EDI 947 - Warehouse Inventory Adjustment Advice

The EDI 947 (Warehouse Inventory Adjustment Advice) is a standardized ANSI X12 transaction used across retail, manufacturing, and logistics industries to communicate inventory adjustments between warehouse management systems (WMS) and enterprise resource planning (ERP) systems. It plays a critical role in inventory accuracy, financial reconciliation, and regulatory compliance. 
 

What Is the EDI 947? 

EDI 947 (Warehouse Inventory Adjustment Advice) is an ANSI X12 transaction used to report inventory adjustments such as gains, losses, damage, or reclassification. It ensures synchronization between warehouse management systems (WMS) and enterprise systems (ERP), supporting accurate inventory, financial reconciliation, and compliance reporting across supply chain networks. 
 

Transaction Identity Block 

The 947 acts as a post-event correction mechanism, ensuring alignment between physical inventory and ERP/WMS systems across distributed supply chain networks capturing increases, decreases, and reclassifications due to operational events such as cycle counts, shrinkage, damage, expiration, or reconciliation adjustments.  

What Does the EDI 947 Do? 

EDI 947 communicates inventory discrepancies identified during warehouse operations, including cycle counts, damage, and reconciliation events. It updates system-of-record inventory, triggers exception workflows, and ensures alignment between physical stock and ERP/WMS systems, improving inventory accuracy, visibility, and operational control. 

What functions does the EDI 947 perform? 

The EDI 947 performs the following functions: 

• Reports inventory gains, losses, and corrections
• Synchronizes physical vs. book inventory
• Provides audit traceability for financial and compliance reporting
• Triggers exception workflows for discrepancies
• Enables multi-node inventory balancing across 3PL ecosystems  

Who Uses the EDI 947?

Organizations that rely on distributed or outsourced warehousing models use the 947 extensively: 

• Third-Party Logistics Providers (3PLs)
• Retailers and eCommerce operators
• Manufacturers with external distribution centers
• Healthcare and regulated supply chains (lot/serial traceability)  

When Is the EDI 947 Required? 

The 947 is triggered when inventory conditions change, including:  

• Cycle counts or physical inventory audits
• Over, Short, and Damaged (OSD) conditions
• Returns processing
• Expiration or obsolescence events
• Inventory reclassification (e.g., hold → available)
• End-of-period financial reconciliation  

When is EDI 947 used? 

EDI 947 is used when inventory discrepancies occur, such as during cycle counts, damage events, returns processing, expiration, or financial reconciliation. It communicates adjustments to ensure accurate inventory across warehouse and enterprise systems, preventing stock imbalances and supporting audit and compliance requirements. 

Is the EDI 947 Mandated Under Regulation? 

The 947 itself is not universally mandated; however, it supports compliance in regulated environments: 

• FDA (DSCSA, FSMA) traceability
• GS1 identification standards (GLN, SSCC)
• Financial audit requirements  

How Does the EDI 947 Work in the Business Workflow? 

The EDI 947 operates as an exception-driven inventory correction transaction, positioned downstream of core warehouse execution events. It does not initiate movement; instead, it reconciles reality—aligning physical inventory with system-of-record balances after discrepancies are identified. 

Upstream Transactions (What Happens Before the 947) 

Inventory activity is first executed and recorded through standard warehouse transactions, these transactions establish the expected inventory position within ERP and WMS systems: 

Trigger Events (Why the 947 Is Generated)

The EDI 947 is generated when a discrepancy or adjustment condition is identified. These triggers reflect real-world deviations from system expectations.  

