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NEW QUESTION # 17
Which SAP applications can be used for forecasting in Supply Chain Planning? Note: There are 2 correct answers to this question.
- A. Integrated Business Planning (IBP)
- B. Capacity Requirements Planning (CRP)
- C. Supply Chain Management (SCM)
- D. Material Requirements Planning (MRP)
Answer: A,C
NEW QUESTION # 18
Your project uses process orders for the production of liquid chemicals.
What can you define to ensure that production flow only happens in suitable physically connected tanks? Note: There are 2 correct answers to this question.
- A. Resource selection
- B. Resource network
- C. Resource matrix
- D. Resource hierarchy
Answer: A,B
NEW QUESTION # 19
Where do you maintain the work center that represents the production line for repetitive manufacturing? Note: There are 2 correct answers to this question.
- A. Production version
- B. Routing
- C. Production cost collector
- D. Repetitive manufacturing profile
Answer: A,B
NEW QUESTION # 20
What is the work center hierarchy in capacity planning?
- A. A group of work center in a parallel sequence that is used to split production quantities and work on them in parallel
- B. A group of alternative work centers for production, structured in hierarchy levels by priorities
- C. A group of work centers in a production line being used in sequence for production
- D. A group of alternative work centers providing a cumulative available capacity for production
Answer: D
Explanation:
A work center hierarchy is a business object in PP/DS that defines the structure and sequence of resources that are used for a production process. You use this object to represent the logical and physical dependencies of the resources and to control the scheduling and sequencing of the operations or orders. A work center hierarchy allows you to model the production flow and capacity more realistically and ensure the technical feasibility of the production plan1 A work center hierarchy can also be used to cumulate the available capacity and capacity requirements of the resources in capacity planning. You can cumulate the available capacities from subordinate work centers to a superior work center level in order to determine the total available capacity for the superior work center. This way, you can use a work center hierarchy as a group of alternative work centers that provide a cumulative available capacity for production23 Reference:
Work center hierarchy | SAP Help Portal
Work Center Hierarchy - SAP Help Portal
Highlights for Manufacturing in SAP S/4HANA 2021 - Part 2: Production Planning, Engineering, Operations | SAP Blogs
NEW QUESTION # 21
How are dependent requirements for assemblies created? Note: There are 2 correct answers to this question.
- A. They are only created for multilevel bill of material (BOM) structures.
- B. They are created on assembly level during the planning run.
- C. They are created together with the independent requirement for the finished product.
- D. They are created with exact times in Advanced Planning.
Answer: B,D
Explanation:
Dependent requirements in SAP S/4HANA represent the demand for components or assemblies triggered by the production of higher-level materials. These arecreated on assembly level during the planning run(B) in classic MRP when the system explodes the bill of material (BOM) of afinished product or assembly, calculating requirements based on independent requirements (e.g., sales orders or planned independent requirements) and the BOM structure. This occurs in transactions like MD01/MD02, where MRP generates dependent requirements for all relevant levels.
InAdvanced Planning (PP/DS), dependent requirements arecreated with exact times(C) due to the detailed scheduling capabilities of PP/DS. Unlike classic MRP, which uses daily or weekly buckets, PP/DS schedules requirements with precise timestamps, aligning them with production and procurement timelines. Option A is incorrect because dependent requirements are derived from independent requirements, not created simultaneously. Option D is false, as dependent requirements apply to any BOM structure, not just multilevel ones.
NEW QUESTION # 22
Which options do you have to plan both quantities capacities during line loading in repetitive manufacturing? Note: There are 2 correct answers to this question.
- A. Run MRP with quota arrangement.
- B. Run PP/DS heuristics for repetitive manufacturing.
- C. Assign planned orders manually in the planning table.
- D. Run MRP with automatic selection of production version.
Answer: A,B
NEW QUESTION # 23
What does a line hierarchy in repetitive manufacturing represent?
- A. A production line with an alternative sequence in the routing
- B. A production line with prioritized work centers
- C. A production line with a parallel sequence in the routing
- D. A production line with more than one work center
Answer: D
Explanation:
A line hierarchy in repetitive manufacturing represents the structure of a production line that consists of multiple work centers. A line hierarchy is a master data object that defines the sequence and the relationship of the work centers that are involved in producing a material. A line hierarchy can be split into different levels, such as line segments, processing stations, or takt areas, to reflect the complexity and the variability of the production line. A line hierarchy can be used for planning and scheduling operations, controlling material flow, and monitoring production performance12.
