.用途及使用范围PCM200型锤式破碎机与SZZ1000/315型转载机配套使用，并与皮带机、输送机、采煤机、液压支架完成井下综合机械化采煤及运输，PCM200型锤式破碎机可调整煤流间隙300-150，将普式技术f ≤4.5的煤块在输送过程中破碎到所需的块度。
为保证工作面的连续开采，该机与拉移装置配套，实现破碎机和转载机在顺槽中的前移。
2.型号、名称与技术参数2.1 PCM200型破碎机为锤式破碎机，型号表示方法：P C M 200型P-----------------------------------破碎机C-----------------------------------锤式M-----------------------------------煤矿用200型-------------------------------功率（KW）2.2 PCM200型锤式破碎机技术参数破碎能力----------------------------2200t/h最大输入块度-------1000mm*800mm*长度不限最大排出粒度---------300（250.200.150）mm电动机型号------------------YBKYS-200型电动机功率----------------------200KW电动机转速----------------------1478r/min电动机电压----------------------1140/660V破碎机主轴转速------------------370r/min破碎锤头数------------------------8个破碎锤头冲击速度-------------------20m/s大（小）皮带轮节圆直径--------------1250（315）mm破碎中板厚度-------------------------60mm适用槽宽(内宽）----------------------1000mmV带规格-----（GB11544-89)窄V带SPC-5600(8根）喷雾形式-----外喷雾：出入口各四个喷嘴入水口A16快装接头外形尺寸（长*宽*高）-----------3540*1941*1736mm机器总重----------------------------17.654t3.工作原理与结构特征3.1工作原理PCM200型锤式破碎机，安装在SZZ1000/315型转载机落地段固定位置。
PLM2000型锤式破碎机使用维护说明书
PLM2000型锤式破碎机合格证5CD（Ⅲ）山西煤矿机械制造有限责任公司一.PLM2000型锤式破碎机技术参数1、破碎能力………………………………………………2000t/h2、最大输入块度………………………………………700×800mm3、最大输出粒度（调整粒度）………300（250，200，150）mm4、电动机型号…………………………………………YBS-160型5、电动机功率…………………………………………………160kW6、电动机电压……………………………………………660/1140V7、电动机转速……………………………………………1475r/min8、破碎主轴转速…………………………………………370r/min9、破碎锤头数…………………………………………………8个10、破碎锤头冲击速度………………………………………20m/s11.进口尺寸（宽×高）…………………………………820×87512.出口尺寸（宽×高）…………………………………780×53013、大小皮带轮节园直径………………………………1250/315mm14、三角带规格……………………………窄V带SPC-5600（8根）15、外形尺寸（长×宽×高）………………3540×1930×1730mm16、机器总重………………………………………………15921Kg二.检查项目:1.整机空载试验:1).空运转试验:破碎机组装后先点车试运转5次，各运动部位不发生干涉卡阻和敲击现象，进行2小时的空运转试验平稳无振动，无金属敲击声。
整机噪声不超过90dB。
2).密封试验：各密封处，结合处不得有渗漏现象。
3).温升试验：各部轴承温升不超过65°。
4).喷水器中导水体做压力为7.85MPa的压验，保压5分钟，无渗漏现象。
2.驱动装置1).运动平稳，不得漏油。
立式冲击破碎机说明书
1 概述VI系列冲击式破碎机〔制砂机〕机是我公司技术工程部在多年研制粉体机器设备经验的根底上，引进德国 VIS 技术，融合巴马克公司同类产品的先进技术开发出的具有国际先进水平的高能低耗设备，曾荣获多项国家专利，是上海市高新技术成果转化工程。
该设备历经经验和改良，具有以下几个显著的特色：1.1依据国际标准制造，工艺先进，外观视觉效果好1.2结构简单合理、运行本钱低。
利用石打石原理，磨损小1.3破碎率高、节能涡流腔内部巧妙的气流自循环，消除了粉尘污染。
溢流给料并不需要增加破碎机的功率消耗和磨损费用，溢流给料增加了破碎机腔内部的颗粒密度，更有效的破碎更多的颗粒，提高了能量利用率。
1.4具有细碎、粗磨功能1.5受物料水分含量影响小、含水份可达8%左右1.6工作噪声低于75分贝〔db级〕，粉尘污染少1.7适合破碎中硬、特硬物料1.8产品成立方体，堆积密度大，铁污染极小1.9叶轮自衬磨损小、维修方便。
这种破碎机优点是破碎比与耐磨衬板的磨损无关。
由于这种特性，任何物料一无论其耐磨性能如何都可以很经济的使用转子离心式破碎机进行破碎，获得立方型颗粒含量.超过80%的高质量产品。
同时也提高了破碎面的比例。
本产品广泛应用于各种矿石、水泥、耐火材料、铝矾土熟料、金刚砂、玻璃原料等高硬、特硬物料的中、细碎领域。
在机制建筑砂、石料以及各种冶金矿渣的破碎中更是得到普遍使用，特别对中硬、特硬物料比其他类型的破碎机更具有优越性，产量成效高。
目前已经替代锤式破碎机、对辊破碎机、棒磨机等传统设备，成为制砂行业的主流设备。
适应物料：铁矿石、铜矿石、水泥、人工制砂、萤石、石灰石、钢渣等。
2 主要技术参数说明：所注之处理能力确实定，由于破碎物料的松散密度、抗压强度和生产条件不同，其数值变化较大，仅供参考3 工作原理与结构特点3.1 工作原理物料由机器上部垂直落入高速旋转的叶轮内，在高速离心力的作用下，与另一局部以伞状形式分流在叶轮四周的物料产生高速撞击与粉碎，物料在互相撞击后，又会在叶轮和机壳之间以物料形成涡流屡次的互相撞击、摩擦而粉碎，从下部直通排出，形成闭路屡次循环，由筛分设备控制到达所要求的成品粒度。
Sandvik CV200系列立轴冲击式破碎机技术规格说明书
