SAP C_TS470_2412 Practice Exams
Last updated on Oct 01,2026- Exam Code: C_TS470_2412
- Exam Name: SAP Certified Associate - SAP S/4HANA Cloud Private Edition, Service
- Certification Provider: SAP
- Latest update: Oct 01,2026
Question #1
Which feature is unique for solution quotations in SAP standard delivery?
- A . Using product proposals
- B . Using configurable products
- C . Using product bundles
- D . Determining service contracts
Correct Answer: C
C
Explanation:
In SAP S/4HANA Cloud Private Edition, Service, the solution quotation is a specialized transaction type (e.g., SRVP in standard delivery) designed to offer customers a combination of products and services as a bundled solution. This capability is distinct from other quotation types, such as standard service quotations (e.g., scope item 4GA), and is part of the solution order management process introduced in SAP S/4HANA to support complex sales scenarios. Let’s analyze each option to identify the unique feature in the standard delivery:
Using product proposals (A): Product proposals are a feature in SAP S/4HANA Service that suggest items (e.g., spare parts or services) during order or quotation creation, based on predefined rules or bills of material (BOMs) with usage S (Service). While available in service quotations and orders, this feature is not unique to solution quotations; it’s a broader functionality across service transactions and not specific to the solution quotation’s purpose.
Using configurable products (B): Configurable products, supported via Advanced Variant Configuration (scope item 6GS), allow customization of products with variants in service quotations and orders. This feature enhances flexibility in pricing and product specification but is not exclusive to solution quotations. It’s available in standard service quotations and sales orders as well, making it a shared capability rather than a unique feature.
Using product bundles (C): This is the defining feature of solution quotations in SAP S/4HANA standard delivery. Solution quotations enable the creation of quotations for product bundles, which are predefined combinations of different product types (e.g., tangible goods, services, and contract-relevant items) modeled in the master data. When a bundle is entered in a solution quotation, it automatically explodes into individual items, triggering follow-up transactions like sales orders, service orders, or service contracts upon acceptance. This bundling capability, introduced in release 1809 and enhanced in subsequent releases (e.g., 1909), is unique to solution quotations and distinguishes them from other quotation types, which do not natively support this integrated bundle explosion and multi-transaction generation.
Determining service contracts (D): Determining applicable service contracts (e.g., checking contract coverage for a technical object) is a feature in service processes, such as in-house repair (scope item 3XK) or service order management (scope item 3D2). While solution quotations can include contract-relevant items and create service contracts as follow-ups, this determination is not unique to them; it’s a common functionality across service quotations and orders when linked to contract management (scope item 3MO).
The uniqueness of product bundles in solution quotations lies in their ability to streamline the sale of complex solutions by integrating diverse product types into a single quotation, with automated follow-up document creation (e.g., sales orders for goods, service orders for services, and contracts for subscriptions). This is explicitly supported in the standard delivery via Customizing (e.g., transaction type SRVP) and master data setup for bundles, as detailed in SAP’s solution order management documentation.
Extract from SAP Documentation: "Solution quotations enable you to offer solutions to your customers by creating quotations for combinations of different types of products modeled as product bundles in your master data, a feature unique to this process in SAP S/4HANA." (SAP Community Blog, Solution Quotation in SAP S/4HANA Service 1909OP, 2019).
C
Explanation:
In SAP S/4HANA Cloud Private Edition, Service, the solution quotation is a specialized transaction type (e.g., SRVP in standard delivery) designed to offer customers a combination of products and services as a bundled solution. This capability is distinct from other quotation types, such as standard service quotations (e.g., scope item 4GA), and is part of the solution order management process introduced in SAP S/4HANA to support complex sales scenarios. Let’s analyze each option to identify the unique feature in the standard delivery:
Using product proposals (A): Product proposals are a feature in SAP S/4HANA Service that suggest items (e.g., spare parts or services) during order or quotation creation, based on predefined rules or bills of material (BOMs) with usage S (Service). While available in service quotations and orders, this feature is not unique to solution quotations; it’s a broader functionality across service transactions and not specific to the solution quotation’s purpose.
Using configurable products (B): Configurable products, supported via Advanced Variant Configuration (scope item 6GS), allow customization of products with variants in service quotations and orders. This feature enhances flexibility in pricing and product specification but is not exclusive to solution quotations. It’s available in standard service quotations and sales orders as well, making it a shared capability rather than a unique feature.
