dcom 15 tft lcd in stock

DCOM / Chimei Innolux N1568GE-L41 15" TFT LCD Monitor Stainless Steel Enclosure. When ordering from the US, parcels may be subject to import tax and duty charges, which the buyer is responsible to pay. Home POLICIES CONTACT US ABOUT ME FEEDBACK view all items Menu Home POLICIES CONTACT US ABOUT ME FEEDBACK view all items Categories Ball Screws / Shaft Couplings Cable Chains Cables for Automation Cameras for Automation Contactors/Relays Control Systems and PLCs Heating/Cooling for Automation Hydraulics Gear Reducers / Gear Heads Lab/Analytical Equipment Lasers Linear Actuators Linear Guides Liquid Valves/Flow Controls Manufacturing / Metalworking Motors For Automation Optics Power Supplies/Circuit Breaker Pneumatic Actuators /Cylinders Pneumatic Valves Safety Hardware for Automation Sensors Servo Motors / Servo Drives Stepper Motors /Stepper Drives Switches For Automation Transformers Vaccum Equipment Wiring for Automation DCOM / Chimei Innolux N1568GE-L41 15" TFT LCD Monitor Stainless Steel Enclosure Make DCOM Model DVS1580TPE Operational Voltage 12VDC Enclosure Material Stainless Steel Monitor Type Chimei Innolux N1568GE-L41 15" TFT CD Monitor Enclosure Dimensions 11.5 x 2 x 15" Here is a DCOM assembled Chimei Innolux TFT LCD monitor in a stainless steel enclosure. This was pulled from late model automation equipment & is in excellent functional & cosmetic condition with only minor signs of wear. This would be great for any industrial applications & comes with a 30 day right of return. Location; A 0204 18-1ListC + CV 6/20 Categories Ball Screws / Shaft Couplings Cable Chains Cables for Automation Cameras for Automation Contactors/Relays Control Systems and PLCs Heating/Cooling for Automation Hydraulics Gear Reducers / Gear Heads Lab/Analytical Equipment Lasers Linear Actuators Linear Guides Liquid Valves/Flow Controls Manufacturing / Metalworking Motors For Automation Optics Power Supplies/Circuit Breaker Pneumatic Actuators /Cylinders Pneumatic Valves Safety Hardware for Automation Sensors Servo Motors / Servo Drives Stepper Motors /Stepper Drives Switches For Automation Transformers Vaccum Equipment Wiring for Automation knowledgable staff fast shipping industrial quality 100% Satisfaction Shipping Payment returns About us Shipping Shipping Costs We do not look to make money on shipping charges. We only try to cover actual postage and shipping costs. If you feel a shipping quote is too high, please contact us as we may very well be able to do better. The eBay calculator is simply one estimate and can be off at times. On some products, we offer Free Shipping to the 48 contiguous states. For Alaska, Hawaii, US Protectorates, APO/FPO please contact us for shipping costs on these items. Turnaround Time About 95% of our orders ship within one business day and if you let us know there is a rush, we can almost always ship the same day. Freight items usually have a 2 day turn around time. Next Day Shipping We can offer next day shipping on just about all our products even if it"s not shown as an option on the shipping calculator. Please contact us for next day shipping options. We usually can get products out the same day even if paid for as late as 4:00 PM MST. Will You Reduce the Value of an Item on the Commercial Invoice to Reduce Customs Fees No, unfortunately, we cannot reduce an item"s value on an invoice or shipping document. We understand paying customs fees is no fun (we have to pay them often as well), but lying about customs fees is against federal law and eBay policy and the fines are severe. Can You Ship on My Account/Local Pickup Yes, we can ship on a customer"s UPS and FedEx account. Local pickups are also accepted weekdays from 10-5 PM and by appointment. Packaging We take packaging very seriously and use only the best void fill and cushioning products. We have a foam in place system, full crating department, and hundreds of in-stock box sizes. We feel the added cost of the best shipping materials is worth it to make sure your products arrive safely. Freight/Items near/over 150 lbs/ Very Large Items Many of our products are too large to ship through small package couriers and must be shipped truck freight. We have a loading dock and get very competitive rates with all the common freight couriers. Please contact us if an eBay freight quote seems high as we can almost always beat that rate by a considerable margin. We will need a phone number and address details to schedule a freight shipment for you. As always, buyers are welcome to arrange their own freight pickups. In most cases, items will be fully crated. Depending on the size of the item there may be a palletizing/crating fee. This fee will vary depending on the size of the item. Please contact us for pricing Payment Payment Time Payment is typically requested within four business days and non-payment claims are usually started after a week. Please contact us in advance if you need special arrangements. Payment Methods We accept Paypal and all major credit cards. We are now accepting NET30 payment plans from major companies and universities. Returns Customer Satisfaction We strive for 100% customer satisfaction and will do everything possible to maintain this. Our feedback is proof of our effort to maintain very high customer satisfaction. Product Functionality/Guarantee Policy Unless specifically stated in a listing, all our products are guaranteed in working shape upon arrival. Due to the technical nature of many of the products we sell, we cannot test every item, but we do guarantee them working all the same. We offer a 30 day no questions asked return policy. If an item arrives damaged or defective, we will cover the cost of return shipment. Longer Test Times/Return Policy We completely understand that many of our automation products take a considerable amount of time and effort to implement into a machine or fully test and can often offer a longer return time/testing period if necessary. Please contact us for more details. Returns We offer a 30 day no questions asked return policy. No RMA number is necessary as we get very few returns. Just let us know that you wish to return an item and we will provide the necessary return information. In the unlikely event an item is defective/damaged in shipping/ or does not match our description, we will cover the cost of return shipment either through a Paypal payment or we can send a return label. In all other cases, we do ask that the buyer covers the cost of shipment. Refunds are processed promptly and will have no restocking/return fee unless an item sold as new is not received back in the condition it was sent. In the case a new item is not returned back in the condition sent, the buyer will be charged a 20% restocking fee. About us Where Do You Get All This Stuff? Most of our inventory comes from larger companies going out of business or downsizing equipment. We also purchase truckload quantities from industrial auctions and privately negotiated sales. We are very competitive when we buy and purchase only new and used good functional industrial automation equipment. Capabilities Six hard-working individuals run our shop, process equipment, list inventory on eBay, and ship daily. We also have CNC manufacturing equipment for refurbishing actuators and other motion control hardware which is our specialty. store newsletter Sign up and receive our email newsletters about new items and special promotions. sign up » Home POLICIES CONTACT US ABOUT ME FEEDBACK view all items Copyright © 2019 Motion Constrained LLC. All rights reserved. eBay Template Design by OCDesignsOnline Tailor your auctions with Auctiva"s Listing Templates! THE simple solution for eBay sellers. MPN DVS1580TPE Brand DCOM Model DVS1580TPE