ADVANTAGESPremium shaped aggregates Easy and safe maintenance Low operational cost per tonne Reduced power consumption APPLICATION AREAS Industrial mineralsManufactured sand production RecyclingMining & aggregate productionCV200 RANGE VSI CRUSHER - OPERATIONAL FLEXIBILITYSandvik Stationary VSI impact crushers are designed for higher capacity, reduced power consumption, reduced maintenance costs and intervals.In the aggregate, mining and quarrying sectors,Sandvik VSI impact crushers are used for production of high-quality manufactured sand and premium shaped aggregates. Other application areasinclude rolled compressed concrete (RCC) for dam construction, recycling industries crushing a range of materials (concrete, glass, slag, etc.) and industrial minerals plants, crushing extremely abrasive high-value materials.The autogenous “rock on rock” crushing technique results in several major advantages, such as: product gradation remains constant, contamination rates are extremely low and an unbeatable product shape.The rotor, being the heart of the crusher, is designed for high capacity with a low power consumption.Customer feedback has played a vital role in the designs of these machines, ensuring the mostproductive, efficient, and suitable products available in the market today.AUTOGENOUS “ROCK ON ROCK” CRUSHING TECHNIQUEThe crusher operates by accelerating the material to be crushed via a high energy (patented) rotor, into a crushing chamber lined with the same material. This gives the rock on rock (autogenous) crushing action.Where a product size is required below that of the feed size, it is usual to operate the crusher in closed circuit, with a screen of appropriate size and adequate capacity. However, the crusher can be operated in open circuit. In both cases a screen is required for final sizing. Product gradation is further controlled by the rotational speed of the rotor and /or the quantity (percentage) of Bi-Flow® used.The material going through the Bi-Flow gates falls into the crushing chamber through channels and is then hit from opposite direction by the material coming from the rotor.SANDVIK CV200 RANGE (VSI)2Bi-flow gatesRotorINSTALLED POWER AND CRUSHER CAPACITY WITH STANDARD SPEEDThe crushers should not operate below the required minimum capacities for a given crusher range. Operation below the minimum can result in:• Reduced crushing action and hence reduced predicted production.• Reduced rock lining within the crusher, leading to possible crushing chamber damage.• An increase of larger gradation sized recirculating load, which can again in turn lead to crushing chamber and rotor wear part failure.Optimum operation of the crusher (lowest possible cost per ton), is always achieved when operating the crusher at the relevant maximum tonnage throughput. Therefore, generally, it is advisable to select a crusher which will operate at the given maximum tonnage throughput for a given range.Any situation where the crusher is operated with intermittent reduced or no feed, should be avoided, as this again reduces the efficiency of the crusher and may cause damage to the crusher as previously described.As a general rule the following should be remembered:• Increased tip speed gives a finer product gradation.• Increased tip speed reduces rotor throughput.