• Cycle count variance
• Physical inventory audit results
• Over, Short, and Damaged (OSD) conditions
• Returns processing adjustments
• Expiration or obsolescence events
• Inventory reclassification (e.g., hold → available)
• End-of-period financial reconciliation  

Core Workflow (Step-by-Step) 

1. Inventory Activity Occurs  
   Goods are received, stored, picked, or shipped via standard transactions (940/944/945).
2. Discrepancy Is Identified 
   A warehouse process (cycle count, audit, inspection) detects a mismatch between physical and recorded inventory.
3. Adjustment Is Created in WMS 
   The warehouse system generates an adjustment record, assigning:

• Adjustment number (W1502)
• Reason code (W1901)
• Quantity change (W1902/W1903)

4. EDI 947 Is Generated 
   The warehouse (or 3PL) sends the 947 to the depositor/ERP system with detailed adjustment data.
5. Validation and Acknowledgment

• Structural validation via 997 / 999
• Business validation against master data and tolerances

6. ERP/WMS Synchronization 
   The receiving system:

• Applies the quantity adjustment
• Updates available-to-promise (ATP)
• Aligns financial inventory balances

7. Exception Handling (if required)  
   High-impact adjustments trigger:

• Alerts or workflows
• Manual review or approval
• Root-cause analysis

8. Audit Trail and Reporting 
   The adjustment is logged for:

• Financial reconciliation
• Compliance audits
• Inventory performance analytics  

End-to-End Workflow Example 

Downstream Impact (What Happens After the 947) 

Industry-Specific Workflow Variations 

• Retail / eCommerce 
  High-frequency cycle counts drive frequent 947 usage to maintain omnichannel accuracy
• Pharmaceutical / Food 
  Lot-controlled adjustments ensure compliance with traceability regulations
• 3PL / Multi-Client Warehousing 
  Separate inventory ownership requires precise, auditable adjustment communication  

Key Workflow Insight (Execution Control Layer Perspective) 

The EDI 947 functions as a control point in the execution layer, ensuring that: 

• Physical reality is continuously reconciled with digital systems
• Exceptions are surfaced and governed—not hidden
• Inventory integrity is maintained across multi-enterprise networks  

Without the 947, discrepancies accumulate silently—leading to stockouts, over-promising, financial misstatement, and operational disruption. 
 

Cross-Standard Canonical Mapping 

How does PartnerLinQ use the EDI 947?  

PartnerLinQ uses the 947 to: 

• Synchronize ERP and WMS inventory states
• Apply inventory adjustments automatically
• Trigger exception workflows for high-impact variances
• Maintain audit trails for compliance and finance
• Normalize data through a canonical model for analytics  

Where Is the EDI 947 Used? 

• Distribution Centers
• Retail fulfillment networks
• Manufacturing supply chains
• Regulated industries (pharma, food, healthcare)  

Are there Industry-Specific Responses to the EDI 947? 

The 947 is typically standalone, with limited direct responses: 

• 997 / 999 Functional Acknowledgment
• Internal system posting confirmation
• Exception or workflow triggers  

What Is the Purpose, Key Features, and Business Use Cases of the EDI 947? 

The EDI 947 supports a broad set of operational scenarios, all use cases converge on a single outcome maintaining inventory integrity across systems, partners, and financial records. 

Executive Insight 

The EDI 947 is not just an adjustment message—it is a control mechanism for inventory truth ensuring discrepancies are: 

• Detected (via warehouse operations)
• Communicated (via EDI 947)
• Resolved (via ERP/WMS synchronization)
• Governed (via exception workflows)  

In modern, multi-enterprise supply chains, the 947 acts as a critical feedback loop, preventing small inventory errors from escalating into operational disruption, lost revenue, or financial misstatement. 

Operational Purpose 

The EDI 947 Warehouse Inventory Adjustment Advice exists to synchronize physical inventory with system-of-record inventory across warehouse, ERP, and partner systems. It communicates inventory gains, losses, and reclassifications so that all parties operate from a consistent, accurate view of available stock. 

The transaction functions as a post-event correction mechanism, ensuring that discrepancies identified during warehouse operations—such as cycle counts, damage, or returns—are formally recorded and reconciled. This alignment reduces fulfillment risk, improves financial accuracy, and strengthens audit readiness.  