Using product bundles (C): This is the defining feature of solution quotations in SAP S/4HANA standard delivery. Solution quotations enable the creation of quotations for product bundles, which are predefined combinations of different product types (e.g., tangible goods, services, and contract-relevant items) modeled in the master data. When a bundle is entered in a solution quotation, it automatically explodes into individual items, triggering follow-up transactions like sales orders, service orders, or service contracts upon acceptance. This bundling capability, introduced in release 1809 and enhanced in subsequent releases (e.g., 1909), is unique to solution quotations and distinguishes them from other quotation types, which do not natively support this integrated bundle explosion and multi-transaction generation.
Determining service contracts (D): Determining applicable service contracts (e.g., checking contract coverage for a technical object) is a feature in service processes, such as in-house repair (scope item 3XK) or service order management (scope item 3D2). While solution quotations can include contract-relevant items and create service contracts as follow-ups, this determination is not unique to them; it’s a common functionality across service quotations and orders when linked to contract management (scope item 3MO).
The uniqueness of product bundles in solution quotations lies in their ability to streamline the sale of complex solutions by integrating diverse product types into a single quotation, with automated follow-up document creation (e.g., sales orders for goods, service orders for services, and contracts for subscriptions). This is explicitly supported in the standard delivery via Customizing (e.g., transaction type SRVP) and master data setup for bundles, as detailed in SAP’s solution order management documentation.
Extract from SAP Documentation: "Solution quotations enable you to offer solutions to your customers by creating quotations for combinations of different types of products modeled as product bundles in your master data, a feature unique to this process in SAP S/4HANA." (SAP Community Blog, Solution Quotation in SAP S/4HANA Service 1909OP, 2019).
Question #2
How are the actions that are proposed for an in-house repair item determined?
- A . They are defined per repair order item category.
- B . They depend on the release status of the in-house repair.
- C . They are assigned to the life cycle user statuses of the repair objects.
- D . They depend on the process step overview profile of the repair order.
Correct Answer: C
C
Explanation:
In the in-house repair process, proposed actions (e.g., repair, replace, return) for a repair item are determined by the life cycle user statuses of the repair objects (Option C).
The repair object (e.g., equipment or material returned for repair) has a status profile defining its life cycle (e.g., Received, In Repair, Completed). User statuses within this profile trigger specific actions based on the current state, configured in customizing. For example, a status of "In Diagnosis" might propose "Perform Diagnosis."
A: Item categories influence billing or structure, not action proposals.
B: Release status affects the repair order, not individual action proposals.
D: The process step overview profile organizes steps, not action determination.
"Proposed actions for in-house repair items are assigned to the life cycle user statuses of the repair object, driving the process based on status transitions."
C
Explanation:
In the in-house repair process, proposed actions (e.g., repair, replace, return) for a repair item are determined by the life cycle user statuses of the repair objects (Option C).
The repair object (e.g., equipment or material returned for repair) has a status profile defining its life cycle (e.g., Received, In Repair, Completed). User statuses within this profile trigger specific actions based on the current state, configured in customizing. For example, a status of "In Diagnosis" might propose "Perform Diagnosis."
A: Item categories influence billing or structure, not action proposals.
B: Release status affects the repair order, not individual action proposals.
D: The process step overview profile organizes steps, not action determination.
"Proposed actions for in-house repair items are assigned to the life cycle user statuses of the repair object, driving the process based on status transitions."
Question #3
What are the benefits of maintaining bills of material (BOMs) with BOM usage 4 (Plant Maintenance)? Note: There are 2 correct answers to this question.
- A . Spare parts planning in service order template
- B . Structuring of technical assets
- C . Spare parts planning in task list
- D . Spare parts planning in service order
Correct Answer: C, D
C, D
Explanation:
BOM usage 4 (Plant Maintenance) in SAP S/4HANA Cloud Private Edition, Service is designed for maintenance processes, listing components (e.g., spare parts) for technical objects. The correct benefits are spare parts planning in task list (C) and spare parts planning in service order (D). Let’s break this down thoroughly.
What is BOM Usage 4?
A BOM with usage 4 is linked to equipment or functional locations, defining parts needed for maintenance (e.g., bolts, filters). It’s maintained in transactions like IB01/IB02.