• Increased tip speed increases the power consumption per tonne of rotor throughput.The Sandvik VSI crushers are delivered with a fixed rotor speed depending of the crusher model. It is possible to order different pulleys and taper locks that will change the rotor speed.However, the fixed rotor speed is chosen with many years’ experience in mind and the benefits of changing to other rotor speed can only be seen in few cases.Increasing the speed of the rotor from nominal to maximum, will only increase the finer product discharge from the crusher by about 3%. But this also increase wear parts consumption and decreases the throughput of desired product.To change product gradation, we recommend using the patented Bi-Flow system together with the Rotor Throttle that controls the feed to the rotor.Below is a comparison between nominal speed and maximum speed on a CV217.OPTIONAL HIGHER SPEED• CV217 operating at 62 M/sec.• Total max. throughput at 185 kw = 141 tph • Typical net production of -5mm product (from 5 – 35mm feed)Result: 53 tph -5mm product STANDARD SPEED• CV217 operating at standard 52 M/sec.• Total max. throughput at 185 kW = 252 tph.• Typical net production of -5mm product(from 5 – 35mm feed)Result: 90 tph -5mm productSANDVIK CV200 RANGE (VSI)34SANDVIK CV200 RANGE (VSI)MOTOR CHARACTERISTICS MODEL CV215CV216CV217CV218CV228CV229Manufacturer ABBType Squirrel cage Induction Motor IE3 (IS 12615:2011)Rated power 55 kW110 kW185 kW220 kW2 x 185 kW2 x 250 kWFrequency 50/60 HzPoles444444Insulation class F F F F F F Protection class IP55IP55IP55IP55IP55IP55Max allowed power55 kW110 kW185kW220kW2 x 185 kW2 x 250 kWROTOR SPEED ALTERNATIVES (ONLY MOTOR PULLEY AND TAPER LOCKS NEED TO BE CHANGED TO ALTERNATE THE ROTOR SPEED) MODEL CV215CV216CV217CV218CV228CV229m/s (50Hz)49, 59, 62, 66 43, 46, 49, 55, 59, 62 43, 46, 48, 55,5853, 6353, 6353, 63m/s (60Hz)50, 59, 62, 6643, 46, 49, 55, 59, 6246, 49, 55, 5953, 5953, 5953, 59Max allowed696262636363Standard speed(best in most applications)525251 (50Hz)52 (60 Hz)555555ROTOR TYPE MODEL CV215CV216CV217CV218CV228CV229Rotor73EP73LP73LP85HP85HP85HPCRUSHER DRIVE SYSTEMADVANCED ROTOR AND WEAR PARTSThe highly advanced and efficient rotor is a 3-port model that has been developed with many years of experience. The diameter and the height of the rotor gives efficient and low power consumption crushing.The Sandvik VSI consist of few wear parts which reduces downtime and stockholding. The rotor and wear parts are constantly being developed at Sandvik to comply with our customers applications and needs.There are different types of wear parts to use depending on material to be crushed. For demanding and tearing applications we have premium wear parts that extend lifetime many times compared to standard. Contact your local Sandvik representative for more information on which wear parts that suits your application best.HP ROTOR5SANDVIK CV200 RANGE (VSI)BI-FLOWThe Bi-Flow® system is a very versatile tool. Maximum crushing efficiency, when using Bi-Flow® in a given crusher range, can be realized when the following parameters have been selected:• Maximum motor size for the relevant crusher size.