The other options are not correct for the following reasons:
A production line with prioritized work centers (B): This is not correct. A line hierarchy does not define the priority of the work centers, but the order and the dependency of the work centers. The priority of the work centers can be determined by other factors, such as the capacity availability, the production rate, or the scheduling parameters.
A production line with a parallel sequence in the routing (C): This is not correct. A line hierarchy does not represent the parallel sequence in the routing, but the linear sequence of the work centers. A parallel sequence in the routing means that two or more operations can be performed simultaneously on different work centers for the same material. A parallel sequence in the routing can be modeled by using alternative sequences or parallel sequences in the line hierarchy3.
A production line with an alternative sequence in the routing (D): This is not correct. A line hierarchy does not represent the alternative sequence in the routing, but the main sequence of the work centers. An alternative sequence in the routing means that there are different options for performing an operation on different work centers for the same material. An alternative sequence in the routing can be modeled by using alternative sequences or parallel sequences in the line hierarchy3.
Reference:
https://help.sap.com/docs/SAP_S4HANA_ON-PREMISE/f899ce30af9044299d573ea30b533f1c/9231f9504a62eb5ee10000000a44538d.html
NEW QUESTION # 24
How can you achieve a feasible production plan in case of capacity constraints? Note: There are 3 correct answers to this question.
- A. Determine a time period with available capacity on the planning board.
- B. Increase the capacity supply in a timephased interval.
- C. Form optimum sequences to reduce setup times.
- D. Reduce the planning time interval.
- E. Execute an infinite production planning run for the critical resources.
Answer: A,B,C
NEW QUESTION # 25
What are the prerequisites for a reporting point confirmation in repetitive manufacturing? Note: There are 2 correct answers to this question.
- A. Defining the operations as reporting points using the control key
- B. Activating the reporting point backflush in the order dependent parameters
- C. Defining the relevant work centers in the routing
- D. Activating the reporting point backflush in the work centers
Answer: A
NEW QUESTION # 26
How can you achieve a feasible production plan in case of capacity constraints?
Note: There are 3 correct answers to this question.
- A. Determine a time period with available capacity on the planning board.
- B. Increase the capacity supply in a timephased interval.
- C. Form optimum sequences to reduce setup times.
- D. Reduce the planning time interval.
- E. Execute an infinite production planning run for the critical resources.
Answer: A,B,C
NEW QUESTION # 27
What data can you maintain in the subitems of a bill of material (BOM)?
Note: There are 2 correct answers to this question.
- A. Quantity
- B. Item type
- C. Installation point
- D. Scrap percentage
Answer: A,D
Explanation:
The subitems of a bill of material (BOM) are the components that make up the product or assembly. You can maintain the following data for each subitem:
Quantity: This is the number of units of the component that are required for one unit of the product or assembly. You can specify the quantity in different units of measure, such as base unit, order unit, or alternative unit. You can also use variable quantities, such as percentages or formulas, to calculate the quantity dynamically based on the product or assembly characteristics.
Scrap percentage: This is the percentage of the component that is expected to be wasted or lost during the production or assembly process. You can specify the scrap percentage for each component to adjust the quantity accordingly. For example, if the quantity of a component is 10 and the scrap percentage is 5%, the system will increase the quantity by 0.5 to account for the scrap.
The installation point (A) and the item type (B) are not data that you can maintain in the subitems of a BOM. The installation point is a field in the equipment master record that indicates where the equipment is installed. The item type is a field in the sales document item that determines the processing and pricing of the item. These fields are not relevant for the BOM subitems. Reference:
https://sapstack.com/pp/bom-in-sap-bill-of-material/
https://skillstek.com/bill-of-material-in-sap/
NEW QUESTION # 28
You are a consultant on an SAP S/4HANA Cloud brownfield project. In a meeting the customer decides to remodel an existing business process in accordance with clean core principles.
Which of the following SAP Signavio solutions can be used for the remodeling?
- A. SAP Signavio Process Governance
- B. SAP Signavio Process Manager
- C. SAP Signavio Process Intelligence
- D. SAP Signavio Process Insights
Answer: A,B
NEW QUESTION # 29
Which of the following are features of the clean core dashboard? Note: There are 2 correct answers to this question.
- A. It can be accessed by using SAP For Me.
