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The MSCX_MOE_TIP_DATES_TABLE lookup type in Oracle E-Business Suite (EBS) versions 12.1.1 and 12.2.2 is a critical component within the Manufacturing and Supply Chain (MSC) module, specifically designed to support the Multi-Organization Execution (MOE) and Time-In-Process (TIP) functionalities. This lookup type serves as a reference table that stores predefined date ranges or intervals, which are utilized in various supply chain planning and execution processes. Below is a detailed analysis of its purpose, structure, and application in Oracle EBS.

Purpose and Context

The MSCX_MOE_TIP_DATES_TABLE lookup type is primarily used to define and manage date ranges for Time-In-Process calculations. TIP is a key metric in manufacturing and supply chain operations, representing the duration required to complete a specific process or task, such as production, procurement, or transportation. By leveraging this lookup type, organizations can standardize and automate the calculation of lead times, enabling more accurate planning and scheduling. This is particularly valuable in multi-org environments where processes span multiple organizations or legal entities.

Technical Structure

As a lookup type, MSCX_MOE_TIP_DATES_TABLE follows Oracle EBS's standard lookup architecture, consisting of a set of predefined values stored in the FND_LOOKUP_VALUES table. Each entry in this lookup type typically includes the following attributes:
  • LOOKUP_CODE: A unique identifier for the date range or interval.
  • MEANING: A descriptive name for the date range (e.g., "Short Lead Time," "Standard Lead Time").
  • DESCRIPTION: Additional details about the date range's purpose or applicability.
  • START_DATE_ACTIVE and END_DATE_ACTIVE: Defines the validity period of the lookup entry.
  • ENABLED_FLAG: Indicates whether the entry is active or inactive.
The lookup type may also include custom attributes specific to TIP calculations, such as minimum and maximum duration thresholds or organizational context.

Functional Application

In Oracle EBS, the MSCX_MOE_TIP_DATES_TABLE lookup type is referenced by various supply chain planning engines, including Advanced Supply Chain Planning (ASCP) and Global Order Promising (GOP). Its primary applications include:
  1. Lead Time Calculation: The lookup values define standardized time intervals for processes like manufacturing, procurement, or distribution, which are used to compute lead times in planning scenarios.
  2. Multi-Org Coordination: In MOE environments, the lookup type ensures consistency in TIP calculations across organizations, facilitating seamless inter-org transfers and order fulfillment.
  3. Constraint-Based Planning: The date ranges serve as constraints in planning algorithms, ensuring realistic scheduling based on organizational capabilities.

Configuration and Customization

Administrators can configure the MSCX_MOE_TIP_DATES_TABLE lookup type via Oracle EBS's Lookups Manager (Navigator > Application Developer > Application > Lookups). Key considerations for setup include:
  • Aligning date ranges with actual process durations to avoid over- or under-estimation in planning.
  • Ensuring entries are organization-specific if required, using the ORG_ID attribute.
  • Regularly updating lookup values to reflect process improvements or changes in operational capabilities.

Integration with Other Modules

This lookup type integrates with several Oracle EBS modules, including:
  • Inventory (INV): For calculating lead times in replenishment planning.
  • Order Management (OM): To provide accurate promise dates based on TIP.
  • Work in Process (WIP): For scheduling manufacturing operations.

Conclusion

The MSCX_MOE_TIP_DATES_TABLE lookup type is a foundational element in Oracle EBS's supply chain planning infrastructure, enabling standardized and efficient Time-In-Process calculations. Its proper configuration and maintenance are essential for accurate planning, reduced lead times, and improved multi-org coordination. Organizations leveraging this lookup type can achieve greater operational efficiency and responsiveness in their supply chain processes.