5-12气动泵说明书新
DLC说明书
DLC气体顶压消防给水设备DLC0.95/30-18说明书上海连成(集团)有限公司上海市嘉定区曹安公路3616-36181. 概述建筑消防供水常采用气压罐来代替高位水箱,满足10min消防初期用水量,但往往选用普通气压罐要占据较大空间。
DLC系列消防气体顶压给水设备是以GB/T50016《建筑设计防火规范》;以GA30.4《固定消防给水设备的性能要求和试验方法第4部分:消防气体顶压给水设备》、Q/IFNM 9《消防气体顶压给水设备》为标准生产的新型固定灭火装置。
该装置由气压水罐、稳压装置、集装装置、止气装置、电控系统等组成,其罐体容积是普通气压罐的1/3~1/5,供水压力平稳,是较理想的大型应急消防气压给水设备。
2. 环境条件DLC系列产品适合在下列环境中工作:(1) 环境温度:5~40℃;(2) 空气相对湿度:≤85%(20±5℃时);(3) 介质温度4~70℃;(4) 供电电压:380V(+5% -10%)3. 型号意义4. 工作原理补水泵工作时将水送至给水管网,多余的水进入气压罐,当液位达到设定值SN3时,稳压水泵停止工作,此时系统压力并未达到设定压力值,稳压空压机开始运行;当压力升至稳压压力上限SP2时,稳压空压机便停止运行。
由于系统泄漏等原因造成管网压力下降,当管网压力下降至稳压压力下限SP1时,若液位探测器在设定值SN2点检测为水,则重复稳压空压机运行;若液位探测器在设定值SN2点检测不到水,则重复补水泵运行,如此周而复始。
当发生火情时消防装置投运,稳压装置无法维持管网压力,当压力降至SP3时或消防信号输入,气体顶压装置工作将气压罐里的水顶入消防管网,并向管网提供10min的消防用水。
当液位下降到设定值SN1时,止气装置关闭,防止气压罐中的气体进入消防管网。
设备消防结束。
1.液位计2.安全阀3.气压水罐4.低压进气管5.控制柜6.电缆7.集装装置8.高压进气管9.补气空压机10.稳压空压机11.顶压装置12.排污阀13.气管14.止气装置15.止回阀16.出水管17.补水泵18.补水泵19.压力传感器工作原理图5. 开箱及检查5.1 装箱资料:(1) 装箱清单1份;(2) 产品合格证1份;(3) 产品使用说明书1份;(4) 电气控制原理图1份;(5) 设备安装尺寸图1份。
GTJ5-12液压切断钢筋调直机使用说明书解读
GTJ5-12液压切断钢筋调直机使用说明书一、用途及特点华一牌GTJ5-12B/46液压切断钢筋调直机,主要用于调直,定尺切断建筑用冷轧带肋钢筋、热轧三级盘螺、光圆钢筋等。
本机自动化程度高,设备使用故障率低,牵引速度高,为连续工作制方式。
本机耗能低、不损肋、无连切、噪音小、震动轻、并设有安全装置,自动计数停车装置,有高效适用运行可靠等特点。
二、主要技术参数1、调直直径范围Ф5——Ф10mm。
2、线材牵引速度46m/min。
3、线材定尺长度2000——9000mm(可增加)4、线材切断长度误差±5mm。
5、线材调直度±3mm/m。
6、调直配套动力7.5Kw。
7、切断配套动力3Kw。
8、主机外形尺寸(长×宽×高)1600×750×1100。
9、整机外形尺寸(长×宽×高)14250×1500×1100。
10、整机重量2200Kg。
请注意:不提倡定尺1米以下的线材,钢筋轧制后,自然冷却至室温后进行调直。
三、构造及概述本机主要有放线架、预调机构、调直机构、送料、液压切断、受料架与电器控制装置部分组成。
1、放线部分该部分可实现无吊装自动放线,靠紧安装于预调机构后部。
2、预调部分该部分主要靠平行与垂直的5套矫轮,来完成从料架供给线材的应力消除处理从而达到线材表面除锈与应力消除的预调工作,主要有应力轮,应力轮调整方瓦,板座、与架子部分组成。
在进线部位装有进线导套装置,进线导套装有309轴承1套由1511瓦座固定。
预调部分,靠紧安装与主机的后部。
3、调直筒部分该部分主要靠对称的5套曲线调直轮加调直筒的旋转供线材在双曲线的作用下较完全的消除应力并推进线材运行。
利用调直轮支架左右丝的前进后退可随意调整线材的平直度,从而完成线材的调直工作。
主要有调直筒支架、轴、调直轮支架。
在轴前端安装2槽B型ø175三角带轮1个。
威格士油泵说明书
转速额定值 修正系数
最高转速@5 in Hg进口压力 2604 rpm
真空度
1.0 0.98
2
3
4
增压压力
泵的进油口压力在使用液压油时不能超过5 in Hg,使
0.96
用其他流体时不能超过3 in Hg。进油口的正压力不能
0.94
超过10 psi。
5 PSI
4
单联泵
型号编法
1 专用密封件 不需要时省略 密封件资料见23页。
性能好
低叶片尖 / 定子负载允许高压工作。因 为进油道路设计成使油液均匀的加速, 因此高转速是可能的,且加注特性好, 特别是在低进口压力的情况下。
延长产品的寿命
这些泵的优秀设计使他们的寿命更长, 已经证明,这些泵能够在恶劣的环境中 工作。
成本低
威格士的高效设计产生出极高的效率/ 泵投资比,在工业领域的使用获得极低 的泵成本/功率比。
V10 系列
6 – 6 USgpm 7 – 7 USgpm 8 – 8 USgpm 9 – 9 USgpm 11 – 11 USgpm 12 – 12 USgpm 13 – 13 USgpm
V20 系列
7 出油口连接
P – 1/2" NPT 螺纹 (仅V10 ) R – 1.1875–12 直螺纹 (仅V20 ) S – .750–16 直螺纹 (仅V10 )
6
–
23,1 (6.1) 0,7 (.9) 21,6 (5.7) 3,7 (5)
20,4 (5.4) 6,7 (9)
7
–
27,2 (7.2) 0,7 (1)
25,7 (6.8) 4,1 (5.5) 24,6 (6.5) 7,8 (10.4)
气动泵使用说明书
气动泵使用说明书一、概述气动泵是一种利用气动原理进行工作的设备,主要用于输送流体和增加流体压力。
本说明书旨在帮助用户正确、安全地使用气动泵,提供详细的使用方法和操作步骤。
二、安全操作1. 在使用气动泵之前,请仔细阅读本说明书,并确保已经了解相关的安全操作规范。
2. 在操作过程中,必须佩戴个人防护装备,包括安全眼镜、手套和耳塞等。
3. 在操作前,确保气动泵及其周围环境清洁无障碍,并检查设备是否正常运行。
4. 禁止使用老化、破损或未经授权的配件和附件,以确保设备的安全性和性能。
5. 在使用气动泵时,保持周围空气流通,避免过度积聚有害气体和粉尘。
三、设备安装1. 检查气动泵的外观,确保无破损和异常情况。
如发现异常,请及时联系供应商或售后服务中心。
2. 将气动泵安装在坚固、平稳的基础上,并确保其稳定性和安全性。
3. 连接进、出口管道,确保连接紧固,无漏气和阻塞。
4. 检查气动泵的电源及电气接线,确保连接正确可靠。
四、操作步骤1. 打开压缩空气源,并调整供气压力到合适的范围,以确保气动泵正常工作。
2. 打开气动泵的调节阀,逐渐增加输出流量,注意观察流体的输送情况。
3. 根据需要,调整气动泵的压力和流量,以满足实际工作要求。
4. 在使用过程中,如发现异常噪音、异味或泄漏等情况,请立即停止使用,并检查故障原因。
5. 在使用结束后,关闭气动泵的调节阀和压缩空气源,及时清洁泵体和管道。
五、维护保养1. 定期进行气动泵的检查和维护,包括清洁泵体和过滤器,检查密封件是否磨损或老化。
2. 如果发现故障或异常情况,应立即停止使用,并联系供应商或售后服务中心进行维修。
3. 长期不使用气动泵时,应将其存放在干燥、通风的地方,并进行适当的防尘措施。
六、故障排除在使用气动泵过程中,可能会遇到一些常见故障,以下是一些简单的排除措施:1. 若气动泵无法启动,请检查电源连接是否正常,是否有电气故障等。
2. 如发现泵体漏气,请检查密封件及连接处是否松动或磨损。
Masterflex REGLO 数字泵驱动器操作手册说明书
操作手册REGLO 数字泵具备高级连接性MASTERFLEX ® REGLO 78018-60型号78018-50C78018-60A-1299-5202版本 03MASTERFLEX ® REGLO 78018-50© 2019 Cole-Parmer 仪器公司。
保留所有权利。
Masterflex® 是 Cole-Parmer 仪器公司的注册商标。
Viton® 是 Chemours 公司的注册商标。
本出版物中带有 ® 符号的商标已在美国和其他国家注册。
液体输送泵原始说明目录第 1 部分:简介 1-1安全操作 含有颗粒的介质磨蚀性液体空转 在高压下使用泵关于 REGLO包装内含物品REGLO 驱动器功能与特点蠕动管架型号可供选择的 REGLO 型号第 2 部分:基本安装和设置 3-1触控屏图标使用驱动器之前使用泵的准备工作启动驱动器设置 语言设置设置时间设置日期显示亮度分配完成提醒分批完成提醒模拟输出设备信息屏幕保护程序设备名称WI-FI 设置以太网设置用户管理自动启动 3-10对泵进行灌注灌注齿轮泵灌注活塞泵泵头校准 泵头校准界面齿轮泵校准活塞泵校准第 3 部分:运行 3-16模式选择界面连续模式 连续模式运行界面连续模式操作将连续模式设置另存为新程序 时间模式 时间模式运行界面时间模式编辑界面时间模式操作将时间模式设置另存为新程序 容积模式 容积模式运行界面容积模式编辑界面容积分配模式操作将容积模式设置另存为新程序 防滴漏容积记录模拟输入模式模拟输入模式运行界面模拟输入将模拟输入模式设置另存为新程序 MasterflexLive™ MasterflexLive™ 运行界面 自定义程序模式添加新程序:连续模式添加新程序:时间模式添加新程序:容积模式添加新程序:模拟输入模式使用程序模式编辑程序删除程序第 4 部分:维修与维护固件更新恢复出厂设置冲洗泵头清洁泵驱动器配件DB-25 电气连接泵头更换 可选的 A 型齿轮泵头可选的活塞泵头安装陶瓷活塞泵 安装齿轮泵 故障排除错误定义技术规格技术协助产品返回保修废弃处置第 1 部分:简介第 1 部分:简介安全操作具备高级连接性的 REGLO 数字泵驱动器设计用于实验室和加工处理环境中的泵送和分配应用。
Hi-Force液压测试泵操作手册说明书
ATDP216,1.0 检查收到的货物 收到产品后,立即检查是否有运输造成的损坏。
请注意,运输造成的损坏不包括在产品保修期。
如果发现有运输造成的损坏请立即联系运输公司,不要将产品投入使用。
运输公司应该承担由于运输造成的产品损坏的维修和更换费用。
2.0 安全预防措施:操作设备前请仔细阅读和遵守所有的操作说明和安全警告。
否则有可能造成设备的损坏和人身伤害。
没有安全地使用设备和得到正常的维护,以及不正确的操作会造成的设备损坏和人身伤害, Hi-Force 不承担任何责任。
如果对设备使用有任何疑问,请联系最近的Hi-Force 经销商和分公司寻求协助。
如果设备操作者没有接受过高压设备的培训,最安全的做法是咨询最近的Hi-Force 分公司,并参加其提供的操作培训课程。
所有的操作者在使用液压设备时,应该确保必要的个人防护措施已经穿戴好。
总是穿着安全鞋,戴着防护眼镜,头盔和手套 。
在使用设备之前,应该进行相关的危险评估工作。
警告: 所有与该系列测试泵连接的外部设备必须与泵的额定压力一致。
安排足够的时间来设计需要的液压系统。
确保所有元件适合预期用途。
在操作液压系统时,不要超过泵的额定压力和工作能力。
AHP 系列 气动测压泵: 1.0 概述Hi-Force AHP 系列测压泵有8个型号,输出压力从6 bar (87psi) 到2931 bar (42,500psi) ,适用于多种流体,包括水。
2.0 在操作 Hi-Force 液压动力装置之前 ,确保以下步骤已经被执行: 1.检查油箱中是否有足够的液体,如果没有,加满水或其他适合的液压油。
2. 检查“压力下降阀”是在打开的位置上(逆时针方向转动)。
3. 关闭“气源停止阀”(逆时针方向转动)。
4. 逆时针方向转动“空气压力调节阀”直到手柄变得很松,容易转动。
5.连接一个适当的气源到“空气气源连接口”(BSP3/8母接头)。
请注意连接到气动泵上的空气气源压力绝 不要超过100PSI 。
GTJ5-12液压切断钢筋调直机使用说明书解读
GTJ5-12液压切断钢筋调直机使用说明书一、用途及特点华一牌GTJ5-12B/46液压切断钢筋调直机,主要用于调直,定尺切断建筑用冷轧带肋钢筋、热轧三级盘螺、光圆钢筋等。
本机自动化程度高,设备使用故障率低,牵引速度高,为连续工作制方式。
本机耗能低、不损肋、无连切、噪音小、震动轻、并设有安全装置,自动计数停车装置,有高效适用运行可靠等特点。
二、主要技术参数1、调直直径范围Ф5——Ф10mm。
2、线材牵引速度46m/min。
3、线材定尺长度2000——9000mm(可增加)4、线材切断长度误差±5mm。
5、线材调直度±3mm/m。
6、调直配套动力7.5Kw。
7、切断配套动力3Kw。
8、主机外形尺寸(长×宽×高)1600×750×1100。
9、整机外形尺寸(长×宽×高)14250×1500×1100。
10、整机重量2200Kg。
请注意:不提倡定尺1米以下的线材,钢筋轧制后,自然冷却至室温后进行调直。
三、构造及概述本机主要有放线架、预调机构、调直机构、送料、液压切断、受料架与电器控制装置部分组成。
1、放线部分该部分可实现无吊装自动放线,靠紧安装于预调机构后部。
2、预调部分该部分主要靠平行与垂直的5套矫轮,来完成从料架供给线材的应力消除处理从而达到线材表面除锈与应力消除的预调工作,主要有应力轮,应力轮调整方瓦,板座、与架子部分组成。
在进线部位装有进线导套装置,进线导套装有309轴承1套由1511瓦座固定。
预调部分,靠紧安装与主机的后部。
3、调直筒部分该部分主要靠对称的5套曲线调直轮加调直筒的旋转供线材在双曲线的作用下较完全的消除应力并推进线材运行。
利用调直轮支架左右丝的前进后退可随意调整线材的平直度,从而完成线材的调直工作。
主要有调直筒支架、轴、调直轮支架。
在轴前端安装2槽B型ø175三角带轮1个。
SPX 机械气动泵说明书