- B. Customers can grant access to the dashboard to partners.
- C. Customers can use the dashboard in the dev, test, and production tenants.
- D. It can be used in all SAP S/4HANA Cloud editions.
Answer: A,B
Explanation:
TheClean Core Dashboardin SAP S/4HANA Cloud Private Edition provides insights into system health, customization levels, and adherence to clean core principles. Its features include:
* Customers can grant access to the dashboard to partners(A): SAP allows customers to share dashboard access with implementation partners (e.g., via user management in SAP Cloud ALM or SAP For Me), facilitating collaboration on clean core compliance and optimization.
* It can be accessed by using SAP For Me(C): The dashboard is integrated into the SAP For Me portal (https://me.sap.com), a customer-facing interface providing system analytics, including clean core metrics (e.g., custom object usage), accessible with appropriate credentials.
Use in dev, test, and production tenants(B) is inaccurate-the dashboard typically reflects the production system's state, with development and test monitored separately (e.g., via SAP Cloud ALM).Use in all SAP S
/4HANA Cloud editions(D) is incorrect-clean core features are tailored to Cloud Private Edition, with variations in Public Cloud or on-premise editions. This is per SAP's clean core tools documentation.
NEW QUESTION # 30
During production order creation several valid production versions are found. How does the system choose the production version?
- A. Alphanumeric or quota arrangement
- B. Lot size or material cost
- C. Planned order or material number
- D. Validity period or sales order
Answer: A
NEW QUESTION # 31
How can you limit the validity of a bill of material (BOM)? Note: There are 2 correct answers to this question.
- A. By plant
- B. By material type
- C. By period
- D. By material status
Answer: A,C
Explanation:
In SAP S/4HANA, the validity of a bill of material (BOM) (transaction CS01/CS02) can be restricted as follows:
* By plant(B): BOMs are plant-specific by default (field: Plant in CS01). A BOM created for one plant (e.
g., 0001) is not valid in another (e.g., 0002) unless copied or extended (CS07), limiting its applicability to the specified plant.
* By period(C): The BOM header (CS02) includes "Valid From" and "Valid To" dates, restricting its use to a specific time range. MRP and production orders only select BOMs valid on the required date, allowing versioning or phase-outs (e.g., engineering changes via ECM).
By material type(A) influences which materials can be included in a BOM (e.g., FERT for finished goods), but it doesn't limit the BOM's validity-it's a material attribute.By material status(D) (material master, Basic Data) can block a material from use, but it affects the material, not the BOM's validity directly. This aligns with SAP's BOM management rules.
NEW QUESTION # 32
How can you set up the supply source for the Kanban process in SAP S/4HANA Cloud Private Edition? Note: There are 3 correct answers to this question.
- A. Use purchasing costs for automated source prioritization.
- B. Use run schedule quantities for inhouse production.
- C. Use stock transfer reservations for stock transfer.
- D. Use quotations for internal external procurement.
- E. Use purchase orders for external procurement.
Answer: B,C,E
NEW QUESTION # 33
Your quality department detects a deviation in a raw material batch. Unfortunately, this batch has already been used in production. How can you identify all affected finished goods stocks?
Note: There are 2 correct answers to this question.
- A. Use batch derivation.
- B. Use the Batch Information Cockpit.
- C. Use batch determination
- D. Use the batch where-used list.
Answer: B,D
Explanation:
To identify all affected finished goods stocks that contain a deviated raw material batch, you can use the following tools:
The Batch Information Cockpit (BIC) is a central tool that provides an overview of all relevant information and documents related to a batch. You can use the BIC to display the batch genealogy, which shows the hierarchical relationships between batches along the production and distribution process. You can also use the BIC to display the batch traceability, which shows the chronological sequence of events and transactions that affect a batch. The BIC allows you to analyze the batch history and the batch usage across different plants and systems.
The batch where-used list is a tool that determines how a batch is created and used in Production Planning (PP) through various stages of production and displays the result in a list. You can use the batch where-used list to find out in which other batches a batch was used and from which other batches a batch was created. This is important in the case of complaints and questions about product safety if the composition of semi-finished and finished products has to be documented across all production levels.
Batch derivation and batch determination are not tools to identify affected finished goods stocks, but rather tools to assign batches to production orders or sales orders based on certain criteria. Batch derivation is a process of transferring characteristics or values from one batch to another, while batch determination is a process of finding suitable batches for a requirement based on predefined conditions. Reference: Batch Information Cockpit | SAP Help Portal, Batch Where-Used List | SAP Help Portal.
