Search Results gr_conc_ranges_pk

Overview

The GR_CONC_RANGES table is a core data object within the Oracle E-Business Suite (EBS) Process Manufacturing Regulatory Management (GR) module. As indicated by its description, it stores one record for each organization code, establishing it as a foundational table for managing regulatory concentration data at the organizational level. Its primary role is to define and maintain the permissible concentration ranges for substances, which is critical for compliance reporting, product safety, and regulatory adherence in process manufacturing industries such as chemicals, pharmaceuticals, and food. The table's existence under the GR schema and its VALID status confirm its active role in EBS versions 12.1.1 and 12.2.2.

Key Information Stored

The documented metadata specifies the primary key for this table, which is the single most critical column. The table's structure is anchored on the CONCENTRATION_SEQNO column, which forms the primary key constraint GR_CONC_RANGES_PK. This sequence number uniquely identifies each concentration range record within the system. While the full column list is not detailed in the provided excerpt, the primary key relationship strongly implies that this table stores defining parameters for concentration ranges. Typical data would include the organization identifier, a reference to the regulated substance or ingredient, and the numerical boundaries (minimum and maximum concentrations) that constitute the compliant range for that organization's context.

Common Use Cases and Queries

This table is central to regulatory compliance checks and master data management. A primary use case is validating that a product's formulation or a batch's composition falls within legally mandated concentration limits for specific substances. System processes or custom reports would query this table to enforce these business rules. Common SQL operations include retrieving the valid range for a given substance and organization, or listing all defined ranges for regulatory auditing purposes. A fundamental query pattern leveraging the documented primary key would be:

• SELECT * FROM GR.GR_CONC_RANGES WHERE CONCENTRATION_SEQNO = :1;
• SELECT * FROM GR.GR_CONC_RANGES WHERE ORGANIZATION_ID = :org_id; (assuming a typical ORGANIZATION_ID column exists).

Reports generated from this data are essential for regulatory submissions, internal compliance dashboards, and material safety data sheet (MSDS) generation.

Related Objects

Based on the provided relationship data, the GR_CONC_RANGES table has a defined primary key but no explicitly documented foreign keys in the excerpt. The primary key relationship is:

• Primary Key Constraint: GR_CONC_RANGES_PK on column CONCENTRATION_SEQNO.

In a typical EBS regulatory data model, this table would be a parent table referenced by other transactional or detail tables within the GR module. One would expect child tables (e.g., for specific product registrations, batch results, or substance declarations) to contain a CONCENTRATION_SEQNO column as a foreign key back to GR_CONC_RANGES. This links specific instances of substance usage to their defined regulatory limits. Developers and DBAs should examine the database for foreign key constraints referencing GR_CONC_RANGES.CONCENTRATION_SEQNO to fully understand its integration points.