• Tip speed selected at 0.9-1Kw / Tonne rotor throughput.• Crusher operated at maximum motor amps. with rotor only feed.• Addition of up to a further 20% extra material into Bi-Flow®, resulting in no change to the “rotor only” product curve.Example:CV216 crusher fitted with a 50Hz 110Kw motor. Tip Speed 52 M/Sec.Rotor throughput 120 tphBi-Flow® material = 23 tph. i.e. Rotor throughput x 20%.Total crusher throughput 143 tph.Varying the ratios of rotor to Bi-Flow® feed material can be extremely beneficial when attempting to “tailor” a product for the customer. However, this is best done on site during the commissioning stage.PRODUCT CURVESSize distribution of the product is affected by the following factors: • The work index of the material (Wi).• The speed of the rotor (Tip Speed in Metres per Second). • The size of the feed material.• The ratio of Bi-Flow® material to rotor throughput.Other influencing factors to consider for general crushing duties are:• High tip speeds generally result in higher wear rates within the rotor and crusher.• Low tip speeds generally result in higher recirculating loads, which in turn can lead to the requirement of increased screening area and conveyor size.Theoretical product curves with different WI and same feed.Periferal rotor speed 51 m/s.1009080706050403020100Square screen holde size (mm)P e r c e n t a g e p a s s i n g t h r o u g h s c r e e n (%)MANUAL CRUSHER SELECTION1. Determine the maximum feed size.2. The minimum feed size to the crusher, must always be less than 25mm (1”), in either open or closed circuit.3. Determine the total tonnage throughput of the crusher:a) Open Circuit – Refer to capacity tables on previous pages, detailing maximum and minimumrecommended tonnages.b) Closed Circuit – Determine the maximum product size required and select a suitable lab screenaperture (cut size).) Determine the Work Index (Wi) of the material to be crushed and choose the nearest applicableb1product curve from the tables on previous pages.) Calculate the amount of re-circulating load to the crusher, by referring to the applicable table.b2Examplea) Wi=14 curve selected in above table.b) 5 mm sand required.c) Table A1 indicates a 30% breakage ratio at 5mm.d) P roduct required at the rate of 100 TPH.e) Total throughput of the crusher = Product TPH (100) x 100 / 30 (% breakage) = 333 MTPH.f) Select the relevant crusher from the capacity tables =CV228.TONNAGE THROUGHPUTSIt is vitally important that the correct size of crusher is selected for the required application. Be aware that when operating the crusher in closed circuit, the total crusher load needs to be used in calculations (raw feed plusreturn feed).In capacity tables the minimum and maximum recommended throughputs for each crusher range with normal peripheral speed are detailed. Other speed of rotor is available. The minimum and maximum recommendedthroughput with other speed is available.The throughput figures will vary with bulk densities of the material being crushed.6SANDVIK CV200 RANGE (VSI)STANDARD