Key Features 

Business Use Cases 

Industry Applications 

Operational Visibility 

The EDI 947 enhances visibility by: 

• Providing real-time notification of discrepancies
• Enabling multi-party transparency (warehouse ↔ depositor)
• Supporting inventory analytics and performance tracking  

Compliance Reporting

The EDI 947 transaction supports: 

• Audit trails for inventory adjustments
• Regulatory reporting (traceability, recalls)
• Documentation of shrinkage and write-offs  

Financial Reconciliation 

The 947 ensures: 

• Accurate inventory valuation
• Alignment between operational and financial systems
• Reduced discrepancies during audits  

Supply Chain Coordination 

The EDI 947 improves coordination by: 

• Synchronizing inventory across distributed networks
• Preventing stockouts and over-allocation
• Supporting replenishment and planning systems  

Exception Management 

The 947 enables exception-driven workflows: 

• Threshold-based alerts for large variances
• Automated vs. manual review paths
• Root-cause analysis for recurring discrepancies 

What Information Is Required in the EDI 947? 

The EDI 947 Warehouse Inventory Adjustment Advice requires a structured combination of header-level control data, item-level adjustment detail, identifiers, and reference information to ensure that inventory discrepancies are accurately communicated, validated, and reconciled across systems. 

The transaction is anchored by the W15 (Adjustment Identification) at the header level and the W19 (Warehouse Adjustment Item Detail) at the line level, which together define what changed, why it changed, and where it changed 

Quick Segment Reference 

What information is included in EDI 947?  

EDI 947 includes adjustment identifiers (W15), item-level details (W19), quantities, reason codes, location identifiers, and reference data (N9). These elements define what changed, why it changed, and where it occurred, enabling accurate inventory updates, traceability, and reconciliation across systems. 

Required Segments

Optional Segments 

Required Dates 

Required Quantity & UOM Data  

These values are primarily carried in W19 (W1902/W1903).  

Required Reason Codes 

Reason codes are essential for auditability and root-cause analysis. 

Required Reference Numbers 

References ensure the adjustment can be traced back to its operational origin. 

Item and Location Detail (Core Requirement) 

The W19 segment is the most critical component of the EDI 947. It provides the granular detail required to update inventory systems accurately. 
 

Summary Table of Key Segments 

Header-Level vs. Line-Level Detail  

The 947 is fundamentally a line-driven transaction, where each W19 represents a discrete inventory change at the item level where the use of standardized identifiers (e.g., GTIN for Items) ensures unambiguous identification across trading partners.  

Key Takeaway 

The EDI 947 requires a tightly structured dataset that answers five critical questions: 

1. What changed? → Item + quantity (W19)
2. Why did it change? → Reason code (W1901)
3. Where did it change? → Location identifiers (N1)
4. When did it change? → Date/time (W15, G62)
5. How is it tracked? → Adjustment number + references (W1502, N9)  

When these elements are complete and validated, the EDI 947 enables accurate, auditable, and synchronized inventory across multi-enterprise supply chains. 

What Status and Reason Codes Are Used with the EDI 947? 

The EDI 947 Warehouse Inventory Adjustment Advice does not follow a traditional lifecycle status model (like 850 → 855 → 856). Instead, it uses a combination of: 

• Transaction identification (W1502) to uniquely define each adjustment event
• Reason codes (W1901) at the line level to explain why the adjustment occurred  

This structure reflects the nature of the 947 as an exception-driven, event-based transaction, where each message represents a completed adjustment, not a status in progress.  

Status Codes in the EDI 947 

Transaction-Level Status (Conceptual) 

The 947 does not carry explicit lifecycle status codes. Instead, status is implied through: 

Key Insight: Each 947 transaction is treated as a completed inventory adjustment, not a request or pending state. If inventory conditions change again, a new 947 is issued rather than updating the original. 

Reason Codes in the EDI 947 (W1901) 

Reason codes are the core mechanism for describing adjustment intent. They explain why inventory changed and drive downstream processing, audit, and analytics. 

Common reason codes

Industry-Specific Code Sets 

While X12 provides a base set of reason codes, many organizations extend or refine them:  

*These extensions are typically governed by trading partner agreements or companion guides. 

How Reason Codes Work in Practice?

The 947 does not update prior transactions. Instead, it creates a new adjustment event, maintaining a full audit trail of inventory changes over time. The structure of the 947 reflects an event-based transaction where each message represents a completed adjustment, not a status, not a progression where each message is a discrete inventory change at the item level where the use of standardized identifiers (e.g., GTINs and GLNs – item and location identifiers) ensure unambiguous identification and a completed adjustment.  