NEW QUESTION # 34
Why would you use phantom assemblies? Note: There are 3 correct answers to this question.
- A. To make the assignment of components easier
- B. To reduce the number of material masters
- C. To simplify the structure of bills of material
- D. To increase the number of planning levels
- E. To reduce the number of changes required in bills of material
Answer: A,B,C
Explanation:
Phantom assemblies are assemblies that have their own product structure, but whose assembly does not actually physically exist. The components of the phantom assembly are incorporated directly in the superordinate product. The product structure of the superordinate product contains a reference to the phantom assembly. You can use phantom assemblies for the following purposes:
To simplify the structure of bills of material: Phantom assemblies allow you to group components that belong together logically or functionally, without creating an additional level in the product structure. This can make the product structure easier to maintain and understand.
To reduce the number of material masters: Phantom assemblies do not require a material master record in SAP S/4HANA, as they are not physically produced or stored. This can save storage space and reduce the effort of creating and updating material masters.
To reduce the number of changes required in bills of material: Phantom assemblies can be used to represent common subassemblies that are used in multiple products. This way, you only need to maintain the product structure of the phantom assembly once, and any changes will be reflected in all the products that reference it.
Phantom assemblies do not increase the number of planning levels, as they are not considered as separate planning objects. They also do not make the assignment of components easier, as the components are assigned to the superordinate product, not to the phantom assembly. Reference: Phantom Assembly | SAP Help Portal, Phantom Assembly | SAP Help Portal, Planning Phantom Assemblies | SAP Help Portal.
NEW QUESTION # 35
You want to trigger in-house production of a semi-finished material before a sales order for the corresponding finished good is received. Which planning strategy supports the consumption of planned independent requirements by dependent requirements for the semi-finished material?
- A. Assembly processing with production orders (82)
- B. Planning with final assembly (40)
- C. Planning at assembly level (70)
- D. Production by lot size (30)
Answer: C
Explanation:
In SAP S/4HANA, the goal is to plan in-house production of a semi-finished material using planned independent requirements (PIRs), with those PIRs consumed by dependent requirements from the finished good's production:
* Planning at assembly level (70)(D): Strategy 70 (material master, MRP 3 view, Strategy Group: 70) is designed for subassemblies or semi-finished materials. PIRs are entered for the semi-finished material (MD61), triggering in-house production (planned orders via MRP). When a sales order for the finished good is received, the dependent requirements (from BOM explosion) consume these PIRs within the consumption period (MRP 3 view), aligning production of the semi-finished material with higher-level demand.
Assembly processing with production orders (82)(A) is an MTO strategy tied to sales orders, not PIRs.
Planning with final assembly (40)(B) applies to finished goods, where PIRs are consumed by sales orders, not dependent requirements of semi-finished items.Production by lot size (30)(C) focuses on lot-size-based production without consumption logic. Strategy 70 is explicitly designed for this scenario per SAP documentation.
NEW QUESTION # 36
What are some benefits of planning with planned independent requirements for finished materials? Note:
There are 2 correct answers to this question.
- A. Option to forecast planning for production resources
- B. Reduced delivery times
- C. Reduced times for final assembly
- D. Option to use make-to-order production
Answer: B,C
Explanation:
Planning withplanned independent requirements(PIRs) in SAP S/4HANA (entered via MD61) for finished materials offers benefits in a make-to-stock or forecast-driven environment:
* Reduced delivery times(A): By planning PIRs in advance (e.g., strategy 10 or 40), production can start before sales orders arrive, ensuring finished goods are available in stock. This shortens the time between order receipt and delivery, improving customer service levels.
* Reduced times for final assembly(B): In strategies like 40 (Planning with Final Assembly), PIRs trigger procurement and production of components early. When sales orders arrive, only final assembly is needed, reducing the overall lead time for completion.
Option to forecast planning for production resources(C) is a byproduct of capacity planning (e.g., CM01), not a direct benefit of PIRs-PIRs focus on material demand.Option to use make-to-order production(D) contradicts PIRs, which are for make-to-stock or forecast-based planning (e.g., strategies 10, 40), not MTO (e.
g., strategy 20). This is per SAP's demand management benefits.
NEW QUESTION # 37
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