SCOPE OF CRUSHERFEED HOPPER fitted with Bi-flow adjustment systemROTOR with all necessary standard wear parts fitted.One complete spare rotor with standard wear parts and tip plates. Non standard wear parts are available forabrasive material.FRAME ARRANGEMENTCrusher support frame with anti-vibration dampers and transportation legs.Motor Mounting Bracket with hydraulic (belt tensioning) adjustment.SETTING ADJUSTMENTHydraulic rotor throttle adjustment systemFeed hopper control plates to control the feed rate to the rotorBEARING LUBRICATION SYSTEMGrease distribution system including semi-automatic lubrication unit, sealed and sufficient for 2,000 hrsoperation. (options for tropical climate or hot material available)DRIVEDrive kit consisting of crusher and motor pulley(s) for standard speed, V-belts (cogged raw edge SPC) andbushings.Electrical 4 pole multi-voltage motor including composite Motor CoverBearing Temperature Sensor fitted to drive end bearing houseINTERLOCK KITSafety Interlock Kit. Unique key access to each individual crusher(s)MISCELLANEOUSToolboxRotor lifting kitPre-Start AlarmVibration sensorSANDVIK CV200 RANGE (VSI)7SANDVIK CV200 RANGE (VSI)IMODEL CV215CV216CV217CV218A1,212(47 3/4”)1,648(64 7/8”)1,648(64 7/8”)2,130(83 7/8”) B790(31 1/8”)905(35 5/8”)905(35 5/8”)931(36 5/8”) C1,730(68 1/8”)2,040(80 3/8”)2,040(80 3/8”)2,444(96 1/4”)D across flats902(35 1/2”)1,016(40)1,016(40)1,216(47 7/8”)E1,840(72 3/8”)1,912(75 1/4”)1,912(75 1/4”)2,090(82 1/4”) F1,070(42 1/8”)1,250(49 1/4”)1,250(49 1/4”)1,420(56) G3,166(124 5/8”)3,626(142 3/4”)3,626(142 3/4”)3,750(147 5/8”) H2,002(78 7/8”)2,553(100 1/2”)2,553(100 1/2”)3,061(120 1/2”) I2,231(87 7/8”)2,970(117)2,970(117)3,076(121 1/8”) J2,362(93)2,362(93)2,362(93)2,480(97 5/8”) K2,978(117 1/4”)3,438(135 3/8”)3,438(135 3/8”)3,562(140 1/4”) L4,355(171 1/2”)4,352(171 3/8”)4,352(171 3/8”)4,355(171 1/2”) M1,170(46)1,430(56 1/4”)1,430(56 1/4”)1,480(58 1/4”) N2,158(85)2,158(85)2,158(85)2,228(87 3/4”) O2,427(95 1/2”)2,757(108 1/2”)2,757(108 1/2”)2,806(110 1/2”) Weight kg (lbs)6,000(13,228)9,500(20,944)9,500(20,944)11,776(25,963) Maximum feed size mm (in)40(1 5/8”)50(2”)50(2”)55(2 3/16”) Capacity range MTPH (short tons)10-50(11–55)51-121(56–146)122-192(134–211)193-250(212–275) Rotor rpm range (60Hz speed)1,568-2,101(1,576–2,112)1,381-1,982(1,388–1,980)1,388-1,973(1,487–1,965)1,401-1,677(1,408–1,666)89SANDVIK CV200 RANGE (VSI)Inspection door in openpositionIMODEL CV228CV229A 2,130(83 7/8”)2,130(83 7/8”)B 931(36 5/8”)931(36 5/8”)C2,444(96 1/4”)2,444(96 1/4”)D across flats 1,216(47 7/8”)1,216(47 7/8”)E 2,090(82 1/4”)2,090(82 1/4”)F 1,420(56)1,420(56)G 5,500(216 1/2”)5,500(216 1/2”)H 3,061(120 1/2”)3,061(120 1/2”)I 3,090(121 5/8”)3,090(121 5/8”)J 2,480(97 5/8”)2,480(97 5/8”)K 3,018(118 7/8”)3,018(118 7/8”)L 4,355(171 1/2”)4,355(171 1/2”)M 1,500(59)1,500(59)N 2,228(87 3/4”)2,228(87 3/4”)O2,750(108 1/4”)2,750(108 1/4”)Weight kg (lbs)14,826(32,686)14,826(32,686)Maximum feed size mm (in)55(2 3/16”)55(2 3/16”)Capacity range MTPH (short tons)251-444(276 – 489)445-600Rotor rpm range (60Hz speed)1,401-1,677(1,408 – 1,666)1,401-1,677(1,408–1,666)OPTIONSSUPPORT OPTIONS• Access stairs and platform that enable safe and easy maintenance and access to the crusher.