Spare parts planning in task list (C): When a task list (e.g., for pump maintenance) references a technical object with a BOM usage 4, the BOM’s components are pulled into the task list operations as planned spare parts. This ensures materials are reserved or ordered in advance. For example, Operation 0010 might list "Gasket" from the BOM.
Spare parts planning in service order (D): A service order linked to a technical object inherits the BOM usage 4 components, enabling spare parts planning directly in the order. This supports reservations or goods issues (e.g., via IW31/IW32).
Why Not the Others?
Spare parts planning in service order template (A): Service order templates define structure, not BOM-linked planning; BOM usage 4 applies to execution objects (orders, task lists).
Structuring of technical assets (B): BOMs describe components, not the hierarchical structure (handled by functional locations or equipment hierarchies).
Real-World Benefit:
A pump’s BOM (usage 4) lists "Seal" and "Bearing." A task list or service order automatically plans these, reducing downtime by ensuring availability.
"BOMs with usage 4 enable spare parts planning in task lists and service orders, enhancing maintenance efficiency."
C, D
Explanation:
BOM usage 4 (Plant Maintenance) in SAP S/4HANA Cloud Private Edition, Service is designed for maintenance processes, listing components (e.g., spare parts) for technical objects. The correct benefits are spare parts planning in task list (C) and spare parts planning in service order (D). Let’s break this down thoroughly.
What is BOM Usage 4?
A BOM with usage 4 is linked to equipment or functional locations, defining parts needed for maintenance (e.g., bolts, filters). It’s maintained in transactions like IB01/IB02.
Spare parts planning in task list (C): When a task list (e.g., for pump maintenance) references a technical object with a BOM usage 4, the BOM’s components are pulled into the task list operations as planned spare parts. This ensures materials are reserved or ordered in advance. For example, Operation 0010 might list "Gasket" from the BOM.
Spare parts planning in service order (D): A service order linked to a technical object inherits the BOM usage 4 components, enabling spare parts planning directly in the order. This supports reservations or goods issues (e.g., via IW31/IW32).
Why Not the Others?
Spare parts planning in service order template (A): Service order templates define structure, not BOM-linked planning; BOM usage 4 applies to execution objects (orders, task lists).
Structuring of technical assets (B): BOMs describe components, not the hierarchical structure (handled by functional locations or equipment hierarchies).
Real-World Benefit:
A pump’s BOM (usage 4) lists "Seal" and "Bearing." A task list or service order automatically plans these, reducing downtime by ensuring availability.
"BOMs with usage 4 enable spare parts planning in task lists and service orders, enhancing maintenance efficiency."
Question #4
You are a consultant on an SAP S/4HANA Cloud brownfield project. Several mission-critical business processes have been successfully remodeled in accordance with clean core principles. You must now create the necessary workflows.
Which of the following SAP Signavio solutions can be used to create the workflows?
- A . SAP Signavio Process Intelligence
- B . SAP Signavio Process Insights
- C . SAP Signavio Process Governance
- D . SAP Signavio Process Manager
Correct Answer: D
D
Explanation:
SAP Signavio provides tools to support process modeling and management.
For creating workflows in a brownfield project aligned with clean core principles:
SAP Signavio Process Manager: This is the primary tool for designing and modeling workflows and business processes. It allows consultants to create detailed process diagrams (e.g., BPMN 2.0) and define workflows that integrate with SAP S/4HANA, supporting clean core extensibility.
SAP Signavio Process Intelligence: Focused on process analysis and mining, not workflow creation.
SAP Signavio Process Insights: Provides performance insights and optimization recommendations, not workflow design.
SAP Signavio Process Governance: Manages process execution and compliance, not initial workflow creation.
This aligns with SAP’s transformation methodology for S/4HANA brownfield implementations.
"SAP Signavio Process Manager enables the creation of workflows and process models for SAP S/4HANA implementations." (SAP Signavio Mission to SAP S/4HANA).
D
Explanation:
SAP Signavio provides tools to support process modeling and management.
For creating workflows in a brownfield project aligned with clean core principles:
SAP Signavio Process Manager: This is the primary tool for designing and modeling workflows and business processes. It allows consultants to create detailed process diagrams (e.g., BPMN 2.0) and define workflows that integrate with SAP S/4HANA, supporting clean core extensibility.
SAP Signavio Process Intelligence: Focused on process analysis and mining, not workflow creation.
