Search Results gr_item_risk_phrases_pk




Overview
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Overview

The GR_ITEM_RISK_PHRASES table is a core data structure within the Oracle E-Business Suite Process Manufacturing Regulatory Management (GR) module. It serves a critical compliance function by storing the association between manufactured items and their corresponding Standard European Risk Phrases. These risk phrases, often denoted by R-phrases (e.g., R45 - May cause cancer), are legally mandated classifications for hazardous substances and mixtures under European Union regulations. The table's design allows for a one-to-many relationship, meaning a single item can be linked to multiple risk phrases, accurately reflecting the complex hazard profile of chemical products. Its primary role is to maintain this regulatory data for use in safety data sheet (SDS) generation, product labeling, and compliance reporting within the EBS environment.

Key Information Stored

The table acts as a junction or intersection entity, linking three key pieces of information through its primary and foreign key columns. The primary key is a composite of ITEM_CODE and RISK_PHRASE_CODE, enforcing uniqueness for each item-risk phrase combination. The ITEM_CODE column identifies the specific inventory item or product. The RISK_PHRASE_CODE is a foreign key that references the standard library of risk phrases stored in the GR_RISK_PHRASES_B table. A third foreign key, PHRASE_CODE, references the GR_PHRASES_B table, which likely contains the multilingual textual description of the risk phrase. This structure separates the code from its descriptive text, supporting multiple languages.

Common Use Cases and Queries

The primary use case is the generation of regulatory documents. When creating a safety data sheet or a product label for an item, the system queries this table to retrieve all associated risk phrases. This data is also essential for internal compliance checks and product stewardship. A common reporting query would join this table to item master and phrase description tables. For example, to list all risk phrases for a specific item, one might use:

  • SELECT gip.ITEM_CODE, gp.PHRASE_TEXT
  • FROM GR_ITEM_RISK_PHRASES gip,
  • GR_PHRASES_B gp,
  • GR_RISK_PHRASES_B grp
  • WHERE gip.ITEM_CODE = 'ITEM123'
  • AND gip.RISK_PHRASE_CODE = grp.RISK_PHRASE_CODE
  • AND gip.PHRASE_CODE = gp.PHRASE_CODE;

Another critical scenario is validating item data during batch or recipe creation to ensure all required hazard classifications are present.

Related Objects

GR_ITEM_RISK_PHRASES is centrally connected to several key tables via foreign key relationships, as documented in the ETRM metadata. These relationships are fundamental to maintaining data integrity and enabling comprehensive regulatory reporting.

  • GR_EMEA: Linked via ITEM_CODE. This is likely a master table containing core regulatory information for items in the EMEA region.
  • GR_RISK_PHRASES_B: Linked via RISK_PHRASE_CODE. This table defines the standard library of risk phrase codes (e.g., R1, R45).
  • GR_PHRASES_B: Linked via PHRASE_CODE. This table stores the translated textual descriptions for the risk phrases, supporting multiple languages.

The table's primary key constraint, GR_ITEM_RISK_PHRASES_PK, ensures that no duplicate item and risk phrase combinations can exist.