• Skid Frame that makes the crusher semi-mobile.• Long or short support legs. Short support legs are used for above skid frame. The long legs are used whencrusher is mounted on concrete.MOIST MATERIAL OPTIONSWhen the material to be feed into the crusher contains between 3 and 8% moist, the material intends to stick inthe crusher. This might cause feeding problems, but the following options will reduce the possibility for havingproblem with moist material. One single option can be chosen as well as all four. It depends where in the crusher the problem occurs.• Bi-Flow Acceleration slides• Base Water Spray kit• Transmission Non-Stick liners• Crushing chamber Water Spray Kit (not available for CV215)DISCHARGE SHUTESThe chute ensures that material exits the base of the crusher freely without blocking. Can be fitted either left orright handed. Not available for CV215.DRIVE PULLEYSA range of drive pulley that controls the rotor speed are available for the crushers. It is only required to change thedrive pulley for changing rotor speed.DUST ENCAPSULATIONThe dust emitted from the crusher during operation is minimal but if operating the crusher with low or no feedincreases the amount of dust emitted from the crusher. This Dust encapsulation keeps the dust inside thecrusher.ELECTRICAL CONTROL PANELThis control panel has been specifically designed for use with the VSI crushers. The control panel ensures correct starting and operation. the following features are included:• Hours run meter• Molded case circuit breakers• Anti Condensation Heater (A.C.H)• Terminals for remote control• Pre-Start alarm that sounds in 15 seconds before the crusher starts.AUTOMATIC GREASING UNITThe Automatic greasing unit will keep the crusher properly greased during operation. Together with the included Rapid fill pump it keeps the grease clean and possible air locks to a minimum.HIGH TEMPERATURE BEARING CARTRIDGETo be used if the crusher is intended to be operating in hot climate or to be feed with hot material, such as material coming from a furnace or drier.Vition Seals have replaced the standard Niltrile type and the cartridge contains synthetic high temperaturegrease instead of standard grease.ROTOR BALANCE MACHINEThe Rotor Balance Machine is used when balancing the rotor after routine periodic repair.ELECTRICALLY OPERATED HYDRAULIC ROTOR THROTTLEThis unit adjust the rotor throttle easily via a control box instead of manual adjusting it.10SANDVIK CV200 RANGE (VSI)WEAR PARTSSandvik develop new and alternative wear parts continuously to be used in different applications with differentlevel of abrasive material. This is to extend the life time and reduce downtime. Consult Sandvik for moreinformation on how to optimize your VSI crusher.RETROFIT KITSIt is possible to optimize old VSI crushers of various brands and manufacturers.The rotor can be changed to an advanced SANDVIK VSI rotor or the complete top half can be replaced.Some of the benefits are:• Reduced power consumption• Increased throughput• Easier maintenance• Safer maintenance including the Safety interlock system• Fewer parts on the rotor• Ability to change feed tube through the inspection door without removing the crusher roof and hopper.