SAP Signavio Process Insights: Provides performance insights and optimization recommendations, not workflow design.
SAP Signavio Process Governance: Manages process execution and compliance, not initial workflow creation.
This aligns with SAP’s transformation methodology for S/4HANA brownfield implementations.
"SAP Signavio Process Manager enables the creation of workflows and process models for SAP S/4HANA implementations." (SAP Signavio Mission to SAP S/4HANA).
Question #5
Which type of objects can you maintain in the object list assigned to a contract item? Note: There are 3 correct answers to this question.
- A . Equipment bill of material
- B . Document
- C . Equipment
- D . Product
- E . Functional location
Correct Answer: C, D, E
C, D, E
Explanation:
In SAP S/4HANA Service contracts (scope item 3MO), the object list for a contract item specifies covered objects:
Equipment: Individual equipment (e.g., serialized assets) can be assigned to track service coverage.
Product: Materials or service products covered under the contract are listed.
Functional location: Locations where services are performed can be included in the object list.
Equipment bill of material: BOMs are referenced separately, not directly in the object list.
Document: Documents are managed via Document Management System (DMS), not as contract objects.
This is configured in the service contract item details.
"Assign equipment, products, and functional locations to the object list of a service contract item." (SAP Help Portal, Service Contract Management).
C, D, E
Explanation:
In SAP S/4HANA Service contracts (scope item 3MO), the object list for a contract item specifies covered objects:
Equipment: Individual equipment (e.g., serialized assets) can be assigned to track service coverage.
Product: Materials or service products covered under the contract are listed.
Functional location: Locations where services are performed can be included in the object list.
Equipment bill of material: BOMs are referenced separately, not directly in the object list.
Document: Documents are managed via Document Management System (DMS), not as contract objects.
This is configured in the service contract item details.
"Assign equipment, products, and functional locations to the object list of a service contract item." (SAP Help Portal, Service Contract Management).
Question #6
What are steps included in the planning and execution of a recurring inspection? Note: There are 2 correct answers to this question.
- A . A completion marks a service order and its corresponding planned date in the maintenance plan as finished.
- B . A service order is automatically generated by scheduling the maintenance plan for the inspection.
- C . When accepting a service order quotation, the system automatically creates a maintenance plan.
- D . A service order is automatically generated when activating the maintenance plan for the inspection.
Correct Answer: A, B
A, B
Explanation:
A recurring inspection in SAP S/4HANA Cloud Private Edition, Service uses a maintenance plan to schedule periodic checks. The correct steps are A and B. Let’s explore this in detail.
Recurring Inspection Overview:
This process involves scheduling inspections via a maintenance plan, generating service orders, and completing them to update the plan.
A completion marks a service order and its corresponding planned date in the maintenance plan as finished (A): When a service order (the call object) is completed (e.g., status "Technically Completed"), the system updates the maintenance plan, marking the corresponding planned date as finished. This shifts the scheduling to the next cycle (e.g., via transaction IP10).
A service order is automatically generated by scheduling the maintenance plan for the inspection (B): Scheduling the maintenance plan (e.g., via IP10 or a background job) generates a service order based on the plan’s cycle and call horizon. This order contains the inspection tasks.
Why Not the Others?
C: Accepting a quotation creates a contract or order, not a maintenance plan, which is a separate planning object.
D: Activating a maintenance plan sets it up but doesn’t generate orders; scheduling does that. Detailed Flow:
Maintenance plan created with inspection cycle (e.g., every 6 months). Scheduling (IP10) generates a service order when the call date is reached. Order completed → Plan updated, next call scheduled.
"Recurring inspections involve scheduling a maintenance plan to automatically generate service orders, with completion updating the plan’s planned dates."
A, B
Explanation:
A recurring inspection in SAP S/4HANA Cloud Private Edition, Service uses a maintenance plan to schedule periodic checks. The correct steps are A and B. Let’s explore this in detail.
Recurring Inspection Overview:
This process involves scheduling inspections via a maintenance plan, generating service orders, and completing them to update the plan.
A completion marks a service order and its corresponding planned date in the maintenance plan as finished (A): When a service order (the call object) is completed (e.g., status "Technically Completed"), the system updates the maintenance plan, marking the corresponding planned date as finished. This shifts the scheduling to the next cycle (e.g., via transaction IP10).
