A vehicle identification number (VIN) (also called a chassis number or frame number) is a unique code, including a serial number, used by the automotive industry to identify individual motor vehicles, towed vehicles, motorcycles, scooters and mopeds, as defined by the International Organization for Standardization in ISO 3779 (content and structure) and ISO 4030 (location and attachment).[1]
It is important to identify the serial number of your Stadco generator and its engine prior to contact us with a support or warranty request. Here are easy, downloadable instructions on where to local the serial number on your product.
Mitsubishi Design Tool Serial Number
A: Yale forklift serial numbers consist of four parts, and each part gives information about the lift truck to which the serial number is assigned. These four parts are the design series, the manufacturing plant, the sequence of manufacture, and the year of manufacture of the lift truck. This system of numbering has been in place since 1995. (If these instructions look familiar, it is because Yale and Hyster forklift serial numbers are interpreted the same way. Another blog post covers the basics of reading Hyster serial and model codes.)
Part 1: This section should be a combination of letters and numbers. This sequence refers to the design series and model of the forklift, according to the table to the right. Click the table for a larger image.
The facility is located “only minutes away from major customers” and will manufacture for clients in the consumer, electronics, telecommunications, medical, and automotive industries. The plant also boasts the latest technology and design capabilities “while encompassing lean manufacturing principles.” Equipment includes 20 presses with full servo robotics, a Class 10,000 cleanroom, a full-service paint facility, and a toolroom in 24,000 sq ft.
One of the first steps in any product design is the selection of a material. Software tools have automated and simplified this process somewhat, but a new polymer selection program uses advanced search criteria to find materials that better suit an application’s needs. According to its creator, the new CES Optimal Polymer Selector package from Granta Design is systematic, design led, and scientifically based. After entering criteria for an application material, many polymer selection programs reportedly indicate that there are no materials for the job when there in fact are, but the search criteria have eliminated viable options.More problems can occur when design requirements don’t translate into material properties. One example of application needs being lost in a resin database is if material selected for a stiff panel isn’t necessarily suitable for a stiff beam. Other factors like price and performance can become muddled as well.Granta’s program applies three modules to refine initial searches according to the chemical environment the part will encounter. CES PolymerUniverse, CES Campus, and CES ChemRes use a generic database in which each data sheet represents all similar materials from all manufacturers to locate specific commercial grades in the search’s second stage.The software uses performance indices (for example, light panel or stiff beam) and graphical charts to choose the optimal material. Granta says its CES PolymerUniverse is the broadest generic database of its kind, covering virtually all filled and unfilled plastics available. It includes a broad range of properties with complete data sheets.The CES Campus module, developed in conjunction with M-Base (Aachen, Germany), contains the full set of Campus data for participating suppliers, allowing easy access and grade selection. The CES PolymerUniverse module ranks polymers by their resistance to chemicals. More than 190 chemicals are included ranging from olive oil to sulfuric acid.Granta Design Ltd.
Delcam took a similar approach to flexibility in the latest version of its automated electrode design system, PS-Electrode. This version, working with Delcam’s PowerShape hybrid modeling software, lets the user step out of the automatic process at any stage, make adjustments to the electrode design, and return to automatic operation. The new version thus allows much more complex designs to be produced where more work is required than simply extracting data directly from the tooling model. Also, PS-Electrode previously had the ability to select automatically the most suitable blank from a database. It will now also rotate the blank into the most efficient machining orientation to minimize material waste and cutting time.
Knowledge-based MachiningAlong with automating its CAD design tools, Delcam also launched AutoCAM, a knowledge-based module for its PowerMill machining software. Unlike systems based on feature recognition of geometry such as holes and bosses, AutoCAM analyzes all surfaces within the CAD model and selects the most appropriate machining methods for the job.
The FieldEcho offers a graphic web-based user interface in a mod-ern, self-explanatory and appealing design. It can either be opened with a browser or integrated in the HMI of a machine or plant. In the system and IO-Link master overview, it visualizes all configured IO-Link masters and the IO-Link sensors and actuators which are connected to the respective ports and therefore automatically detected. It also clearly displays the status of all IO-Link devices. It is also possible to open the software in a device page, which enables the user to look at the device data like with a zoom function. In this view, the device identification is displayed with information such as the serial number or the software version and device name and image. Incoming and outgoing process data is visible at a glance. In addition, the graphic user interface also provides the option of completely parameterizing all IO-Link devices. The FieldEcho there-fore ensures unrestricted transparency - the entire IO-Link system is visible for the user on the screen like an open book. The machine manufacturer or system integrator therefore not only saves time, but also relieves its PLC, thereby ensuring that the usual performance of the machines or plants is maintained. 2ff7e9595c
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