Common discrete manufacturing requirements include: Many parts are deeply specific and may be contracted out to more niche contract manufacturers. Imagine a car manufacturer the challenges that Ford faces lie within the complexity of ordering engines, tires, nuts, bolts, and a multitude of other parts, and then assembling them in a critical order. Discrete manufacturing is the creation of goods whose parts may be taken apart and sold separately as subassembly or raw components if desired. finished good yield, waste yield, re-usable product yield, etc.) What is discrete manufacturing, exactly?ĭiscrete manufacturing is quite different. Can the system track the cost of goods per their ratio of consumption against the various yields of production (e.g. Does the system allow for robust product management, including material shelf life, and can you define expiration dates dynamically on receipts of incoming material?
WIN500 SYSTEM TYPE MIXED MODE SOFTWARE
Will the software allow flexible units of measure tracking, so buyers can order goods in precise measurements, and can the same goods be automatically converted to the stocking unit of measure? When selecting an ERP system, process manufacturing begs careful qualification:
Process manufacturing poses challenging requirements, including intricate formulas and recipes, and maintaining traceability through complex batch-level production. Baird’s creates a product whose ingredients (wheat, flour, margarine, yeast, etc.) are impossible to separate. Think food manufacturers for something as simple as bread, Mrs. Process manufacturing describes the production of a good whose components, once assembled, cannot be divided or disassembled. This type of flexible cloud manufacturing solution obviously comes in handy if you are a company that engages in many different modes of production under one roof. However, a properly designed ERP solution will anticipate the requirements of many different modes of manufacturing. Two categories exist to define how a product is manufactured: discrete, and process.Īs ERP products are typically borne out of niche necessity, most only model one type of manufacturing, and are designed to do that one thing very well. Do not waste precious Objects by duplicating TG's.Discrete, Process, & Mixed Mode Manufacturing In The Cloudįebru/ Posted by CetecERP There are two kinds of manufacturing in this world… If you are using 7,000 TG's then you are hearing so much you really are not hearing anything, lol. This configuration takes up 1,630 objects and produces about 2,500 hits per day. My conventional and TG's include all police, fire, ems, hospital,OSP, ODOT for Northern Ohio along with 100 RID's. I have done it that way, mixed way and 700-800 and have not noticed a difference). I have 30 MARCS Control and Alternate frequencies programmed for 7 towers mixing the 700 and 800 mhz together (someone once said to put 800 first and 700 second. Here in Northern Ohio I have programmed MARCS, GCRCN, Parma P-25 and Austintown and Erie, Pa trunked systems along with 130 Conventional frequencies.
Also, you are limited to 32 frequencies per trunked system. That includes all control, alternate tower frequencies, conventional frequencies and trunked Talkgroups and Radio ID's. For the PSR-500 you are limited to 1,852 object blocks per V-Folder. I still use a PSR-500 along with a WS-1080. We really need a new choice (such as previously proposed TRX-100) but that doesn't look like it will come to fruition, if ever. It seems like there is nothing out there to solve it all. But this creates even more issues (such as what batteries it uses, user interface, etc). With Phase II and simulcast issues it appears the only real solution presently available is the SDS-100/200.
But I do not like the user interface at all. I had previously purchased a BCD996P2 for my dad and think it handles this issue much more eloquently (sharing TGs across different sites, even if scanning multiple control channels at the same time). I bought a TRX-1, which solved some issues, but has plenty new ones. I face the same dilemma when it comes to this (and other) issues. If in fact the same TG IDs are used between "two systems" you want to monitor, and you would only be monitoring from a single control channel frequency at a time you might be able to just "list" all the control channel frequencies in the TSYS object. I am no expert on the system you're trying to monitor, but am a whiz with GRE scanner programming.