A service order is automatically generated by scheduling the maintenance plan for the inspection (B): Scheduling the maintenance plan (e.g., via IP10 or a background job) generates a service order based on the plan’s cycle and call horizon. This order contains the inspection tasks.
Why Not the Others?
C: Accepting a quotation creates a contract or order, not a maintenance plan, which is a separate planning object.
D: Activating a maintenance plan sets it up but doesn’t generate orders; scheduling does that. Detailed Flow:
Maintenance plan created with inspection cycle (e.g., every 6 months). Scheduling (IP10) generates a service order when the call date is reached. Order completed → Plan updated, next call scheduled.
"Recurring inspections involve scheduling a maintenance plan to automatically generate service orders, with completion updating the plan’s planned dates."
Question #7
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 Insights
- D . SAP Signavio Process Intelligence
Correct Answer: B
B
Explanation:
For remodeling a business process in an SAP S/4HANA Cloud brownfield project to align with clean core principles (minimal customizations, standard processes), SAP Signavio Process Manager (Option B) is the appropriate tool.
SAP Signavio Process Manager is a modeling tool that allows consultants to design, visualize, and optimize business processes using BPMN (Business Process Model and Notation). It supports remodeling by enabling the creation of process models that adhere to SAP’s best practices, ensuring a clean core approach.
A: Process Governance focuses on workflow execution and compliance, not remodeling.
C: Process Insights provides analytics, not process design.
D: Process Intelligence analyzes process performance, not remodeling.
"SAP Signavio Process Manager enables the remodeling of business processes to align with clean core principles by providing a platform for process design and optimization."
B
Explanation:
For remodeling a business process in an SAP S/4HANA Cloud brownfield project to align with clean core principles (minimal customizations, standard processes), SAP Signavio Process Manager (Option B) is the appropriate tool.
SAP Signavio Process Manager is a modeling tool that allows consultants to design, visualize, and optimize business processes using BPMN (Business Process Model and Notation). It supports remodeling by enabling the creation of process models that adhere to SAP’s best practices, ensuring a clean core approach.
A: Process Governance focuses on workflow execution and compliance, not remodeling.
C: Process Insights provides analytics, not process design.
D: Process Intelligence analyzes process performance, not remodeling.
"SAP Signavio Process Manager enables the remodeling of business processes to align with clean core principles by providing a platform for process design and optimization."
Question #8
What options does a service planner have to influence the maintenance plan schedule? Note: There are 3 correct answers to this question.
- A . Freeze call
- B . Copy call
- C . Skip call
- D . Fix call
- E . Release call
Correct Answer: A, C, D
A, C, D
Explanation:
In SAP S/4HANA Cloud Private Edition, Service, a service planner can influence the maintenance plan schedule using specific actions to manage service calls effectively. The maintenance plan schedule is part of the recurring services process, where maintenance plans generate service calls based on defined cycles (e.g., time-based or counter-based).
The options available to influence this schedule include:
Freeze call: This option allows the planner to lock a scheduled call, preventing it from being rescheduled or regenerated automatically until it is unfrozen. It ensures stability in planning for critical service events.
Skip call: This allows the planner to bypass a specific scheduled call without affecting the overall schedule. It’s useful when a service event is not required at a particular time (e.g., due to customer availability).
Fix call: This option fixes a call at a specific date, ensuring it remains scheduled as planned and is not shifted by automatic rescheduling processes. It provides control over critical service timing.
Copy call and Release call are not standard options for directly influencing the maintenance plan schedule. Copying a call might be a manual workaround in some scenarios, but it’s not a documented feature for schedule influence. Releasing a call is part of execution (e.g., releasing a service order), not schedule planning.
These capabilities are detailed in the SAP S/4HANA Service documentation under recurring services and maintenance planning features, such as scope item 3MO (Service Contract Management).
"In the maintenance plan scheduling, planners can freeze, skip, or fix calls to adjust the schedule according to operational needs." (SAP Signavio Process Navigator, Solution Process: Recurring Services).
A, C, D
Explanation:
In SAP S/4HANA Cloud Private Edition, Service, a service planner can influence the maintenance plan schedule using specific actions to manage service calls effectively. The maintenance plan schedule is part of the recurring services process, where maintenance plans generate service calls based on defined cycles (e.g., time-based or counter-based).
The options available to influence this schedule include:
Freeze call: This option allows the planner to lock a scheduled call, preventing it from being rescheduled or regenerated automatically until it is unfrozen. It ensures stability in planning for critical service events.