MODEL GAIR/HYDRAULIC PUMPSIDE & END VIEW FOR FC5889, FC5947 & FC5948Litho in USA12348567Part numbers marked with an asterisk (*) are contained in Repair Kit No. 301004.147696BK21Pedal, Hand2*110322Ring, Retain Ext. (0.30 x .035)32157091Pin42159528Screw, Hex Washer HD (10-24 x 5/8; Torque to 25/35 in. lbs.oiled).5*476751Gasket, Reservoir63054941Decal, Instruction (Oil Lub)762007BK21Reservoir82534691Decal, InstructionPARTS INCLUDED BUT NOT SHOWN 2534842Screw, Hex (Washer HD Tapping; For pump mounting purposesonly.)(Rotary Part No. IN30047)1371991Body, Air Intake Valve2111514Screw, Socket HD (10-24 x 1-1/4; Torque to 50/60 in. lbs.) 3421813BK21Plate, Cover4590511Body, Release Valve5114352Screw, Socket HD (10-24 x 1-3/4; torque to 50/60 in. lbs.) 6110892Washer, Flat (.51 x .22)7*299921T ube, Foam92516891Cap, Filler Breather10*102732O-ring (.81 x .62 Nitrile)11647671Body, Pump12174284Screw, Socket HD (1/4-20 x 3-1/2; Torque to 85/95 in. lbs. oiled;Note: Cross torque in increments of 30 in. lbs.)Part numbers marked with an asterisk (*) are contained in Repair Kit No. 301004.147696BK21Pedal, Hand2†110322Ring, Retain Ext. (0.30 x .035)32157091Pin42159526Screw, Hex Washer HD (10-24 x 5/8; Torque to 35/42 in. lbs.oiled).5†338531Gasket, Reservoir6†3054941Decal, Instruction (Oil Lub)741300BK21Reservoir82534691Decal, Instruction 92516721Decal, WarningPARTS INCLUDED BUT NOT SHOWN 2534842Screw, Hex (Washer HD Tapping; For pump mounting purposesonly.)Parts List Form No. 101802SIDE & END VIEW FOR FC5949 & FC5954123456789Part numbers marked with a dagger (†) are contained in Repair Kit No. 301021.1371991Body, Air Intake Valve2111514Screw, Socket HD (10-24 x 1-1/4; Torque to 50/60 in. lbs.)3421870BK21Plate, Cover4590511Body, Release Valve5114352Screw, Socket HD (10-24 x 1-3/4; torque to 50/60 in. lbs.)6110892Washer, Flat (.51 x .22)7†299921T ube, Foam92516891Cap, Filler Breather 10†102732O-ring (.81 x .62 Nitrile)11647671Body, Pump12174284Screw, Socket HD (1/4-20 x 3-1/2; Torque to 85/95 in. lbs. oiled;Note: Cross torque in increments of 30 in. lbs.)Part numbers marked with a dagger (†) are contained in Repair Kit No. 301021.124356791011121413221Pedal, Foot2•110322Ring, Retain Ext. (0.30 x .035)3283861Pin425295212Screw, Round HD (1/4-20 x 3/4)5•462711Gasket, Reservoir6•3054941Decal, Instruction (Oil Lub)764153BK21Reservoir82517622Decal, WarningParts List Form No. 101802SIDE & END VIEW FOR P84912345678Part numbers marked with a bullet (•) are contained in Repair Kit No. 301012.1371991Body, Air Intake Valve2111514Screw, Socket HD (10-24 x 1-1/4; Torque to 50/60 in. lbs.)3647671Body, Pump4174284Screw, Socket HD (1/4-20 x 3-1/2; Torque to 85/95 in. lbs. oiled;Note: Cross torque in increments of 30 in. lbs.)5•102732O-ring (.81 x .62 Nitrile)62516891Cap, Filler Breather 75010001Body, Release Valve8114352Screw, Socket HD (10-24 x 1-3/4; torque to 50/60 in. lbs.)9110892Washer, Flat (.51 x .22)1059302BK21Plate, Cover 11•299921T ube, FoamPart numbers marked with a bullet (•) are contained in Repair Kit No. 301012.1234567891011Parts List Form No. 1018021•†*281821Poppet, Air Valve 2•†*2517171O-ring (1.00 x .62 Nitrile)3283871Muffler 4•†*282391Gasket5523901Body, Piston6•†*142652Ring, Piston (2.77 x 2.54)7•†*2518352O-ring (2.50 x 2.31 Nitrile)8•†*102761O-ring (1.00 x .75 Nitrile)9•†*102721O-ring (.75 x .50 Nitrile)10343781Body, Check Valve11•†*2145961Disc, Filter (Not part of P849)12•†*122012Ring, Retain Int. (0.18 x .010)13*•†2110532O-ring (.37 x .25 Nitrile)14171471Fitting, Plug (7/16; Not part of P849)109701Fitting, Plug (1/4 NPTF; For P849)15•†*118411O-ring (1.62 x 1.37 Nitrile)16•†*3510211Gasket, Cover Plate17•†*104421Washer, Copper (.37 x .25)18100021Screw, Socket HD (1/4-20 x 3/8;Torque to 90/110 in. lbs.)19•†*104451Spring (.16 OD x .72 x .01 WS)20•†*104232Ball (9/32" Dia. Steel)2121278-321Valve, Relief(Set at3,100/3,300 PSI;For FC5889)21278-201Valve, Relief(Reset at1,700/1,900 PSI;For FC5947)21278-201Valve, Relief(Reset at1,800/2,000 PSI;For P849)21278-251Valve, Relief(Reset at2,200/2,400 PSI;For FC5948)21278-351Valve, Relief(Set at3,500/3,800 PSI;For FC5954)21278-351Valve, Relief(Reset at3,500/3,700 PSI;For FC5949)224216421Housing, Seal & Piston (Torque to90/100 ft. lbs. oiled)23•†*102611Washer, Copper (.75 x .60)244215391Adapter, Filter (Torque to 40/50 ft.lbs. oiled; For FC5889, FC5947 &FC5948)480101Adapter, Filter (Torque to 40/50 ft.lbs. oiled; For FC5949, FC5954 &P849)252145781Filter262145861Ring, Retain Int. (0.63 x .015)27•†*102631Washer, Special (1.00 x .77)28•†*3516621Retainer (Note: See “INSTRUCTIONSFOR RET AINER REPLACEMENT” on back sheet 5 of 5.)29•†*124881Washer, Backup (.63 x .44)30•†*2530951U-cup (.69 x .44 x .25 H)31•†*174292Washer, Backup (2.94 x 2.75)32•†*139381Spring (1.45 OD x 4.4 x .12 WS)33284001Piston (7/16”)34•†2026131Bumper352110821Guide, Spring36374341Cylinder, Air (Locate groove onupper half (top) of pump with chamfered tube end towards rear head as shown.)37•†*126921Spring (.18 OD x 1.70 x .02 WS)38•†*2110521O-ring (.90 x .70 Nitrile)393054751Stem, Exhaust Valve 40•†*102413Washer,Lock (.33 x .20)412110543Screw, Socket HD (10-24 x 1/2;Torque to 50/55 in. lbs.)42338221Casting, Piston End Plate 43•†*281831Poppet, Piston44•†*2056791Spring (.49 OD x .92 x .04 WS)45•†*2056741Screw, Flat HD (8-32 x 3/8; Torqueto 12/18 in. lbs.)46514801Head, Rear47•†*2533481Spring (.36 OD x 1.50 x .05 WS)482534201Screw, Button Head (8-32 x 1/4)49281981Guide, Seal 50•†*2162961Filter51•†*102671O-ring (.43 x .31 Nitrile)52338411Button, ActuatorPart numbers marked with an asterisk (*) are contained in Repair Kit No. 301004.Part numbers marked with a dagger (†) are contained in Repair Kit No. 301021.Part numbers marked with a bullet (•) are contained in Repair Kit No. 301012.(ApplyLoctite 592[PT#905516]or equiv.and torque to 150/170in. lbs.)Parts List Form No. 101802DETAIL A1•†*2065041T ube, Foam2282271Button, Release Valve3•†*102661O-ring (.37 x .25 Nitrile)4•†*2512971Spring (.36 OD x .51 x .05 WS)5343771Retainer, Poppet6•†*152791O-ring (.50 x .37 Nitrile)7139371Pin, Dowel (.06 x .63)8290371Poppet, Release Valve9•†*144431Ball (3/32" Dia. Steel)102097361Retainer, Ball11•†*139591Spring (.12 OD x .50 x .02 WS)12•†*156201Seal, Oil Shaft (.50 x .25 NIT)Part numbers marked with an asterisk (*) are contained in Repair Kit No. 301004.Part numbers marked with a dagger (†) are contained in Repair Kit No. 301021.Part numbers marked with a bullet (•) are contained in Repair Kit No. 301012.Retainer。
泵操作手册说明书
Page 2 of 12PD03P-XXX-XXX (en)EXCESSIVE AIR PRESSURES TATIC SPARK HAZARDOUS MATERIALSHAZARDOUS PRESSUREWARNING sonal injury, pump damage or property damage.Do not exceed the maximum inlet air pressure asstated on the pump model plate.Be sure material hoses and other components are ableto withstand fluid pressures developed by this pump. Check all hoses for damage or wear. Be certain dispens-ing device is clean and in proper working condition.WARNING STATIC SPARK. Can cause explosion resulting in severe injury or death. Ground pump and pumping system.PD03P-XDS-XXX and PD03P-XES-XXX Groundable Acetal pumps: Use the pump ground lug provided. Connect to a 12 ga. (minimum) wire (kit is included) to a good earth ground source.Sparks can ignite flammable material and vapors. The pumping system and object being sprayed must begrounded when it is pumping, fl ushing, recirculating orspraying fl ammable materials such as paints, solvents,lacquers, etc. or used in a location where surroundingatmosphere is conducive to spontaneous combustion.Ground the dispensing valve or device, containers, hos-es and any object to which material is being pumped.Secure pump, connections and all contact points to avoid