Ann Arbor Technologies (Ann Arbor, Mich.) has the WebLink. This factory-floor network computer has a Sun Sparc IIep processor, Java operating system, and a 13.8-in. active matrix TFT (thin film transistor) display.

Dynapro (Delta, British Columbia, Canada) is offering a diskless PC with Microsoft Windows CE embedded. The active matrix TFT flat panel display comes with a resistive touchscreen or an optional patented Near Field Imaging touchscreen.

Reflecting this vision, Rockwell Automation/Allen-Bradley (Milwaukee, Wis.) now has color flat-panel displays from 6- to 15-in. and a 20-in. CRT monitor which all use a common software configuration.

Two Technologies Inc. (Horsham, Pa.) now offers the HV-30 hand-held terminal. This ASCII terminal with serial connectivity (RS-232, 422) has a 2-line by 40-character LCD device. Supertwist LCD and backlit LCD are also available. The 30-key membrane keypad has configurable function keys. Priced at just over $200, this is an economical entry-level system.

TD17 text display from Siemens Energy and Automation (Alpharetta, Ga.) is an LCD text only display that can use two font sizes. The 6- and 11-mm fonts can be mixed on one line or use only one for emphasis or to pack more information on the screen. TD17 is programmed with the current Pro Tool software operating under Windows 95. It has drivers not only for Siemen’s Simatic products but also for several other brands of PLCs.

PLCDirect’s (Cumming, Ga.) OptiMate family of operator interfaces are low-cost LCD interfaces that feature user-configurable function keys, annunciator lamps in various colors, and setpoint display capability.

Aromat Corp. (New Providence, N.J.) has incorporated two-color backlit LCDs into the D30 graphic touch panel. Paging functions create screen changes such as a flashing red light alarm. The D30 can display text, graphics, symbols, and bar charts. The product stores up to 256 message screens with up to 32 function keys per screen.

GE Fanuc Automation (Charlottesville, Va.) builds in networking to each display station in its Cimplicity HMI product line. On the low end, the Datapanel 160 still supports graphics, messaging, alarming, scaling of data, redefinable function keys, and membrane keypad data entry. Fieldbus networks such as Profibus and Genius are also supported. The Datapanel 1000 series has ported color active matrix TFT down to a 10.4-in. display. Engineers at GE Fanuc believe Windows CE will add more functionality to low-end devices while the market will also drive manufacturers to larger flat-panel displays.