Example Adjustment Lifecycle 

What are the Benefits of the EDI 947? 

EDI 947 improves inventory accuracy, reduces manual reconciliation, enhances auditability, and ensures synchronization between warehouse and ERP systems. It supports better fulfillment decisions, financial accuracy, and compliance while enabling real-time visibility and exception management across multi-location and multi-partner supply chains. 

Operational Benefits 

Financial Benefits 

Compliance Benefits 

Supply Chain Execution Benefits 

Partner and Network Benefits 

Advanced Benefits (Execution Control Layer Perspective) 

Efficiency, Compliance, and Accuracy Summary 

Before vs After EDI 947 Table 

What are the Benefits of Automating the EDI 947? 

Automating the EDI 947 Warehouse Inventory Adjustment Advice transforms inventory reconciliation from a manual, reactive process into a real-time, governed control mechanism. Automation ensures that inventory discrepancies are captured, validated, and resolved immediately—without delay, rekeying, or interpretation errors. 

Are there Regulatory and Compliance Requirements for the EDI 947? 

The EDI 947 Warehouse Inventory Adjustment Advice is not universally mandated by a single regulation, but it plays a critical role in meeting regulatory, audit, and compliance requirements across industries where inventory accuracy, traceability, and financial integrity are required. 

Regulatory and Compliance Notes: 

The EDI 947 is not a regulatory requirement in isolation—but it is a foundational compliance mechanism that enables organizations to meet: 

• Regulatory traceability requirements (FDA, FSMA, DSCSA)
• Financial reporting standards (GAAP, SOX)
• Operational and contractual obligations (trading partner agreements)  

In practice, the 947 ensures that inventory adjustments are not just executed—but documented, validated, and governed, forming a critical part of a compliant, auditable supply chain. The transaction functions as a compliance enabler, ensuring that inventory adjustments are documented, traceable, and auditable across systems and trading partners 

• ANSI X12 (v4010, v5010+) compliance
• GS1 identification standards
• GLN / GTIN usage - Standardized identification of items and locations
• Inventory accuracy - Ensures consistent stock visibility across partners
• Inventory Valuation Accuracy - Ensures ERP reflects actual stock levels
• Lot/serial traceability (DSCSA, FSMA Final Rule) – Adjustments at lot/serial level
• Recall readiness - Tracks removal or correction of affected inventory
• Audit Trail (SOX / GAAP)- Documents every inventory change
• Expiration management (USDA) - Captures spoilage and removal events
• Compliance reporting - Maintains inventory adjustment history
• AS2 secure transmission protocols
• Industry audit controls  

EDI 947 Technical Structure, Format, and Versions 

The EDI 947 Warehouse Inventory Adjustment Advice follows a structured ANSI X12 format designed to communicate inventory adjustments with precision, traceability, and validation control. Its architecture is composed of header, detail, and trailer sections, with a strong emphasis on item-level granularity (W19) and transaction-level control (ST/SE). 

Hierarchical Loop Structure 

The EDI 947 is organized into three primary sections: 

1. Header (Transaction Identification and Context) 

2. Detail (Adjustment Line-Level Data) 

3. Trailer (Transaction Control) 

Segment-by-Segment Technical Notes

ST – Transaction Set Header 

• Identifies the transaction as 947
• Carries a unique control number (ST02) for tracking and validation
• Marks the beginning of the transaction  
   

W15 – Warehouse Adjustment Identification 

• Defines the adjustment event
• Includes:
• W1501 → Adjustment Date
• W1502 → Adjustment Number (unique identifier)
• Acts as the header-level anchor for the transaction  

N1 Loop – Party Identification 

• Identifies all relevant entities:
• Warehouse (WH)
• Depositor (DE)
• Ship-to / Bill-to (if applicable)
• Uses standardized identifiers:
• GLN (Global Location Number)
• DUNS  

N9 – Extended Reference Information 

• Links adjustments to source transactions:
• Purchase Orders
• Shipments
• Receipts
• Supports traceability across systems  

G62 – Date/Time 

• Captures:
• Adjustment date
• Event timestamps
• Ensures temporal accuracy for reconciliation and audit  

W19 – Warehouse Adjustment Item Detail (Core Segment) 

This is the most critical segment in the EDI 947. 