vibration and generation of contact or static spark.Consult local building codes and electrical codes for specifi c grounding requirements.After grounding, periodically verify continuity ofelectrical path to ground. Test with an ohmmeterfrom each component (e.g., hoses, pump, clamps, con-tainer, spray gun, etc.) to ground to insure continuity.Ohmmeter should show 0.1 ohms or less.Submerse the outlet hose end, dispensing valve ordevice in the material being dispensed if possible. (Avoid free streaming of material being dispensed.)Use hoses incorporating a static e proper ventilation.Keep infl ammables away from heat, open fl ames and sparks.Keep containers closed when not in use.WARNING Can cause severe injury. Pipe exhaust away from workarea and personnel.In the event of a diaphragm rupture, material can beforced out of the air exhaust muffl er.Pipe the exhaust to a safe remote location whenpumping hazardous or infl ammable materials.Use a grounded 3/8” minimum i.d. hose between thepump and the muffl er.WARNING HAZARDOUS PRESSURE. Can result in serious injury or property damage. Do not service or clean pump, hoses or dispensing valve while the system is pressurized.Disconnect air supply line and relieve pressure fromthe system by opening dispensing valve or device and/ or carefully and slowly loosening and removing out-let hose or piping from pump.WARNING HAZARDOUS MATERIALS. Can cause seriousinjury or property damage. Do not attempt to return a pump to the factory or service center that contains hazardous material. Safe handling practices must comply with local and national laws and safety code requirements.y y y y y y y y y y y y y y y y y Obtain Material Safety Data Sheets on all materials from the supplier for proper handling instructions.WARNING EXPLOSION HAZARD. Models containing aluminum wetted parts cannot be used with 1,1,1-trichloroethane, methylene chloride or other halogenated hydrocarbon solvents which may react and explode.Check pump motor section, fluid caps, manifolds and all wetted parts to assure compatibility before using with solvents of this type.CAUTION pump wetted parts and the substance being pumped, flushed or recirculated. Chemical compatibility may change with temperature and concentration of the chemical(s) within the substances being pumped, fl ushed or circulated. For specifi c fl uid compatibility, consult the chemical manufacturer.CAUTION on mechanical stress only. Certain chemicals will significantly reduce maximum safe operating temperature. Consult the chemical manufacturer for chemical compatibility and temperature limits. Refer to PUMP DATA on page 1 of this manual.CAUTION have been trained for safe working practices,understand it’s limitations, and wear safety goggles / equipment when required.CAUTION support of the piping system. Be certain the system components are properly supported to prevent stresson the pump parts.Suction and discharge connections should be fl exible connections (such as hose), not rigid piped, and should be compatible with the substance being pumped.CAUTION pump. Do not allow pump to operate when out of material for long periods of time.Disconnect air line from pump when system sits idle for long periods of time.CAUTION® replacement parts toassure compatible pressure rating and longest service life.RE-TORQUE ALL FASTENERS BEF OREcause fasteners to loosen. Re-torque all fasteners to insure Rupture” pn \ 93122.WARNING CAUTION y y y y OPERATING AND SAFETY PRECAUTIONSREAD, UNDERSTAND, AND FOLLOW THIS INFORMATION TO AVOID INJURY AND PROPERTY DAMAGE.PD03P-XXX-XXX (en) Page 3 of 12GENERAL DESCRIPTIONThe ARO diaphragm pump offers high volume delivery even at low air pressure and a broad range of material compatibility options available. Refer to the model and option chart. ARO pumps feature stall resistant design, modular air motor / fl uid sections.Air operated double diaphragm pumps utilize a pressure dif-ferential in the air chambers to alternately create suction and positive fl uid pressure in the fl uid chambers, ball checks insure a positive fl ow of fl uid.Pump cycling will begin as air pressure is applied and it will continue to pump and keep up with the demand. It will build and maintain line pressure and will stop cycling once maxi-mum line pressure is reached (dispensing device closed) and will resume pumping as needed.AIR AND LUBE REQUIREMENTSWARNING damage, personal injury or property damage.A filter capable of filtering out particles larger than 50 microns should be used on the air supply. There is no lu-brication required other than the “O” ring lubricant which is applied during assembly or repair.If lubricated air is present, make sure that it is compatible with the “O” rings and seals in the air motor section of the pump.y y Viton ®and Hytrel ® are registered trademarks of the DuPont ® Company Loctite ® is a registered trademark of Henkel Loctite CorporationSantoprene ® is a registered trademark of Monsanto Company, licensed to Advanced Elastomer Systems, L.P . Lubriplate ® is a registered trademark of Lubriplate Division (Fiske Brothers Refi ning Company)OPERATING INSTRUCTIONSAlways flush the pump with a solvent compatible withy MAINTENANCECertain ARO “Smart Parts” are indicated which should beavailable for fast repair and reduction of down time.Provide a clean work surface to protect sensitive internal moving parts from contamination from dirt and foreign matter during service disassembly and reassembly.Keep good records of service activity and include pump in preventive maintenance program.Service Kits are available to service two separate Dia-phragm Pump functions: 1. AIR SECTION, 2. FLUID SEC-TION. The Fluid Section is divided further to match typical active MATERIAL OPTIONS.y y y y the material being pumped if the material being pumped is subject to “setting up” when not in use for a period of time.Disconnect the air supply from the pump if it is to be in-active for a few hours.The outlet material volume is governed not only by the air supply but also by the material supply available at the inlet. The material supply tubing should not be too small or restrictive. Be sure not to use hose which might col-lapse.When the diaphragm pump is used in a forced-feed (fl ooded inlet) situation, it is recommended that a Check Valve” be installed at the air inlet.Secure the diaphragm pump legs to a suitable surface to insure against damage by vibration.y yy yTYPICAL CROSS SECTIONFigure 2Page 4 of 12PD03P-XXX-XXX (en)n 637429-XX Fluid Section service kits include: Balls (see BALL OPTION, refer to -XX in chart below), Diaphragms (See DIAPHRAGMOPTION, refer to -XX in chart below) and item 19 (listed below), plus items 144, 174 and 94276 Lubriplate® grease (page 6).NOTE: Item 19 “O” ring is not used with PD03P-XXX-0XX seat option.MATERIAL CODE[A] = Aluminum [B] = Nitrile [D] = Acetal [E] = E.P .R.