Larger flat-panel displays made for the factory floor are beginning to make it to the market. Total Control Products (Melrose Park, Ill.) has introduced the Marathon Series of PCs, monitors, and peripherals. The monitors have TFT color technology with SVGA (800 x 600 pixels) and XGA (1,024 x 768 pixels) resolution. The displays are up to 14.9-in. active matrix TFT and 17.7-in. passive LCD.

Sometimes the resolution of the graphic presented to the monitor is not of sufficient quality for higher resolution screens. Interlaced full motion, video and progressively scanned computer graphics are a challenge. Computer Dynamics (Greenville, S.C.) has developed the Vamp-SmartSize. Available in Computer Dynamics’ panels from 6.4- to 15-in., the Vamp-SmartSize provides smooth image resizing so that VGA images will now fill the entire SVGA or XGA screen. Video from NTSC video sources like CCD cameras, VCRs, or any type of TV signal can be displayed. Automatic calibration makes it easier to get the optimum image on the screen.

If a 15-in. display isn’t large enough for graphics, Aydin Displays (Horsham, Pa.) has the answer. The AMLCD FPD is a 20-in. active matrix LCD flat-panel display that supports 1,280 x 1,024 pixel resolution.

Combining the trend toward larger flat panel displays with their expertise in touch, Elo Touchsystems (Fremont, Calif.) is now shipping two new flat-panel, active matrix, TFT displays. The Trimline 12.1-in. Touchmonitor features the Elo AccuTouch five-wire resistive touchscreen while the 14-in. model has a surface acoustic wave touchscreen in a NEMA 12 configuration. The 12.1-in. model has SVGA resolution and the 14-in. one is XGA.

Inova Inc. (Richland, Wa.) has taken surface acoustic wave technology a little further and claims to have the first packaged in a NEMA 4X display. The 12.1-in. active matrix, TFT display has 4,096 x 4,096 individual touch points so that ultra-fine precision is achieved. Have a problem with a glob of grease or peanut butter from lunch stuck on the screen giving a false signal? Inova engineers have developed algorithms that “see” an unmoving object and tunes it out.

New object technologies such as OLE for Process Control (OPC) and the Distributed Component Object Model (DCOM) are allowing industrial applications to become more finely distributed while remaining integrated by way of system architecture. Distributed data within an integrating architecture fit the distributed nature of the intelligent plant-floor and the access needs of the overlying business systems.

These two technologies, OPC and DCOM, are complementary and will result in eliminating the proprietary drivers used to connect data from the device to the application and from application to application. For industrial applications at and above the HMI level in the architecture, these techniques will see wide acceptance. The Manufacturing Execution System (MES) layer where integration costs have remained high will see an immediate benefit from these techniques. Current MES projects with integration service content over 40% will see drastic improvement as “drag and drop” integration is provided within the base technology.

The OPC and DCOM impact in industrial automation will be further amplified when combined with other supporting technologies such as ActiveX, Ethernet, HTML and dynamic HTML, micro web servers and browsers. In combination, the result will be a flurry of new products as these new technologies are adopted.

FIG. 1 is a diagram of an embodiment of a transport system (TS) integration system 10, comprising a manufacturing execution system (MES) 11 and TSs 13, 14 and 15. MES 11 follows standard procedural steps to direct TSs 13, 14 and 15 to perform various transport movements and to return stock information about one or more particular locations.

The MES 11 may be an integrated computer system representing the methods and software tools used to accomplish production. For example, the primary functions of the MES 11 may include collecting stock data for one or more locations, such as fabrication tools, stockers or others, in real time, organizing and storing the stock data in a centralized database, work order management, fabrication tool management, process management and transport management. Examples of the MES (not shown) include Promis (Brooks Automation Inc. of Massachusetts), Workstream (Applied Materials, Inc. of California), Poseidon (IBM Corporation of New York), SiView (IBM Corporation of New York) and Mirl-MES (Mechanical Industry Research Laboratories of Taiwan). Each MES may have a different application area. For example, Mirl-MES may be used in applications involving packaging, liquid crystal displays (LCDs), and printed circuit boards (PCBs), while Promis, Workstream, SiView and Poseidon may be used for IC fabrication and thin film transistor LCD (TFT-LCD) applications. Fabrication tools typically perform a single wafer fabrication task on the wafers in a given lot. For example, a particular fabrication tool may perform layering, patterning, doping, implanting or heat treatment operations. Stockers provide storage capacity for depositing wafer lots waiting for process or inspection.