• Represents line-level inventory changes
• Supports lot/serial tracking when required
• Drives ERP/WMS inventory updates  

AMT – Monetary Amount (Optional) 

• Captures financial value of adjustment
• Used for accounting and reconciliation purposes  
   

LX – Transaction Line Number 

• Provides line sequencing
• Supports multiple W19 segments within a transaction  

SE – Transaction Set Trailer 

• Ends the transaction
• Confirms:
• Segment count
• Matching control number (ST02 = SE02)  

File Format and Delimiters 

Using the following Production Delimiters on all EDI transmissions sent to Vendors, Carriers, Trading and Solution partners will enable consistent EDI parsing across trading partners: 

• Segment Separator – hex 15 (NAK) or hex 7E (~)
• Element separator – hex 7C (|) or hex 2A (*)
• Sub-element Separator – hex 3E (>) 

Version Differences 

The EDI 947 is defined by ANSI X12 standards, with multiple versions in use despite newer versions. 

What are the Limitations of the EDI 947? 

The EDI 947 Warehouse Inventory Adjustment Advice is highly effective for communicating inventory discrepancies, but it operates within specific structural, operational, and process constraints. These limitations do not reduce its value—they define how it must be implemented, governed, and complemented within a modern supply chain architecture. 

When consolidated, the limitations of the EDI 947 are not functional gaps—they are design characteristics of an event-driven, standards-based transaction. 

Are Implementation Guidelines and Sample Files Available for the X12 EDI 947  

Yes. PartnerLinQ provides sample transactions and implementation guides. EDI 947 implementation guides illustrate both inbound and outbound flows, segment layouts, and valid data examples and support testing and partner onboarding.  

Companion Guides 

Trading partners frequently publish X12 EDI 947 implementation guidelines defining segment usage and validation rules. Customized specification documents for use in on boarding and technical development are available through PartnerLinQ Support and Guideline Management. 
 

Trading Partner Requirements 

Trading partners define: 

• Required segments
• Frequency expectations
• Identifier standards  
   

EDI 947 Example File (X12 Sample)

ST*947*0001~
W15*20250623*ADJ12345~
N1*WH*Warehouse A*92*WH001~
N1*DE*Depositor Inc*92*DEP001~
G62*11*20250623~
W19*AA*10*EA*SKU12345~
N9*PO*4500012345~
SE*7*0001~

Annotated EDI 947 Sample 

What are some of the more Common EDI Errors and Rejection Scenarios 

The EDI 947 Warehouse Inventory Adjustment Advice is highly structured, which makes it reliable—but also sensitive to formatting, data quality, and partner-specific rules. Errors typically fall into five categories: structural, validation, identifier, version, and business-rule exceptions. 

How These Errors Are Detected?

What are the Basic Questions for EDI Integration with the 947? 

1. Are there Samples and Specs available?
2. What is the general direction of the transaction?
3. Are inbound or outbound orders required?
4. Are AS2, VAN, or SFTP connections used?
5. Are more than one trading partner exchanging the [Transaction ID]?
6. Are there other interested parties?
7. What trading partner requirements apply?
8. What version is required?
9. What versions are supported?
10. What other transactions might these interested parties be a party to?
11. What response to the [Transaction ID] is expected or sent?
12. Is a response to [Transaction ID] a timed event?  Are notifications involved/needed?
13. What system generates the response?
14. What response time is contractually required?
15. Are there samples and specs of the response transaction available?
16. Are adjustments automated or manual?
17. Are changes supported?
18. What validation rules apply?
19. How are changes to the [Transaction ID] business message managed today?
20. Is there automation? (an internal system trigger) or are [Transaction ID] business message transactions triggered manually?
21. How is automation managed (manual vs. system-triggered)?
22. Are responses and changes automatically triggered? (an internal system trigger)
23. Are alerting systems configured for missed response deadlines?
24. Do transactions require human intervention?
25. What systems generate or consume the transaction?
26. How are changes to the business message managed today?
27. How are one-time addresses handled in ERP?
28. What identifiers are used (SSCC, GTIN)?
29. Are SKU or UPC identifiers used?
30. What identifiers are required (SKU, UPC, GTIN)?
31. What testing process is required?
32. What validation rules must be applied? 