[GA] = Groundable Acetal [GFN] = Glass Filled Nylon [H] = Hytrel [K] = Kynar PVDF [N] = Neoprene [P] = Polypropylene[PPG] = Glass Filled Polypropylene [Sp] = Santoprene [SS] = Stainless Steel [T] = PTFE [V] = Vitono Smart Parts” keep these items on hand in addition to the service kits for fast repair and reduction of down time.PD03P-XXX-XXX (en) Page 5 of 12Page 6 of 12 PD03P-XXX-XXX (en)pIndicates parts included in 637428 Air Section Repair Kit.MATERIAL CODE[B] = Nitrile[PPG] = Glass Filled Polypropylene [CK] = Ceramic [SS] = Stainless Steel [D] = Acetal[SY] = Syn-Seal [P] = Polypropylene[U] = PolyurethaneDIAPHRAGM PUMP SERVICEGENERAL SERVICE NOTES:Inspect and replace old parts with new parts as neces-sary. Look for deep scratches on metallic surfaces, and nicks or cuts in “O” rings.Tools needed to complete disassembly and repair:5/8” socket or wrench, 7/16” socket or wrench, 3/8” socket or wrench, 5/16” Allen wrench, T-10 Torx screwdriver, torque wrench (measuring inch pounds), “O” ring pick.y y y FLUID SECTION DISASSEMBLYRemove (61) top manifold.Remove (19) “O” rings, (21) seats and (22) balls.Remove (60) bottom manifold.Remove (19) “O” rings, (21) seats and (22) balls.Remove (15) fl uid caps.Remove (6) diaphragm nut, (7) or (7 / 8) diaphragms and (5) washer.Remove (1) connecting rod from air motor.Carefully remove remaining (6) diaphragm nut, (7) or (7 / 8)diaphragms and (5) washer from (1) connecting rod. Do not mar surface of connecting rod.1.2.3.4.5.6.7.8.FLUID SECTION REASSEMBLYReassemble in reverse order.Lubricate (1) connecting rod with Lubriplate or equiva-lent “O” ring lubricant.Install (5) washers with i.d. chamfer toward diaphragm.When replacing PTFE diaphragms, install the 96533-A Santoprene diaphragm behind the Tefl on diaphragm.y y y y AIR MOTOR SECTION SERVICEService is divided into two parts - 1. Pilot Valve, 2. MajorValve.Air Motor Section Service is continued from Fluid Section repair.y PILOT VALVE DISASSEMBLYRemove (123) screws, releasing (103) covers, (121) wash-ers, (118) actuator pins and (167) pilot piston.Remove (170) spool bushing and inspect inner bore ofbushing for damage.1.2.PILOT VALVE REASSEMBLYClean and lubricate parts not being replaced from ser-vice kit.Assemble (171) “O” rings to (170) bushing and assemblebushing into (101) center body.Lubricate and assemble (167) pilot piston assembly into(170) bushing.Assemble (173 and 174) “O” rings and (121) washers to(103) covers, then insert (118) actuator pins through as-sembly.Assemble (144) “U” cups (note the lip direction) and (103)covers to (101) center body, securing with (123) screws. NOTE: Tighten (123) screws to 4 - 6 in. lbs (0.45 - 0.68 Nm).1.2.3.4.5.MAJOR VALVE DISASSEMBLYUnthread (123) screws, releasing (129) muffl er baffl e.Unthread (134) bolts and pull (135) valve block and com-ponents from (101) center body.Remove (132) gasket, (141) valve plate and (140) valveinsert from (135) valve block.Remove (134) bolts, releasing (107 and 136) plugs and(111) spool.1.2.3.4.PD03P-XXX-XXX (en) Page 7 of 12PILOT VALVE PARTSFigure 4144169 167 174MAJOR VALVE REASSEMBLYAssemble new (139 and 138) U” cups on (111) spool -LIPS MUST FACE EACH OTHER.Assemble (137) O” rings to (136) large plug.Assemble (137 and 166) O” rings to (107) small plug.Insert (111) spool into (136) large plug, then insert (136)large plug into (135) valve block, being sure the (111) spool is rotated to accept (140) valve insert.Assemble (107) small plug into (135) valve block.1.2.3.4.5.Assemble (140) valve insert and (141) valve plate to(135) valve block. Note: Assemble (140) valve insert with dished” side toward (141) valve plate. Assemble (141) valve plate with identifi cation dot toward (132) gasket.Assemble (132 and 200) gaskets and (135) valve blockto (101) center body, securing with (134) bolts. NOTE: Tighten (134) bolts to 15 - 20 in. lbs (1.7 - 2.3 Nm).Assemble (130) gasket and (129) muffl er baffl e to (101)center body, securing with (123) screws. NOTE: Tighten (123) screws to 4 - 6 in. lbs (0.45 - 0.68 Nm).6.7.8.Page 8 of 12 PD03P-XXX-XXX (en)TROUBLE SHOOTINGProduct discharged from air exhaust.Check for diaphragm rupture.Check tightness of (6) diaphragm nut.Air Bubbles in product discharge.Check connections of suction plumbing.Check “O” rings between intake manifold and fluid caps.Check tightness of (6) diaphragm nut.Pump blows air out main exhaust when stalled on either stroke.Check “U” cups on (111) spool in major valve.Check (141) valve plate and (140) insert for wear.Check (169) U” cup on (167) pilot piston.y y y y y y y y Pump blows air out main exhaust when stalled on either stroke.Check air supply.Check for plugged outlet hose.For the pump to prime itself, it must be mounted in the vertical position so that the balls will check by gravity.Check for pump cavitation - suction pipe should be sized at least as large as the inlet thread diameter of the pump for proper fl ow if high viscosity fl uids are being pumped. Suction hose must be non-collapsible type, capable of pulling a high vacuum.Check all joints on intake manifolds and suction connec-tions. These must be airtight.Inspect the pump for solid objects lodged in the dia-phragm chamber or the seat area.y y y y y y DIMENSIONAL DATAACCESSORIES67388 WALL MOUNT BRACKET ASSEMBLY96507 Wall Mount BracketY13-3-T Washer (3) (3/16")Y14-10-S Lock Washer (3) (#10)Y154-52-S Cap Screw (3)(#10 - 24 x 1/2")Figure 6PD03P-XXX-XXX (en) Page 9 of 12Page 10 of 12 PD03P-XXX-XXX (en)PD03P-XXX-XXX (en) Page 11 of 12PN 97999-1180 Page 12 of 12 PD03P-XXX-XXX (en)。
气动隔膜泵维修手册
气动隔膜泵维修手册可能的原因/问题建议泵循环一次,然后停止1.O型圈位置不正确1.重新安装O型圈到正确的位置上2.隔膜内压板向后安装2.重新正确安装隔膜内压板3.出口堵塞或出口阀门关闭3.检查系统与泵的压力比4.气阀或中间体垫圈的安装不正确4.安装垫圈,并使孔与零件或阀门及中间体正确对齐泵不运行(卡死或出口堵塞或出口阀门关闭)1.过度润滑1.将润滑器设计到最低设定值:在间接使用时,Elima-matic无需润滑;清洁中间体部件2.空气入气量不足2.检查:空气管路的尺寸和长度;压缩机容量(所需马力与耗气量);工厂中气体的其它使用情况;泵(泵容量,产品年度及比重)对空气的要求3.气阀阀芯出现故障(老型3.断开并重新连接气源:用Elima-matic气阀更换号)4.O型圈磨损4.更换O型圈5.中间体上的入气气孔堵塞5.清洁中间体上的入气孔,以使空气流通顺畅6.润滑类型错误(O型圈被腐蚀)6.检查O型圈与润滑的相容性7.气阀中有碎屑或颗粒7.清洁气阀/过滤器:检查气阀阀芯和套筒上是否有划痕8.歧管堵塞8.清洁吸入或排出歧管/管路:清洁滤袋或滤网9.O型圈位置不正确9.重新安装O型圈到正确的位置10.出口堵塞10.增大气源压力11.出口阀门关闭11.打开出口阀门泵循环但不自吸或流量小1.吸入侧发生气蚀现像1.检查吸入状态(将泵移近产品)2.阀球的定位不正确或粘滞2.清洁阀球定位笼周围及阀座区域:如果阀球和阀座磨损或损坏,则更换;通过化学兼容性表检查相容性和弹性体密封件的匹配性;采用更重的阀球材料3.阀球丢失(被压入到泵腔内/垫胀丢失)) 3.阀球/阀座磨损(更换):液端出口势胀(管路中增加单向阀);阀球定位笼中的指状端磨损(更换零件)4.阀球/阀座损坏或被产品腐蚀4.通过化学兼容性表检查相容性和弹性体密封件的匹配性5.蒸气压力5.与代理商联系,取得评估和建议6.吸入管路堵塞6.清洁吸入侧歧管或管路:安装过滤装置泵粘滞运行或卡死1.过度润滑/欠润滑1.将润滑器设计到最低设定值:在间接使用时,Elima-matic无需润滑;2.润滑类型错误1,2.清洁泵的中间体部分(润滑建议请参考操作手册)3.结冰3.用Elima-matic气阀更换4.歧管堵塞4.清洁气源接头,以使空气流通顺畅5.出口堵塞或出口阀门关闭5.检查系统,确定是否为液体压力与气源压力平衡导致:增大气源压力06.吸入侧发生气蚀现像6.检查吸入状态(将泵移近产品)7.空气入气量不足7.检查:空气管路的尺寸和长度;压缩机容量(所需马力与耗气量);工厂中其它气阀使用情况;泵(泵容量,产品年度及比重)对空气的要求8.O型圈磨损8.更换O型圈9.蒸气压力9.与代理商联系进行评估和建议10.泵的规格尺寸不正确10.与代理商联系进行评估和建议产品通过排气孔或卡箍夹圈泄漏1.隔膜损坏-产品通过排气孔泄漏1.更换隔膜(在使用特氟龙隔膜时同时更换衬膜)2.隔膜压板松动-产品通过排气孔泄漏1,2.清洁泵的整个中间体部件,检查隔膜是否损坏,并重新紧固隔膜压板3.卡箍松动-产品通过卡箍夹圈泄漏3.紧固卡箍夹圈4.卡箍伸长-产品通过卡箍夹圈泄漏4.更换夹圈(在夹圈内测加入润滑脂,以辅助完压压缩)5.特氟隆垫圈带被磨损5.更换特氟龙垫圈带6.正吸入压力过大-大部分或6.检查正吸入压力是否过高:将泵移近产口;在泵的吸入侧尽量靠近泵的位置增加脉冲阴尼全部卡箍圈周过发生产品泄漏器;升高泵/将泵放置在液压罐顶部,以降低入口压力;按照安装建议在入口和出口处进行软管连接7.隔膜绕中央孔或螺栓孔伸长7.检查入口压力或空气压力是否过高(按照扭矩建议紧固螺丝)8.卡箍夹圈的定位不正确8.用木槌轻敲卡箍夹圈使其完全定位9.气源压力过大9.关于建议请参考产品说明书隔膜过早损坏1.气蚀现像1.增大泵吸入侧的管路直径2.灌注吸入压力过大2.将泵移近产品(升高泵/将泵放置在液压罐顶部,以降低入口压力),在泵的吸入侧尽量靠近泵的位置增加脉冲阻尼器;缓慢启动泵(增加智能启动阀门)3.应用不当(化学/物理不相容)3.请参考化学兼容性表(耐腐蚀材料表)4.润滑类型错误(空气侧腐蚀)4.请参考化学兼容性表5.隔膜压板安装不正确5.将泵上的型号与操作手册相比较,以确认零件是否正确6.隔膜压板向后安装6.关于正确安装,请查阅产品操作手册7.轴与对应弹性体密封件不匹配7.将泵上的型号与操作手册相比较,以确认零件是否正确8.以最大气压启动8.缓慢启动泵(手动或采用智能启动)9.在高气压下空载运行过度9.安装按制器或自动开关装置轴断裂或弯曲1.液端腔体沉积了固体颗粒1.冲洗泵(缓慢启动泵)2.Elima-matic泵缺少缓冲垫片2.增加缓冲垫片3.隔膜压板松动3.在安装备用隔膜时,反复检查隔膜压板的紧固度气动隔膜泵的工作原理1、压缩空气为动力。