The TSs 13, 14 and 15 are employed to move wafer carriers containing wafer lots from one location to another based on instructions from the MES 11. Wafer carriers are typically input to the TSs 13, 14 and 15 using automated equipment. Automated equipment is also used to remove wafer carriers using the fabrication tool or stocker loadports as the exit point, with the TSs 13, 14 and 15 and/or removal equipment designed to allow several wafer carriers to accumulate near locations while preventing collisions between adjacent wafer carriers. Transport system servers 131, 141 and 151, respectively embedded in the TSs 13, 14 and 15, may be an integrated computer system representing the methods and software tools used to accomplish wafer carrier movement and stock information feedback. The transport system servers 131, 141 and 151 preferably provide software services compliant to various proprietary standards specifying transmission protocol, message format and functionality.

FIG. 2 is a diagram of hardware architecture of an embodiment of a MES or a TS server, comprising a processing unit 21, memory 22, a storage device 23, an input device 24, an output device 25 and a communication device 26. The processing unit 21 is connected by buses 27 to the memory 22, storage device 23, input device 24, output device 25 and communication device 26 based on Von Neumann architecture. There may be one or more processing units 21, such that the processor of the computer comprises a single central processing unit (CPU), a micro processing unit (MPU) or multiple processing units, commonly referred to as a parallel processing environment. The memory 32 is preferably a random access memory (RAM), but may also include read-only memory (ROM) or flash ROM. The memory 22 preferably stores program modules executed by the processing unit 21 to perform TS integration functions. Generally, program modules include routines, programs, objects, components, or others, that perform particular tasks or implement particular abstract data types. Moreover, those skilled in the art will understand that at least some embodiments may be practiced with other computer system configurations, including hand-held devices, multiprocessor-based, microprocessor-based or programmable consumer electronics, network PCs, minicomputers, mainframe computers, and the like. Some embodiments may also be practiced in distributed computing environments where tasks are performed by remote processing devices linked through a communication network. In a distributed computing environment, program modules may be located in both local and remote memory storage devices based on various remote access architecture such as DCOM, CORBA, Web object, Web Services or other similar architectures. The storage device 33 may be a hard drive, magnetic drive, optical drive, a portable drive, or nonvolatile memory drive. The drives and their associated computer-readable media (if required) provide nonvolatile storage of computer-readable instructions, data structures or program modules. The communication device 26 may be an Ethernet drive or a wireless network drive compatible with 802.x or GPRS. Those skilled in the art will recognized that more than two of MES 11, TS servers 131, 141 and 151 can be integrated in a single computer.

FIG. 4 is a flowchart of an embodiment of a method of TS integration showing steps performed by the MES 11. In step S41, a request comprising information regarding a manufacturing object is received. The manufacturing object may be a fabrication tool or a stocker. The received request may comprise information regarding a request for wafer carrier movement from a first location to the manufacturing object, or from the manufacturing object to a second location, or data query request of the manufacturing object. In step S43, a TS server is determined among multiple TS servers, such as 131, 141 and 151, contingent upon information regarding which TS server governs the manufacturing object. In step S45, a command corresponding to the received request is generated. In step S47, the generated command is issued to the determined TS server. The generated command may be issued to direct a TS corresponding to the determined TS server to move the wafer carrier from the first location to the manufacturing object or from the manufacturing object to the second location. The generated command may be issued to acquire data corresponding to the manufacturing object.

FIG. 5 is a flowchart of an embodiment of a method of TS integration showing steps performed by the MES 11. In step S511, a request is received. The request may be received from a particular application in the MES 11, such as manufacturing scheduling, logistic data management and the like, or a client application in a remote computer (not shown). In step S521, a request type for the received request is determined. Two types of requests, carrier movement and data queries, are supported by the MES to interact with TS servers 131, 141 and 151. Carrier movement requests are utilized to direct TSs 13, 14 and 15 to move wafer carriers from one location, such as a fabrication tool, a stocker and the like, to another via automated equipment. Data query requests are utilized to query data, such as TS status, inventory details or operation status for various locations, such as fabrication tools, stockers or others. The carrier movement requests typically involve automated equipment operations, such as movement of over-head transport railroad, wafer carrier removal from a loadport of a fabrication tool or stocker, or others, and the data query requests are not. The data query requests typically are utilized to retrieve information stored in corresponding TS servers. In step S531, a TS server among multiple TS servers is determined by comparing information provided in the received request with information stored in the mapping records. The acquisition of information provided in the received request can be achieved by parameters carried in the received request. Referring to FIG. 3, for example, when the received request comprises information regarding a movement from a stocker “41111” to a fabrication tool, TS server “TS14” is determined. Alternatively, when the received request comprises information regarding an inventory data query for a stocker “51345”, TS server “TS15” is determined.

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