《CB在线水清洗机》PPT课件.ppt

,Presentation,KEENTEC DESIGNED,PCB Cleaning machine manufacture:,联系电话蓝生 ,Established in 1952/公司成立于1952年 In line Aqueous Cleaners/在线水清洗机 Batch Aqueous Cleaners/离线水清洗机 Wave Soldering machines/波峰焊锡机,In line Aquesous Cleaners,About TDC: /关于TDC,Batch Aquesous Cleaners,Wave solder from DEKTEC,Complete Demonstration Facility/美国制造工厂与展示厅 Applications Lab for Soldering and Cleaning/提供各种焊接或清洗方案的实验 Custom engineering and manufacturing/滿足客户定制化的设计与制造 Service Center/服务中心,Global Sales & Service Locations 全球销售与服务区域 Asia Europe Mexico,Manufacturing Facility :Technical Devices has a 300,000 sq. ft. manufacturing plant equipped with a Thermwood Router and Fadal Machining Center 制造条件: TDC拥有30万平方英尺的工厂面积,配有顶级的Thermwood Router及Fadal 加工中心.,Industry Partnerships/合作伙伴 Working together to meet our customers needs,Research Centers 研究中心,Solder Suppliers 锡料供应商,INDIUM CORPORATION,Technology Associations技术合作协会,Metallic Resources,Technical Devices Customers/TDC部份荣誉客户,离线清洗机 Nu/Clean AquaBatch JR,离线清洗机 Nu/Clean AquaBatch JR,离线清洗机 Nu/Clean AquaBatch XL,清洗机水流原理 The Fluid Flow Theory,Physical Properties of the Cleaning Agent/清洗介质的物理性能 Surface Tension 表面张力 Density 密度 Viscosity 粘度 Higher Energy Fluid Delivery 高效能流体传输 Flow Rate 流动量 Impact Velocity 冲击速率 Energy Delivered is Dependent on the Following Equation for Kinetic Energy: 动能公式 Kinetic Energy Surface = mV the Surface,Fluid Flow Theory: 流体原理 Cleaning Small Gaps Is Based on The Following Properties 微小间隙清洗基于以下属性:,离线清洗流程,Chemistry,Water,Waste,1,1,2,3,Rinse Aid,Defoamer,Dryer,TDC AquaBatch Series: AquaBatch JR Process Diagram: Chemical Wash JR离线溶剂清洗,TDC AquaBatch Series: AquaBatch XL Process Diagram: Chemical Wash XL离线溶剂清洗,Heated Holding Tank,Rinse Aid,Defoamer,Water,Waste,Dryer,1,2,3,TDC AquaBatch Series: AquaBatch JR/XL Process Diagram: AquaWash JR/XL离线溶剂清洗: 冲洗,Rinse Aid,Dryer,Defoamer,Chemistry,Water,Waste,1,2,3,1,TDC AquaBatch Series: AquaBatch JR/XL Process Diagram: RINSE JR/XL离线溶剂清洗: 漂洗,Rinse Aid,Dryer,Chemistry,Water,Waste,1,2,3,Defoamer,1,TDC AquaBatch Series: AquaBatch JR/XL Process Diagram: Dry JR/XL离线溶剂清洗: 烘干,Dryer,Chemistry,1,Rinse Aid,Defoamer,Water,Waste,TDC AquaBatch Series: Facilities Preparation Options: Incoming Water 外部配置选项: 进水,Water,Water,Water,IAC,Heater,WASH,TAP,RINSE,IAC,Water,TAP,Incoming Water Configuration 2: The wash water (“HOT”) is routed through an external IAC column and than through a water heater. This will increase the initial temperature of the wash fluid, providing shorter cycle times. The rinse water (“PURE”) is routed solely through an IAC in order to maintain high resistance value.,RINSE,Incoming Water Configuration 3: The wash water (“HOT”) and rinse water (“PURE”) is routed through an IAC and followed by a water heater. This model will provide the shortest cycle time and will insure high resistance readings throughout the cycle.,Incoming Water Configuration 1: It is possible to meet IPC specifications without the use of DI water through the cleaning process. This strongly depends on the condition of the facility water.,TDC AquaBatch Series: Facilities Preparation Options: outgoing waste treatment 外部配置选项: 排水,Evaporator,Waste,P.F.,WASTE,Waste,Carbon,WASTE,Outgoing Waste Configuration 1: No Treatment In most municipalities it is possible to discharge the waste from a cleaning machine directly into the sewer system. However this varies from state to state, and in most areas from municipality to municipality. If discharge is limited either by corporate or state mandate there are options available to treat or to even negate sewer discharge from the equipment.,Outgoing Waste Configuration 2: Particle Filter & Carbon Bed The first option is to treat the waste through a particle filter (P.F.) in order to remove solids followed by a carbon bed to reduce the flux content in the waste stream.,Outgoing Waste Configuration 3: Evaporator The third and final option is to move the waste affluent to an evaporator. This will reduce the waste to a solid, which than may be disposed of through waste disposal.,TDC AquaBatch Series: Control Interface,No More IT Troubleshooting, No more Crashes. EEPROM based control interface, allows for high reliability, low failure rate, and allows for simple cost effective in-field repair/replacement. Simple, Straightforward, and Powerful. The system is designed to provide all of the data points required in a modern ISO9001 compliant institution. With RS-232 data-feed providing all process data points. Further the reduced graphical clutter provides for easier interface, with lower training and staffing costs, and most importantly lower purchase price.,TDC AquaBatch Series: Control Interface,Robust, Windows Based Platform Easy to use operator interface Password controlled access Alarm package and Auto Start/Stop included in programming 12.1” LCD Touch Screen,TDC AquaBatch Series: Screen shots: Main screen 主操作界面,TDC AquaBatch Series: