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Planned orders

Staff planning Order sequence Resource utilisation Due data reliability... [Pg.33]

A direct result of the different levels of detail of recipes is that the planned production orders created by planning in SNP and PP/DS are incongruent. Based on the planning horizon concepts, SNP planned orders can be manually converted to PP/DS planned orders as soon as they move into the overlapping part of the SNP and PP/DS planning horizons. An automated conversion process takes place for SNP planned orders which move into the part of the planning horizon which exclusively belongs to PP/DS. [Pg.253]

In order to correctly consider PP/DS planned orders in the overlapping period for SNP planning and vice versa, the following order integration logic is utilized. [Pg.253]

In consideration of PP/DS planned orders for SNP optimization based planning ... [Pg.253]

Available resource capacity for SNP planning is reduced by the capacity consumption of PP/DS planned orders. [Pg.253]

Material flow of PP/DS planned orders is considered for SNP planning. [Pg.253]

Resource capacity consumption by SNP planned orders is not considered for PP/DS planning. [Pg.253]

Material flow and resource allocation can be defined by time, duration, type and quantity in the planning model. They describe a definite (by best current knowledge) change of the planning model in the future. In addition to this there are a number of fuzzy information data that have to be included in the planning model but are only weak assumptions about the future planning situation. These include, e.g., planned orders and planned independent requirements. [Pg.271]

Planned orders are place holders for process orders that have yet to be checked for planning feasibility by detailed scheduling. In a hierarchical planning model they are interpreted as a hint to the details planner that they should create and schedule a process order. They are often the result of an automated MRP (material requirements planning) run that is based on planned independent requirements and does not consider resource capacities. [Pg.271]

In general the overall (company-wide) MRP run will create planned orders for the multipurpose batch plant which have to be further processed by the plant details planner. [Pg.273]

Planned orders and other information are sent from the ERP system to a scheduling system via an interface. The scheduling system has its own database and a number of different automatic and interactive scheduling functions. Scheduling results are sent back to the superior system via an interface at the end of the scheduling process. This loose integration respects the hierarchical concept and the autonomy of the planners. [Pg.273]

We have to understand that global warming is not like a pendulum. Global temperature by itself will not return to where it was. The thermal processes of our planet have such immense inertia that they cannot be stopped overnight. On the other hand, a well-planned, orderly transformation can gradually slow the warming trend and stabilize our climate. [Pg.581]

Judging (J)-Perceiving(P). Describes how people prefer to deal with the outer world in a planned orderly way, or in a flexible spontaneous way. [Pg.157]

Planned Order Conversion Schedule Creation Planning... [Pg.795]

Just-In-Time contracts usually consist of agreements with suppliers that provide for a firm delivery time. This time, coupled with internal delivery time, allows the worker to plan ordering lead-time in order to have the chemicals arrive just prior to needing them. These materials are usually ordered with slight excess and any left over materials should be disposed of to reduce the potential for aging inventories (leftover reagent) in storage. [Pg.68]

Generate the planned order release 2, = nj, where Lj denotes the number of periods after an order is placed that will elapse before the order is filled. We assume that the Lj are known constants that depend only on the item being ordered. Note that Lj may represent either the production lead time for a part manufactured in house or the supplier lead time for a part or material ordered from a supplier. [Pg.2040]

Planned orders. This includes future orders with their timing and amounts. [Pg.182]

Order releases. This is the execution of the planned orders. [Pg.182]

State Administration of Work Safety Administrative measures on production safety accident emergency plans. Order No. 17 of State Administration of Work Safety, 2009. [Pg.782]

This function coordinates demand requirements and supply information from different sources, such as forecasting, distribution planning, order entry, promises, and follow-up. Demand... [Pg.1004]

Axsater, S., 2005. Planning order releases for an assembly system with random operation times. OR Spectrum, 27(1-2), 459-470. [Pg.75]

The construction of the materials requirements plan is illustrated in Figure 15.8 for end item A. Note that 100 of item A are required in period 5 and there is none on hand right now and none is scheduled to be received, so the Projected On Hand in period 1 is 0. Since there is no Gross Requirements for A until period 5, the Projected On Hand stays at 0 until then, when it becomes a negative 100 or (100). To have enough A in period 5, we need to have a Planned Order Receipt for A in period 5. Since item A has a 1 week lead time this means that we need to have a Planned Order Release in period 4. So, we schedule 100 to be released in period 4. [Pg.210]


See other pages where Planned orders is mentioned: [Pg.253]    [Pg.253]    [Pg.259]    [Pg.273]    [Pg.13]    [Pg.14]    [Pg.459]    [Pg.253]    [Pg.2040]    [Pg.2040]    [Pg.2042]    [Pg.2042]    [Pg.85]    [Pg.381]    [Pg.413]    [Pg.208]    [Pg.208]    [Pg.209]    [Pg.209]    [Pg.209]    [Pg.209]    [Pg.209]    [Pg.209]    [Pg.210]    [Pg.211]   
See also in sourсe #XX -- [ Pg.271 ]




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