• The benefits of the Sandvik Bi-Flow system• Sandvik premium wear parts can be usedEXAMPLE OF APPLICATIONS WHERE SANDVIK VSI CRUSHERS ARE USED• For differential crushing to liberate ores (gold heap leaching etc.)• To remove contaminants (clay, lignite, sandstone, etc.).• Production of De-Gasser for steel industries.• Production of fertiliser from steel furnace slag.• To manufacture sand – a growing market area due to the increased worldwide environmental restrictions fordigging natural sand.• In applications where superior product shape is required, e.g. concrete aggregate / sand, road surfacing.• In Mining applications, to reduce the feed size to the ball mills, enabling huge savings to be realisedIn Mining applications, to reduce the feed size to the ball mills, enabling huge savings to be realised in both millcharge and tonnage throughput of the mills.• Glass recyclingSANDVIK CV200 RANGE (VSI)11T S 5-1155/E N G /M E T R I C © S a n d v i k M i n i n g a n d R o c k T e c h n o l o g y 2020 S A N D V I K i s a r e g i s t e r e d t r a d e m a r k o w n e d b y S a n d v i k I n t e l l e c t u a l P r o p e r t y A B i n S w e d e n a n d o t h e r c o u n t r i e s .Sandvik Mining and Rock Technology reserves the right to make changes to the information on this data sheet without prior notification to users. Please contact a Sandvik representative for clarification on specifications and options.ROCKTECHNOLOGY.SANDVIK。
1010反击式破碎机型号、参数、现场应用详细介绍
1010反击式破碎机型号、参数、现场应用详细介绍1010反击式破碎机作为二破，是矿山破碎机中一款常见的设备，一般对于软硬度的物料作用效果比较好，出料粒度好，呈立方体，广泛应用于高速、铁路、水库、机场等对石料要求比较高的领域。
1010反击破工作原理1010反击破是利用其冲击反复撞击来破碎物料。
工作时，在电动机的工作下，转子高速运转，物料进入板锤作用区，与转子上的板锤装机破碎，然后被抛向反击装置，如此循环撞击、粉碎，直至物料被破碎至所需粒度。
1010反击破技术参数1010反击破，即型号为PF-1010的反击式破碎机，属于一款小型设备，它的进料尺寸在400*1080 mm之内，规格为Φ1000×1050，每小时产量在50-90吨之间，对于一般中小型选场来足够用了，其进料粒度为350mm，配置的的电动机功率是4P 45-55 Kw，功率不大，比较节能，外形尺寸大致是2370*1700*2390 mm，总重量15吨左右。
1010反击破应用现场该设备广泛用于破碎各种软、中硬度的矿石能够在初级破碎和二级破碎中进行粗、中、细破碎处理，主要应用于建筑、建材、冶金、矿山、化工、水泥等多个行业中。
用户对红星反击式破碎机1010评价山东菏泽的袁先生，17年在红星选购了一台1010花岗岩反击式破碎机，厂家不仅派人进行了安装、调试，而且还免费培训了我们的技术人员，这样保证了设备在作业中的连续性，红星厂家不但售后服务好，而且设备的质量也是比较高的，在对花岗岩的破碎加工中，破碎后的花岗岩粒型好、成品率高，给公司带来了更多客户的同时，增加了企业的营业额。
小知识——反击破应用优势反击式破碎机在石料生产线中属于细破设备，能处理边长500mm以下物料，抗压强度可达350兆帕，具有产品粒型好等优点。
除了这些，反击破还有其他破碎机所不能比拟的优势：1、针对湿度比较大的物料更有效，有效防止物料堵塞。
反击式破碎机不设底部筛板，对于湿度比较大的物料，反击破的进料板的反击板可配置加热装置，防止物料凝结。
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冲击式破碎机是制砂行业常备的破碎设备，而破碎机的参数关乎产量及工作质量，所以企业在购买破碎机前要先弄清楚选择哪种参数规格的比较好。
接下来咱们就一起来了解一下破碎机的技术参数有哪些吧。
技术参数主要包含以下几项：1.产量：冲击破的产量一般都在60-500t/h，所以选择冲击破也需要根据产量要求来选择。
2.进料粒度：一般都在35-45mm。
3.适用物料：包括石英石、耐火材料、铁矿石、岩石等材料。
4.润滑：润滑在破碎机的使用中时不可或缺的，一般冲击破使用双油泵润滑站。
冲击式破碎机的适用范围非常广泛，其砂石加工成品，适用于建筑用砂、筑路用砂石，在道路桥梁用砂石骨料、干混砂浆、混凝土搅拌站等项目中，经常能够见到冲击式破碎机的工作身影，在矿山冶金行业，如花岗岩矿山开采、铁矿石选矿冶金等工程中，冲击式破碎机也没有缺席。
以上就是冲击式破碎机技术参数的相关内容，感谢您的阅读！。