150JCK18-10.5-12长轴深井泵说明书(上海凯泉)
长轴深井泵安装使用说明书上海凯泉泵业(集团)有限公司目录一、概述二、安装前的准备工作三、安装程序四、启动五、泵的拆装六、保养周期七、常见故障及排除方法八、安装图及安装尺寸一、概述(一)使用条件1.电源:额定电压380V,额定频率50HZ2.在最低水位时,水泵第一级叶轮须淹没0.5m以上,一般以(2~3)m为宜3.水质中性,PH值在6.5~8.5范围内,氯离子含量不大于400mg/l4.含砂量不大于0.01%(以重量计)5.要求深井正直6.特殊使用条件以合同或技术协议为准(二)型号说明型号示例说明:3 0 0 J C / K 2 1 0–10.5 x 6表示泵的级数(叶轮个数)表示单级叶轮的扬程(单位m)表示泵的流量(单位m3/h)表示井用长轴深井泵(采用半开式叶轮)表示适用的最小深井的内径(单位mm)3 0 0 J C / S 2 1 0–10.5 x 6表示泵的级数(叶轮个数)表示单级叶轮的扬程(单位m)表示泵的流量(单位m3/h)表示井用长轴深井泵(采用封闭式叶轮)表示适用的最小深井的内径(单位mm)(三)结构本泵主要由泵体部分、扬水管部分、泵座部分及动力系统四部分组成。
其中前二部分位于井下,后二部分位于井上。
1.泵体部分该部分主要包括滤水管、半开式叶轮(或封闭式叶轮)、锥套、下导流壳、中导流壳、上导流壳、壳轴承、叶轮轴及抛沙环(部分型号采用)等零件。
泵体内各导流壳之间的联接有螺纹联接和法兰联接二种型式,叶轮采用锥套固定于叶轮轴上。
2.扬水管部分该部分由扬水管、传动轴、支架轴承、支架及联轴器等零件组成。
扬水管间的联接有螺纹联接和法兰联接二种型式。
3.泵座部分该部分由泵座、填料装置、引水管等零件组成。
用多个地脚螺拴将泵座固定于基础上。
4.动力系统部分本泵有直接传动和间接传动二种形式。
直接传动:采用YLB系列深井泵专用三相异步电动机作动力,深井泵的轴向力由电机承受。
间接传动:采用Y系列立式三相异步电动机作动力,深井泵的轴向力由推力盘(出厂时配带)承受。
气动泵使用方法说明书
气动泵使用方法说明书一、产品介绍气动泵是一种通过压缩空气驱动的液体输送装置,它具有结构简单、使用方便、耐腐蚀、使用寿命长等特点。
本说明书将详细介绍气动泵的使用方法,以确保用户能正确、高效地操作气动泵。
二、安全注意事项1. 在使用气动泵之前,请确保操作人员已详细阅读并理解本说明书。
2. 气动泵应由经过专业培训并具备相关工作经验的人员操作。
3. 在操作气动泵时,应佩戴个人防护装备,包括防护眼镜、手套和防护服等。
4. 在清洁、维护或检修气动泵时,应先切断电源或关闭压缩空气供应以确保操作的安全性。
5. 严禁将有腐蚀性的液体输送或储存于气动泵中。
三、准备工作1. 首先,请确认您已具备以下工具:扳手、套筒、螺丝刀等。
2. 在操作气动泵之前,请确保气源经过滤器、调压器和润滑器的处理,保持干燥和无油污。
3. 请检查气动泵是否安装牢固,各连接处是否紧固。
四、操作步骤1. 将气动泵与贮存的液体容器连接好。
2. 打开气动泵的进气阀,并将气压调至合适的工作范围。
3. 操作人员可以根据需要选择手动操作方式或自动操作方式。
若选择自动操作方式,请确保电源连接并打开电源开关。
5. 当气动泵开始工作时,请确保液体流向顺畅。
如发现液体流向反向,请调整液体管道连接处。
6. 在工作过程中,要定期检查气动泵的润滑情况,并进行润滑处理。
如发现润滑不足或异常,应及时添加或更换润滑剂。
7. 在工作结束后,先关闭气压调节阀,然后关闭气动泵的进气阀。
8. 在清洁气动泵时,应采用柔软的布吸去溅在表面的液体。
严禁使用有腐蚀性的溶剂直接清洁气动泵。
9. 定期进行气动泵的维护保养工作,包括清洁、润滑、紧固连接部件等。
五、故障排除1. 若气动泵无法启动,请检查电源是否连接正常,压缩空气是否供应充足。
2. 若气动泵噪声大或振动明显,请检查管路连接是否松动,润滑情况是否良好。
3. 若气动泵输出液体出现异常或无法输出,请检查液体输送管道是否阻塞,液体容器是否有足够的液位。
格兰富水泵自带变频器操作说明书 R100操作
注:选择对地漏电断路器时,必须考虑系统中所有电气设备的总 漏电电流。
12.2 节“漏电电流”给出了水泵的漏电电流值。
2.1.4 马达保护 水泵无需外部马达保护,马达配有防缓慢超载和堵转时的
热保护。(IEC34-11:TP 211)。
2.1.5 过电压保护 水泵本身带有内置的变阻器,对相线-中线电压和相线-
10
2. 安装
10
为确保马达和电子元件得到有效的冷却,必须遵守
11 以下规定:
11
将泵安装在通风良好的地方。
11 11
冷却空气的温度不得超过 40℃。
11
马达的冷却翅片和风机叶片必须保持干净。
11
如安装于室外,则必须对马达进行适当遮盖,以防止电气元件结
12
露。见图 1
12
图1
12
12
12
12
12
13
MGE 71 和 MGE 80
必须将电源切断 5 分钟后,才能对水泵端子进行接线。
2.1.1 电源开关 水泵必须和一个外部电源开关进行连接,按照 IEC364
的规定,这种电源开关的每一极的触点距离至少为 3mm。
TM02 0827 0301
2.1.2 触电保护—间接触点 必须按照国际法规对水泵的间接触点进行接地和保护。 保护的接地导体必须具有黄/绿(PE)或者黄/绿/蓝 (PEN)的彩色标记。
地线电压之间的过电压进行保护。
2.1.6 电源电压 1×200-240V±10%,50/60Hz,PE 泵的铭牌上标出了电源的电压和频率,请确保马达适用于
所提供的电源。 水泵接线盒内的电线应尽可能地短,但地线除外。当无意
间拉断电缆时,地线应是最后被拉掉的,因此地线必须保证有足 够的长度。
Parker Hannifin 公司 P2 P3系列气动泵系列用户操作手册说明书
N A 60 P2-145-1008-17 V B 60 P2-145-1008-19 C D A 60 P2-145-1008-21 T B 60 P2-145-1008-23 N A 60 P2-145-1008-01 V B 60 P2-145-1008-03 D D A 60 P2-145-1008-05 T B 60 P2-145-1008-07
TB A 65 P2-075-0806-13 TD B 65 P2-075-0806-14
TE A 65 P2-075-0806-05 TF B 65 P2-075-0806-06
TG A 64 P2-075-0804-01 TH B 64 P2-075-0804-02
TJ A 64 P2-075-0804-03 TK B 64 P2-075-0804-04
CONFIG
00 68 P2-145-5001 20-60 68 P2-145-5001 50-90 68 P2-145-5022
1 LINK PISTON 1 LINK PISTON - 20-60% RANGE 1 LINK PISTON - 50-90% RANGE
N 67 P2-145-0210-01N D 67 P2-145-0210-02N V 67 P2-145-0210-01V T 67 P2-145-0210-02V
44
Parker Hannifin Corporotor Division
Greeneville, Tennessee US
Bulletin HY13-1650-M1/USA
P2145 Service Parts List Design 11
CONTROLS
B NOT S1 55 P2-145-0226-04
锚索张拉机具说明书
执行标准MT/T972-2006Q/3208ATQ011-2007 矿用锚索张拉机具使用说明书出版日期:2012年5月25日目录一,用途(适用范围和使用环境及条件) (3)二,产品名称型号及含义 (3)三,主要技术参数 (3)四,产品结构和性能概述 (3)五,使用与操作 (5)六,故障分析与排除 (6)七,保养与维修 (7)八,安全警示 (7)九,安标受控零部件明细表 (8)十,附件明细表 (8)十一,专用工具明细表 (8)矿用锚索张拉机具一、用途矿用锚索张拉机具是煤矿、非煤矿巷道和锚索安装和退卸的必备设备。
该锚索张拉机具分手动(MS)和气动(MQ)两大类,并分别有15、18、22三个型号分别用于锚索直径为15.24、17.8、22的锚索的安装和退卸。
二,产品名称型号及含义M□□- 180/55额定张拉力值/额定压力,单位为千牛/兆帕(KN/MPa);锚索直径(取整)单位为毫米(㎜);液压泵;S为手动;Q为气动矿用锚索张拉机具。
三,主要技术参数见附表1四,产品结构和性能概述我厂生产的矿用锚索张拉机具主要由液压泵(手动泵或气动泵),双向千斤顶,高压胶管,压力表组成。
如图1所示。
它适用于煤矿井下和非煤矿井使用锚索的矿山工程,该机具同样也适用于各种地面隧道,巷道,涵洞等使用锚索的矿山工程。
该机具具有结构简单、操作方便、使用安全、易于维修、经久耐用等特点。
液压泵的低压溢流阀和高压溢流阀的工作压力分别为2MPa和5MPa。
该机具还具有适用范围广大的特点,只须更换顶前盖和工具锚,就能实现同一套机具能安装和拆卸分别为15.24、17.8、22三种锚索。
附表1 基本性能参数表五,使用与操作a、张拉机具使用及操作程序千斤顶穿入钢绞线→卸载阀卸载→开启启动油泵→换向供油(顺时针转动手柄千斤顶出缸)→卸载阀升压(顺时针转动)→自动锚紧→张拉→换向供油(逆时针转动手柄千斤顶回缸)→自动退锚→卸载阀卸载(逆时针转动)→退出预应力千斤顶。
masterflex 07569-00 气动泵控制台 操作手册说明书
®®操作手册气动泵控制台机型 07569-00(U S & C a n a d a o n l y ) T o l l F r e e 1-800-M A S T E R F L E X • 1-800-637-3739(O u t s i d e U S & C a n a d a ) 1-847-549-7600 • 1-847-381-7050w w w .m a s t e r fl e x .c o m • t e c h i n f o @m a s t e r fl e x .c o mA -1299-0105B 版本12®保修仅以 M A S T E R F L E X 精密管材与 M A S T E R F L E X 泵配套使用,以确保优异性能。
若使用其他管材可能导致保修失效。
制造商保证本产品与发布的规格标准不会产生重大偏差。
如在保修期内,确认由于制造商的原因,并非使用不当或滥用导致设备需要进行维修或调整,则将为您免费进行维修。
在保修期外产生的维修费用、或因使用不当或滥用造成的设备维修费用,可为您开具发票。
本产品的保修期为自购买之日起的 2 年之内。
产品退回无论在保修期内,还是在保修期外,在退回产品之前应就授权及发货规程等事宜与销售或制造商联络,以便减少费用和延误。
退回产品时,请说明退回理由。
为了维护您的利益,请小心地包装退回产品,并针对可能发生的损坏和丢失为该产品上保险。
任何因不恰当的包装而引起的损坏将由你方负责。
技术支持若对该产品的使用有任何问题,请与制造商或授权经销商联系。
87规格输出:泵速: 60 至 600 r p m最大输出扭矩:180 o z -i n (13 k g -c m )负载误差:± 15 r p m (60 至 150 r p m )± 20 r p m (150 至 600 r p m ) 输出功率:3/4 马力(560 W ) 输入:压缩空气: 10 c f m (0.28 m 3 / m i n )@ 150 p s i g (10.3 b a r )结构:尺寸(宽×长×高):4-13 / 16 英寸×8-13 / 16 英寸×9-7 / 8英寸(12.2 c m × 22.4 c m × 25.1 c m )重量:14磅(6.35千克)机箱评级:不适用环境:操作温度: 1°C 至 40°C (34°F 至 104°F )存储温度: –10°C 至 65°C (+14°F 至 149°F )湿度:(无凝结): 20% 至 80%海拔高度:低于2000 m北美评级:I 级,2 类,A ,B ,C ,D 和T 6组A T E X 防爆等级:C EI I 3 G c I I C T 6组:I I (非采矿设备)类:3(无点火源)区:2(不经常暴露)气体类型:G (可燃气体)气体组别 I I C (氢气/乙烯)防护方法:“c ”(非电气设备施工)温度组别:T 6(表面温度最高85°C )抗化学腐蚀性:外部材料为刷过油漆的C R S 、铜、铝和塑料合规性(C E 标志):E N 809(欧盟机器指令)E N 13463-1和E N 13463-5 (欧盟A T E X 规程)2安全防范警告:管道断裂可能会导致液体从泵内喷出。
HYTORC操作资料
三.关于操作
仔细阅读:新设备的故障多数由于不正确的操作及不恰当组合造成的。
预备工作:将凯特克扭力扳手从运输装置上取下。
检查工作:检查所有的零件,观察是否存在运输过程中造成的损坏。
1. 工作压力
工作机组的工作压力设定为 10000psi(700kg / cm2),确认所有与扳手配 套的液压元件额定工作压力为 10000psi 的高压。
● 仔细维护扳手 使用前应检查扳手、动力源、油管、联接件、电线、附件,防止一些常见的 损坏发生。应按照正确的扳手、泵的维护指南去操作。操作和维护有更详细 的资料供参考。
● 保持警惕 在工作中保持注意,根据常识,不能在不稳定状态下使用动力设备。
● 操作前准备工作 确保所有的液压联接件都确实连接好。检查液压油管没有纠结,确定方头驱 动轴及其保持帽安全、可靠的工作。
HYTORC:电动泵,只能用于无防爆要求的场合
该系列泵在标准电源下操作,流量大,重量轻,体积小,并可遥控操作。在用于维修场合时可配 备 5 加仑大油箱。
HYTORC-AIR:可用于有防爆要求的场合
HYTORC-AIR泵,用途广泛,噪音极低,按钮式遥控器操作便利,而且反复操作,设定的精不变,出厂 前已安装的HYTORC内置冷却系统保证了在广泛的应用条件下,其消音器不会冻结, 液压油不会受热,这一特点使得它能理想地用于重要的工作场合。
4” PSI 无
选择件 46 lbs.