Skip call: This allows the planner to bypass a specific scheduled call without affecting the overall schedule. It’s useful when a service event is not required at a particular time (e.g., due to customer availability).
Fix call: This option fixes a call at a specific date, ensuring it remains scheduled as planned and is not shifted by automatic rescheduling processes. It provides control over critical service timing.
Copy call and Release call are not standard options for directly influencing the maintenance plan schedule. Copying a call might be a manual workaround in some scenarios, but it’s not a documented feature for schedule influence. Releasing a call is part of execution (e.g., releasing a service order), not schedule planning.
These capabilities are detailed in the SAP S/4HANA Service documentation under recurring services and maintenance planning features, such as scope item 3MO (Service Contract Management).
"In the maintenance plan scheduling, planners can freeze, skip, or fix calls to adjust the schedule according to operational needs." (SAP Signavio Process Navigator, Solution Process: Recurring Services).
Question #9
Which of the following can you assign to a work center? Note: There are 2 correct answers to this question.
- A . Planner group
- B . Task list usage
- C . Capacity category
- D . Maintenance planning plant
Correct Answer: B, C
B, C
Explanation:
Work centers in SAP S/4HANA Service (and Plant Maintenance) define execution locations and capacities:
Task list usage: Specifies which task lists (e.g., service or maintenance) the work center can use,
assigned in the work center master data (transaction CR01).
Capacity category: Defines the type of capacity (e.g., labor, machine) available at the work center, critical for scheduling.
Planner group: Assigned to technical objects or orders, not directly to work centers.
Maintenance planning plant: A work center is assigned to a plant during creation, but the plant itself isn’t assigned to the work center as a customizable attribute.
These settings are configured in the work center master record.
"Assign task list usage and capacity categories to a work center to define its operational scope." (SAP Help Portal, Work Center Master Data).
B, C
Explanation:
Work centers in SAP S/4HANA Service (and Plant Maintenance) define execution locations and capacities:
Task list usage: Specifies which task lists (e.g., service or maintenance) the work center can use,
assigned in the work center master data (transaction CR01).
Capacity category: Defines the type of capacity (e.g., labor, machine) available at the work center, critical for scheduling.
Planner group: Assigned to technical objects or orders, not directly to work centers.
Maintenance planning plant: A work center is assigned to a plant during creation, but the plant itself isn’t assigned to the work center as a customizable attribute.
These settings are configured in the work center master record.
"Assign task list usage and capacity categories to a work center to define its operational scope." (SAP Help Portal, Work Center Master Data).
Question #10
To which of the following can you assign maintenance packages? Note: There are 2 correct answers to this question.
- A . A service technician
- B . A work schedule
- C . A task list
- D . A maintenance strategy
Correct Answer: C, D
C, D
Explanation:
In SAP S/4HANA Cloud Private Edition, Service, maintenance packages define the intervals or cycles (e.g., every 6 months, 1,000 hours) at which maintenance activities are performed within a maintenance plan. They are assigned to:
Task list (C): Maintenance packages can be linked to operations in a task list to specify when each operation is due.
Maintenance strategy (D): A maintenance strategy groups multiple packages (e.g., time-based or performance-based cycles) and is assigned to a maintenance plan, which then applies the packages.
Service technician (A): Technicians are assigned to operations, not maintenance packages directly.
Work schedule (B): This is not a standard object in SAP for assigning maintenance packages.
"Maintenance packages are assigned to task lists and maintenance strategies to define the scheduling intervals for maintenance activities in a plan."
C, D
Explanation:
In SAP S/4HANA Cloud Private Edition, Service, maintenance packages define the intervals or cycles (e.g., every 6 months, 1,000 hours) at which maintenance activities are performed within a maintenance plan. They are assigned to:
Task list (C): Maintenance packages can be linked to operations in a task list to specify when each operation is due.
Maintenance strategy (D): A maintenance strategy groups multiple packages (e.g., time-based or performance-based cycles) and is assigned to a maintenance plan, which then applies the packages.
Service technician (A): Technicians are assigned to operations, not maintenance packages directly.
Work schedule (B): This is not a standard object in SAP for assigning maintenance packages.
"Maintenance packages are assigned to task lists and maintenance strategies to define the scheduling intervals for maintenance activities in a plan."