TWIN SST 电动
220V Sgl. 1400 Cu. In. 标准20英尺 标准15英尺
4” PSI 无
选择件 99 lbs.
表一
RSST 气动 60-120PSI 640 Cu. In. 标准20英尺 标准15英尺 4” PSI
高压气动泵使用说明书
高压气动泵使用说明书使用说明书一、产品概述高压气动泵是一种利用气压能将液体或气体输送至目标位置的设备。
本产品采用先进的气动技术,具有结构简单、操作方便、可靠性高等优点,广泛应用于石油、化工、冶金、电力等领域。
二、产品特点1. 高压输出:高压气动泵能够输出高压流体,满足用户对高压输送的需求。
2. 稳定性:采用优质材料和精密制造工艺,保证产品的稳定性和可靠性。
3. 节能环保:高压气动泵采用气动控制,无需电力供应,节能环保。
4. 操作简便:仅需接通气源,通过调整气源压力即可控制泵的输出压力。
5. 适应性强:适用于各种液体和气体的输送,可根据需求选用不同材质的密封件。
三、安全注意事项1. 在使用高压气动泵前,务必对操作人员进行专业培训,了解操作规程和安全事项。
2. 确保气源压力符合产品规定范围内,过高或过低的气源压力都会对泵的正常工作造成影响。
3. 定期检查和维护泵的密封件,如发现磨损或老化现象,及时更换。
4. 使用时,请确保泵的输入和输出管道连接正确,避免管道漏气或泄漏。
5. 当泵在工作过程中出现异常噪音或异常振动时,应立即停机检查,确保设备安全运行。
四、使用步骤1. 将高压气动泵放置在平稳的工作台上,确保泵的稳定性。
2. 接通气源管道,并确保气源压力在规定范围内。
3. 检查泵的输入和输出管道是否正确连接,保证无漏气现象。
4. 打开气源开关,开始供气。
5. 通过调整气源压力来控制泵的输出压力,确保输出压力符合使用需求。
6. 使用完毕后,关闭气源开关,并切断气源供应。
7. 定期对泵进行检查和维护,确保设备的正常运行。
五、故障排除1. 泵无法启动- 检查气源供应是否正常。
- 检查泵输入管道是否正确连接。
- 检查泵密封件是否磨损或老化。
2. 输出流体压力不稳定- 检查气源压力是否符合规定范围。
- 检查泵输出管道是否漏气或泄漏。
- 检查泵密封件是否磨损或老化。
3. 泵噪音或振动异常- 停机检查并清理泵内部,确保无异物。
Miller Fluid Power 气动泵产品安全指南说明书
Service Bulletin M0800.01-T1Cylinder Safety GuideIssued: October, 2005 Supersedes: July, 2004Cylinder Division 160 Chisholm Drive Milton, Ontario Canada L9T 3G9 (905) 693-3000Cylinder Division 500 South Wolf Road Des Plaines, IL 60016 (847) 298-2400Before selecting or using Miller Fluid Power (The Company) cylinders or related accessories, it is important that you read, understand and follow the following safety information. Training is advised before selecting and using The Company’s products.1.0 General Instructions 1.1 Scope – This safety guide provides instructions for selecting and using(including assembling, installing, and maintaining) cylinder products. This safety guide is a supplement to and is to be used with the specific Company publications for the specific cylinder products that are being considered for use.1.2 Fail Safe – Cylinder products can and do fail without warning for many reasons. All systems and equipment should be designed in a fail-safe mode so that if the failure of a cylinder product occurs people and property won’t be endangered.1.3 Distribution – Provide a free copy of this safety guide to each person responsible for selecting or using cylinder products. Do not select or use The Company’s cylinders without thoroughly reading and understanding this safety guide as well as the specific Company publications for the products considered or selected.1.4 User Responsibility – Due to very wide variety of cylinder applications and cylinder operating conditions, The Company does not warrant that any particular cylinder is suitable for any specific application. This safety guide does not analyze all technical parameters that must be considered in select-ing a product. The hydraulic and pneumatic cylinders outlined in this catalog are designed to The Company’s design guidelines and do not necessarily meet the design guideline of other agencies such as American Bureau of Shipping, ASME Pressure Vessel Code etc. The user, through its own analysis and testing, is solely responsible for:• Making the final selection of the cylinders and related accessories.• Determining if the cylinders are required to meet specific design require-ments as required by the Agency(s) or industry standards covering the design of the user’s equipment.• Assuring that the user’s requirements are met, OSHA requirements are met, and safety guidelines from the applicable agencies such as but not limited to ANSI are followed and that the use presents no health or safety hazards.• Providing all appropriate health and safety warnings on the equipment on which the cylinders are used.1.5 Additional Questions – Call the appropriate Company technical service department if you have any questions or require any additional information. See the Company publication for the product being considered or used, or call the number at the top of this page for the technical service department.2.0 Cylinder and Accessories Selection 2.1 Seals – Part of the process of selecting a cylinder is the selection of seal compounds. Before making this selection, consult the “seal information page(s)” of the publication for the series of cylinders of interest.The application of cylinders may allow fluids such as cutting fluids, wash down fluids etc. to come in contact with the external area of the cylinder. These fluids may attack the piston rod wiper and or the primary seal and must be taken into account when selecting and specifying seal compounds.Dynamic seals will wear. The rate of wear will depend on many operating factors. Wear can be rapid if a cylinder is mis-aligned or if the cylinder has been improperly serviced. The user must take seal wear into consideration in the application of cylinders.2.2 Piston Rods – Possible consequences of piston rod failure orseparation of the piston rod from the piston include, but are not limited to are: • Piston rod and or attached load thrown off at high speed. • High velocity fluid discharge.• Piston rod extending when pressure is applied in the piston retract mode.Piston rods or machine members attached to the piston rod may move suddenly and without warning as a consequence of other conditions occurring to the machine such as, but not limited to:• Unexpected detachment of the machine member from the piston rod. • Failure of the pressurized fluid delivery system (hoses, fittings, valves, pumps, compressors) which maintain cylinder position.• Catastrophic cylinder seal failure leading to sudden loss of pressurized fluid.• Failure of the machine control system.Follow the recommendations of the “Piston Rod Selection Chart and Data” in the publication for the series of cylinders of interest. The suggested piston rod diameter in these charts must be followed in order to avoid piston rod buckling.Piston rods are not normally designed to absorb bending moments or loads which are perpendicular to the axis of piston rod motion. These additional loads can cause the piston rod to fail. If these types of additional loads are expected to be imposed on the piston rod, their magnitude should be made known to our engineering department.The cylinder user should always make sure that the piston rod is securely attached to the machine member.On occasion cylinders are ordered with double rods (a piston rod extended from both ends of the cylinder). In some cases a stop is threaded on to one of the piston rods and used as an external stroke adjuster. On occasions spacers are attached to the machine member connected to the piston rod and also used as a stroke adjuster. In both cases the stops will create a pinch point and the user should consider appropriate use of guards. If theseexternal stops are not perpendicular to the mating contact surface, or if debris is trapped between the contact surfaces, a bending moment will be placed on the piston rod, which can lead to piston rod failure. An external stop will also negate the effect of cushioning and will subject the piston rod to impact loading. Those two (2) conditions can cause piston rod failure. Internal stroke adjusters are available with and without cushions. The use of external stroke adjusters should be reviewed with our engineering department.The piston rod to piston and the stud to piston rod threaded connections are secured with an anaerobic adhesive. The strength of the adhesive decreases with increasing temperature. Cylinders which can be exposed to tempera-tures above +250°F (+121°C) are to be ordered with a non studded piston rod and a pinned piston to rod joint.2.3 Cushions – Cushions should be considered for cylinder applications when the piston velocity is expected to be over 4 inches/second.Cylinder cushions are normally designed to absorb the energy of a linear applied load. A rotating mass has considerably more energy than the same mass moving in a linear mode. Cushioning for a rotating mass application should be review by our engineering department.2.4 Cylinder Mountings – Some cylinder mounting configurations may have certain limitations such as but not limited to minimum stroke for side or foot mounting cylinders or pressure de-ratings for certain mounts. Carefully review the catalog for these types of restrictions.Always mount cylinders using the largest possible high tensile alloy steel socket head cap screws that can fit in the cylinder mounting holes and torque them to the manufacturer’s recommendations for their size.2.5 Port Fittings – Hydraulic cylinders applied with meter out or decelera-tion circuits are subject to intensified pressure at piston rod end.The rod end pressure is approximately equal to:operating pressure x effective cap end areaeffective rod end piston areaContact your connector supplier for the pressure rating of individual connectors.3.0 Cylinder and Accessories Installation and Mounting 3.1 Installation 3.1.1 – Cleanliness is an important consideration, and cylinders areshipped with the ports plugged to protect them from contaminants enter-ing the ports. These plugs should not be removed until the piping is to be installed. Before making the connection to the cylinder ports, piping should be thoroughly cleaned to remove all chips or burrs which might have resulted from threading or flaring operations.Safety Guide for Selecting and Using Hydraulic, Pneumatic Cylinders and Their AccessoriesCylinder Safety GuideService Bulletin M0800.01-T1Page 2 of 2Cylinder Division 160 Chisholm Drive Milton, Ontario Canada L9T 3G9 (905) 693-3000Cylinder Division 500 South Wolf Road Des Plaines, IL 60016 (847) 298-24003.1.2 – Cylinders operating in an environment where air drying materials are present such as fast-drying chemicals, paint, or weld splatter, orother hazardous conditions such as excessive heat, should have shields installed to prevent damage to the piston rod and piston rod seals.3.1.3 – Proper alignment of the cylinder piston rod and its matingcomponent on the machine should be checked in both the extended and retracted positions. Improper alignment will result in excessive rod gland and/or cylinder bore wear. On fixed mounting cylinders attaching the pis-ton rod while the rod is retracted will help in achieving proper alignment.3.1.4 – Sometimes it may be necessary to rotate the piston rod in order to thread the piston rod into the machine member. This operation must always be done with zero pressure being applied to either side of the piston. Failure to follow this procedure may result in loosening the piston to rod-threaded connection. In some rare cases the turning of the piston rod may rotate a threaded piston rod gland and loosen it from the cylinder head. Confirm that this condition is not occurring. If it does, re-tighten the piston rod gland firmly against the cylinder head.For double rod cylinders it is also important that when attaching or detaching the piston rod from the machine member that the torque be applied to the piston rod end of the cylinder that is directly attaching to the machine member with the opposite end unrestrained. If the design of the machine is such that only the rod end of the cylinder opposite to where the rod attaches to the machine member can be rotated, consult the factory for further instructions.3.2 Mounting Recommendations3.2.1 – Always mount cylinders using the largest possible high tensilealloy steel socket head screws that can fit in the cylinder mounting holes and torque them to the manufacturer’s recommendations for their size.3.2.2 – Side-Mounted Cylinders – In addition to the mounting bolts, cylinders of this type should be equipped with thrust keys or dowel pins located so as to resist the major load.3.2.3 – Tie Rod Mounting – Cylinders with tie rod mountings are recom-mended for applications where mounting space is limited. The standard tie rod extension is shown as BB in dimension tables. Longer or shorter extensions can be supplied. Nuts used for this mounting style should be torqued to the same value as the tie rods for that bore size.3.2.4 – Flange Mount Cylinders – The controlled diameter of the rod gland extension on head end flange mount cylinders can be used as a pilot to locate the cylinders in relation to the machine. After align-ment has been obtained, the flanges may be drilled for pins or dowels to prevent shifting.3.2.5 – Trunnion Mountings – Cylinders require lubricated bearing blocks with minimum bearing clearances. Bearing blocks should be carefully aligned and rigidly mounted so the trunnions will not be subjected to bending moments. The rod end should also be pivoted with the pivot pin in line and parallel to axis of the trunnion pins.3.2.6 – Clevis Mountings – Cylinders should be pivoted at both ends with centerline of pins parallel to each other. After cylinder is mounted, be sure to check to assure that the cylinder is free to swing through its working arc without interference from other machine parts.4.0 Cylinder and Accessories Maintenance, Troubleshootingand Replacement 4.1 Storage – At times cylinders are delivered before a customer is ready toinstall them and must be stored for a period of time. When storage is required the following procedures are recommended. 4.1.1 – Store the cylinders in an indoor area which has a dry, clean andnoncorrosive atmosphere. Take care to protect the cylinder from both internal corrosion and external damage.4.1.2 – Whenever possible cylinders should be stored in a vertical posi-tion (piston rod up). This will minimize corrosion due to possible conden-sation which could occur inside the cylinder. This will also minimize sealdamage.4.1.3 – Port protector plugs should be left in the cylinder until the time ofinstallation.4.1.4 – If a cylinder is stored full of hydraulic fluid, expansion of the fluiddue to temperature changes must be considered. Installing a check valve with free flow out of the cylinder is one method.4.1.5 – When cylinders are mounted on equipment that is stored outside for extended periods, exposed unpainted surfaces, e.g. piston rod, must be coated with a rust-inhibiting compound to prevent corrosion.4.2 Cylinder Trouble Shooting 4.2.1 – External Leakage4.2.1.1 – Rod seal leakage can generally be traced to worn ordamaged seals. Examine the piston rod for dents, gouges or score marks, and replace piston rod if surface is rough.Rod seal leakage could also be traced to gland wear. If clearance is excessive, replace rod bushing and seal. Rod seal leakage can also be traced to seal deterioration. If seals are soft or gummy or brittle, check compatibility of seal material with lubricant used if air cylinder, or operating fluid if hydraulic cylinder. Replace with seal material, which is compatible with these fluids. If the seals are hard or have lost elasticity, it is usually due to exposure to temperatures in excess of 165°F. (+74°C). Shield the cylinder from the heat source to limit temperature to 350°F. (+177°C.) and replace with fluorocarbon seals.4.2.1.2 – Cylinder body seal leak can generally be traced to loose tie rods. Torque the tie rods to manufacturer’s recommendation for that bore size.Excessive pressure can also result in cylinder body seal leak. Determine maximum pressure to rated limits. Replace seals and retorque tie rods as in paragraph above. Excessive pressure can also result in cylinder body seal leak. Determine if the pressure rating of the cylinder has been exceeded. If so, bring the operating pressure down to the rating of the cylinder and have the tie rods replaced.Pinched or extruded cylinder body seal will also result in a leak. Replace cylinder body seal and retorque as in paragraph above.Cylinder body seal leakage due to loss of radial squeeze which shows up in the form of flat spots or due to wear on the O.D. or I.D. – Either of these are symptoms of normal wear due to high cycle rate or length of service. Replace seals as per paragraph above.4.2.2 – Internal Leakage4.2.2.1 – Piston seal leak (by-pass) 1 to 3 cubic inches per minuteleakage is considered normal for piston ring construction. Virtually no static leak with lipseal type seals on piston should be expected. Piston seal wear is a usual cause of piston seal leakage. Replace seals as required.4.2.2.2 – With lipseal type piston seals excessive back pressuredue to over-adjustment of speed control valves could be a direct cause of rapid seal wear. Contamination in a hydraulic system can result in a scored cylinder bore, resulting in rapid seal wear. In either case, replace piston seals as required.4.2.2.3 – What appears to be piston seal leak, evidenced by thefact that the cylinder drifts, is not always traceable to the piston. To make sure, it is suggested that one side of the cylinder piston be pressurized and the fluid line at the opposite port be disconnected. Observe leakage. If none is evident, seek the cause of cylinder drift in other component parts in the circuit. 4.2.3 – Cylinder Fails to Move the Load 4.2.3.1 – Pneumatic or hydraulic pressure is too low. Check the pressure at the cylinder to make sure it is to circuit requirements. 4.2.3.2 – Piston Seal Leak – Operate the valve to cycle the cylinder and observe fluid flow at valve exhaust ports at end of cylinder stroke. Replace piston seals if flow is excessive.4.2.3.3 – Cylinder is undersized for the load – Replace cylinder with one of a larger bore size.4.3 Erratic or Chatter Operation 4.3.1 – Excessive friction at rod gland or piston bearing due to loadmisalignment – Correct cylinder-to-load alignment. 4.3.2 – Cylinder sized too close to load requirements – Reduce load orinstall larger cylinder.4.3.3 – Erratic operation could be traced to the difference between staticand kinetic friction. Install speed control valves to provide a back pres-sure to control the stroke.4.4 Cylinder Modifications, Repairs, or Failed Component – Cylinders as shipped from the factory are not to be disassembled and or modified. If cylinders require modifications, these modifications must be done at company locations or by The Company’s certified facilities. The Cylinder Division Engineering Department must be notified in the event of a mechani-cal fracture or permanent deformation of any cylinder component (excluding seals). This includes a broken piston rod, tie rod, mounting accessory or any other cylinder component. The notification should include all operation and application details. This information will be used to provide an engineered repair that will prevent recurrence of the failure.It is allowed to disassemble cylinders for the purpose of replacing seals or seal assemblies. However, this work must be done by strictly following all the instructions provided with the seal kits.。
压力机的操作规程【范本模板】
压力机操作规程1.操作准备1.1接通电源电源指示灯亮1.2 接通气源注意:1.通气后必须检查各管路漏气情况,确保无泄漏;2.过滤器和排污口必须每天进行排污,气源水分大时,须在气源加干燥装置。
1.3启动润滑系统至正常工作状态.检查润滑油管有无泄漏。
1.4接通安全保护装置并确认工作正常。
1.5运转前检查项目①检查离合器制动器功能、联锁阀动作是否正常(在飞轮没有转动时);②检查螺栓有无松动并拧紧;③检查【紧急停止】按钮,按压和复位功能是否正常;④检查、整理、整顿压力机周围的环境,并保证清洁,消除事故隐患;⑤检查各油箱油位是否在合理界限。
2.运转操作进行压力机运转时,务请严格遵守下面的警告和注意事项.2.1警告事项2.1.1微调和寸动运转,只能在非正常作业时使用。
所谓“非正常作业”指的是:模具装卸、调整,过载复位等情况下的操作。
至于通常的生产作业,务必以“单次"或“连续”运转进行。
使用微调和寸动运转,部分安全装置将变得无效,极为危险!2.1.2两个操作按钮,务必使用双手操作,千万不可以用器具等进行单手操作!2.2注意事项2.2.1微调运转是没有作业能力的,只能用来模具对合,不能用来进行模具试冲等作业。
2.2.2长时间(一星期左右)休工后,重新开动压力机时,务必先进行下列作业,然后方可投入正常运转。
①进行日常检查和每月检查的定期检查项目;②进行前面【1.操作准备】所列各项内容;③卸下模具,以寸动进行30分钟以上的磨合运转,确认各部件有没有异常噪声、发热或异常振动。
进行该项检查时,务必注意安全!2.3开动操作务请在进行前面【1.操作准备】各项工作之后才进行下列工作:(1)操作电源置入【ON】通位;⑵往复位方向转动【紧急停止】按钮;⑶确认滑块装模高度调整开关置入断开位置;⑷确认安全保护装置接通;⑸确认上模夹紧处于夹紧状态;⑹确认工作台夹紧处于夹紧状态;⑺确认飞轮制动器处于脱开位置;⑻如果是调速压力机,将速度设定在最低速位;⑼把主电机选择开关置于“正转”位置;⑽按压主电机起动按钮,主电机起动.此时应确认皮带无打滑声和异常振动,飞轮的转动方向与箭头方向一致。
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气动注浆泵ZBQ-5/12使用说明书(执行标准:Q/XTK03-2007)安全注意事项:本机以压缩空气为动力,使用时,工作气压不得超过0.8Mpa;停机时应可靠的关闭进气阀门,防止气动机构自动开启而造成人员伤亡事故。
本机连接的压缩空气软管应符合煤炭行业标准的规定,与本机的连接应牢固,可靠。
严防接头突然松脱或软管突然爆裂造成人员伤亡事故。
本机工作时,要注意观测顶板状况,防止顶板突然局部冒落或碎石下落等砸伤操作人员。
操作本机时应缓慢开启,调整气动阀门,严禁突然贸然启动气动泵,以免造成以外事故。
本机最高排浆压力为40MPa,应严格控制,使用时不得超过额定值,并应注意输出管路连接可靠,以避免造成以外事故。
本机泵出的介质为化学浆液,对人体有一定危害,工作时人手不得直接接触,并应采取措施,防止浆液损伤人眼,脸等部位。
本机连接的任何维修保养操作前,必须先卸掉压力并关闭进气球阀。
不要用高压软管去拖拉设备。
也不要让高压软管经过交通拥挤的地方、尖锐的边缘、运动的物体和热的表面。
气动泵启动前将进气调压阀调压旋钮逆时针旋至极限位置(零压状态),接通气源,缓慢顺时针旋转进气调压阀旋钮,使气动马达正常工作,发现问题立即停泵排除。
当达到最大排浆压力或换注浆孔时,应关闭气动泵进气阀门并打开卸荷球阀,将排浆管内浆液卸压。
在未卸压力和进气开关开启的情况下,不要松动涂料泵、高压软管及喷枪等的连接部位。
清洗本机腔体时应采用20#机油,该清洗介质容易损伤人的皮肤,应注意操作人员的防护,对清洗液(含清洗腔体后的废液)的保管与处理应符合环境保护的规定。
在井下清洗本机的清洗介质不得采用汽油,煤油或其它易燃,有毒的洗涤材料,以免发生火灾事故。
安标受控零部件明细表中的零部件,用户不得随意更换。
一、概述1. 产品特点:ZBQ—5/12型气动注浆泵为全气动,可单、双液注浆,压力可调式注浆泵;配气换向装置技术先进,动作灵敏,性能稳定可靠;气动泵设计结构简单、使用方便、易于维护、寿命长;具有体积小、重量轻、灵活可靠、应用广泛等众多特点。
2. 主要用途及适用范围:ZBQ—5/12型气动注浆泵以压缩空气做动力,用不小于φ13通径的高压胶管提供气源,耗气量1~3.5m3/min,气压0.2MPa-0.8MPa。
压注喷涂有机和无机化学流体。
可以在大淋水、高瓦斯场合使用,主要适用于大断层、溶洞、被淹矿井及地面帷幕等注浆加固工程;井筒、巷道涌水直接封堵及超前预注浆加固工程采煤工作面或巷道破碎顶板注浆加固、采空区直接灭火和密封,快速砌筑护巷墙;采区煤层防尘注水;城市建设的地下涵洞、供水管道、煤气沟等施工修缮和维护等多种领域。
3. 规格型号:ZBQ—5/124. 型号的组成及其代表意义:ZB Q --- 5/12主参数:0.5MPa进气压力下额定排浆流量(L/min)/额定排浆压力(MPa)特征代号:动力源类型:Q-气动类型代号:煤矿用注浆泵二、结构特征与工作原理1. 气动注浆泵组成:气动注浆泵包括气源附件、工作缸、气动马达、吸浆管、排浆系统、泵架及管路等。
2. 工作原理:压缩空气由不小于φ13通径的高压胶管引入气动泵,经过气源附件、进气截止阀,进入气动马达,通过下先导阀控制主换向阀到达气动马达活塞下腔,马达活塞向上运动,带动工作缸柱塞向上运动,浆液进入阀内,同时排出上一循环柱塞杆与缸筒环形面内的浆液;马达活塞运动到顶部,推动上先导阀动作,带动工作缸柱塞向下运动,排出浆液。
活塞运动到底部,推动推动下先导阀动作,使主换向阀换向,活塞再向上运动,完成一个循环。
如此往复,进行吸排浆。
气源附件控制进气总量和分别进入两个气动马达的进气量和进气压力。
两个工作缸柱塞面积相等,通过调节进气截止阀的大小可控制相应柱塞的快慢达到输出体积比的变化。
3. 气源附件:气源附件包括进气接头、进气总截止阀、调压式空气过滤器、气压表、三通接头、注油器、中间接头等,(附图2)这一部分的主要作用是:给气动马达提供洁净的压缩空气,并通过进气截止阀和进气调压阀调整气动马达进气量和进气压力,从而控制马达的工作速度,调整吸、排浆量,最终决定注浆流量。
4. 工作缸:工作缸主要由吸浆接头、吸浆阀座、缸筒、泵座、柱塞杆、柱塞阀座、钢球、密封件及附件组成。
柱塞杆与柱塞阀座连成一体,再通过M16的螺母与马达连接,马达带动柱塞阀座上下往复运动。
(附图3)柱塞阀座向上运动,柱塞阀座与吸浆夜工座之间形成真空,浆液在大气压力作用下进入这个真空区,实现吸浆,同时排出上一循环柱塞杆与缸筒子环形面内的浆液;柱塞阀座向下运动,使柱塞阀座与吸浆阀座之间的空间减小,浆液压力加大,排出浆液,实现排浆。
柱塞往复运动,泵完成吸排外交活动过程。
5. 气动马达:气动马达主要包括:马达活塞及系统换向部分。
压缩空气经气源部调压后,进入气动马达,推动马达运动,马达带动工作缸往复运动,完成吸排浆过程。
6. 吸浆管:吸浆管包括浆液过滤器、吸浆硬管、吸浆软管。
其中吸浆软管应符合MT/T98-2006标准,吸浆管的主要作用是把料桶的浆液输送到泵的吸浆接头,过滤器保证浆液的清洁度。
7. 排浆系统:排浆系统包括:注浆压力表、矿用K10高压胶管、注浆阀门、卸压阀门、“人”三通、混合管等。
排浆装置把泵排出的浆液在混合器混合,通过高压胶管到达注浆孔。
矿用K10排浆高压胶管符合MT/T98-2006标准。
8. 泵架:泵架采用钢管、铁板和铸铁轮焊接安装而成,气动马达安装在泵固定板上,工作缸连接在马达下部,泵固定板下方安装气源附件部分。
三、技术特征基本参数见表1:项目参数值供气压力(MPa)0.2-0.8压力比值65:1最大输出压力(MPa)40最大输出流量(L/min)30耗气量(m3/min)1-3.5噪声声压级(dB)≤ 95使用温度(℃)5~60浆液组分比(可调节)1-4:1主机质量(kg)≤ 60外形尺寸(长×宽×高)700×400×500适用介质化学流体材料四、安装与调试1. 安装:1)注浆泵本身是一套完整的系统,不需要专门安装,可直接使用。
2)注浆泵必须水平放置,保证工作缸与地面垂直,否则影响工作缸的正常工作,并尽可能固定在适当位置。
3)吸浆桶、吸浆管、高压胶管、混合器布置要合理,避免管路扭曲、打折、交叉等。
2. 调试:1)检查气动泵各螺栓、螺母以及各管路接头(包括吸入系统的连接螺母和喉箍)是否拧紧。
2)各润滑部位,油雾器内,加满20号机械油。
3)将进气调压阀调压旋钮逆时针旋至极限位置(零压状态)。
4)将吸浆管放入吸浆桶内,打开混合器上的卸压阀门,关闭注浆阀门。
5)接通气源,先缓慢顺时针旋转进气调压旋钮,使气动马达正常工作;气动浆运转1分钟以上,检查各部分运转是否正常,如注双料,可根据配比调整各自的运行速度。
6)关闭混合器卸压阀门,根据浆料种类,调节进气压力,使注浆泵达到设计压力。
然后停泵,处理发现的问题,准备注浆。
五、使用、操作1. 使用前检查:检查泵放置、料桶放置、吸浆管长度、出浆管长度、泵与注浆孔的垂直距离,注意管路要顺畅;连接螺栓、各接头要拧紧,油雾器要加好润滑油;注意高压胶管U型卡安装牢固。
2. 操作:1)打开排浆系统的注浆阀门,关闭卸压阀门,试注水1分钟以上。
2)待确认正常后,迅速将吸浆管放入浆桶内,同时打开排浆系统的卸压阀门,关闭注浆阀门,观察浆液状况。
3)将注浆管与注浆孔位接通,打开排浆系统的注浆阀门,关闭卸压阀门,开始注浆。
3. 注浆过程中的注意事项:1)浆料必须保持清洁。
对于不清洁的浆料,根据浆料颗粒大小及粘度应经40~100目滤网过滤后方可进行注浆;对于容易沉淀的浆料,在注浆过程中还应注意搅拌;对于粘度较大的浆料,吸入管端部不准加过滤网,以免浆料吸入不畅。
2)注浆过程中,要注意观察两柱塞的工作情况,压力表指针变化,气体及浆液有无外泄露,发现问题及时处理。
3)在寒冷季节或空气湿度相对湿度过高,气动泵的消音器内、外部“积霜”现象严重,影响气动泵工作时,将消音器卸掉。
4. 停泵:1)注浆结束后,将吸浆管从浆料桶中提起,使气动泵空载运行,将泵内剩余浆料排出。
2)关闭注浆阀门,打开卸压阀门,将吸浆管放在机油桶内,在空载工况下运行2分钟,清洗柱塞、高压胶管、逆止阀及混合器内的浆料。
清洗时,应将进气阀门开小些。
3)清洗完毕,关闭进气阀门,泵停止工作。
拆高压胶管时,一定要注意先卸荷,在拆管,防止高压浆喷出,发生安全事故。
六、常见故障及排除方法常见故障及排除方法见表2:序号故障现象故障原因排除方法1. 进气量不够气动泵使用中出现换向无力,流量小1)检查气源压力是否达到要求?(0.2~0.8Mpa)2)气源管路通径是否达到规定要求?(管路通径应不小于13㎜)3)各管接路头是否拧紧?4)进气截止阀是否开启到最大位置?2. 气动泵启动后不动,一股气流从气动马达上观察螺塞小孔或下观察螺塞孔不停地窜出。
1)换向活塞上的Y型密封圈破裂,或密封圈外沿处垫有异物,换向活塞上、下腔窜气。
2)上、下先导阀中的弹簧折断或弹力不足,先导阀芯不能及时关闭。
3)上、下先导阀体中的橡胶密封圈损坏,变形或失效,起不到密封作用。
4)气动泵长期不用,换向小活塞被粘死。
1)拆下配气块及换向活塞上盖,取出换向活塞,更换破损的Y型密封圈。
用压缩空气吹净抽象向活塞孔,在内壁及Y型密封圈上涂抹清洁的20号机油,按原样装配好。
2)将先导阀盖打开,更换弹簧。
3)更换橡胶密封圈。
4)拧下观察螺塞和消音器,来回推动换向活塞使之活动自如。
3. 气动泵启动后不动,始终有股气从消音器窜出。
1)上或下观察螺塞排气孔被堵死。
2)换向滑块停在中间死点位置。
3)马达活塞O型密封圈损坏。
1)疏通观察螺塞排气孔。
2)拆下上观察螺塞,推动换向活塞使其离开死点位置。
3)更换马达活塞O型密封圈并在马达壳体内壁上涂抹清洁的20号机油。
4. 注浆中突然压力减小,出浆流量减小,而气动泵仍正常工作。
1)浆液吸入口被堵。
2)各阀口处有异物浆阀芯垫起。
3)柱塞阀座上方弹簧或吸浆阀座上方圆柱销折断。
4)柱塞阀座处V型密封圈磨损。
1)浆吸入口清除干净。
2)清除各阀口处的异物。
3)更换弹簧或圆柱销。
4)更换柱塞阀座处V型密封圈。
5. 气动泵发出呼呼声,注浆压力不足。
1)滑块及滑板磨损严重,接有部分空气直接排走,汽缸进气量减少,活塞推力减小引起注浆压力不足。
2)滑块长期使用后变形,R凹槽将换向小活塞抱死。
气流不能将滑块压附在滑板上,产生漏气。
3)马达进气接头O型橡胶密封磨损,该部位窜气,导致气压不足。
1)拆下配气块及滑块,将金相砂纸放在平板上,滑块或滑板扣在砂纸上,双手平稳内推磨,擦干净,可用红印泥或红丹粉检查其平面度。
如果两接触面有均匀的红印油,说明已磨平,否则按上述方法再次进行推磨。