What are the Best Practices for using the 947?  

Effective use of the EDI 947 Warehouse Inventory Adjustment Advice depends on discipline, standardization, and automation. The goal is not just to report adjustments, but to ensure they are accurate, traceable, and operationally actionable across all systems and partners. 

What Transactions are associated with the 947? 

People Also Ask  

What is EDI 947 used for? 

EDI 947 is used to communicate inventory adjustments from a warehouse to an ERP or depositor system. It ensures alignment between physical inventory and system records, supporting reconciliation, compliance, and accurate inventory visibility across distributed supply chains and third-party logistics environments. 

How does EDI 947 work? 

EDI 947 works as an event-driven transaction triggered by inventory discrepancies. A warehouse identifies a variance, generates an adjustment record, and sends the 947 to the ERP. The receiving system validates, posts the adjustment, and updates inventory, creating a synchronized and auditable inventory record. 

What is the difference between EDI 846 and 947? 

EDI 846 reports current inventory levels and availability, while EDI 947 reports inventory adjustments such as gains, losses, or corrections. The 846 provides a snapshot of inventory position, whereas the 947 updates inventory records based on discrepancies identified during warehouse operations. 

Is EDI 947 real-time? 

EDI 947 is event-driven rather than continuously real-time. It is typically triggered when inventory discrepancies are identified, such as during cycle counts or audits. While it can be processed in near real time with automation, many environments still transmit it in scheduled or batch intervals. 

Who sends EDI 947? 

EDI 947 is typically sent by warehouses, third-party logistics providers (3PLs), or warehouse management systems (WMS). The transaction is transmitted to the depositor, retailer, or ERP system owner to communicate inventory adjustments and ensure alignment between physical and system inventory records. 

What triggers an inventory adjustment? 

Inventory adjustments are triggered by events such as cycle counts, physical audits, damage, shrinkage, returns processing, expiration, or reconciliation discrepancies. These events reveal differences between physical and system inventory, prompting the generation of an EDI 947 to correct and synchronize records. 

What are common EDI 947 errors? 

Common EDI 947 errors include missing required segments (W15 or W19), invalid quantities or units of measure, incorrect item or location identifiers, and version mismatches. Structural issues trigger 997/999 rejections, while business rule violations may result in exceptions or failed inventory postings. 

What is W19 in EDI 947? 

The W19 segment in EDI 947 contains item-level adjustment details, including reason codes, adjusted quantities, units of measure, and item identifiers. It is the core segment of the transaction, driving inventory updates and ensuring accurate reconciliation between warehouse and ERP systems. 

What is an inventory adjustment in EDI? 

An inventory adjustment in EDI refers to a change in recorded inventory levels due to discrepancies such as damage, loss, or count variance. Transactions like EDI 947 communicate these changes, ensuring that system inventory reflects actual physical stock and remains accurate for operations and reporting. 

Can EDI 947 be automated? 

Yes, EDI 947 can be fully automated by triggering transactions directly from warehouse management systems when discrepancies are detected. Automation reduces manual effort, improves accuracy, accelerates reconciliation, and enables real-time inventory synchronization and exception-driven workflows across supply chain systems. 

What industries use EDI 947? 

EDI 947 is used across industries including retail, eCommerce, manufacturing, logistics, healthcare, and food distribution. It is especially critical in environments with distributed warehousing, third-party logistics providers, and regulated supply chains that require accurate inventory tracking and compliance reporting. 

What transactions come before and after EDI 947? 

EDI 947 typically follows transactions such as 944 (Warehouse Receipt) and 945 (Warehouse Shipping Advice), which establish inventory position. It may be followed by 846 (Inventory Inquiry/Advice) or ERP updates to reflect the corrected inventory levels across systems and trading partners. 

How do reason codes work in EDI 947? 

Reason codes in EDI 947, carried in the W19 segment, explain why an inventory adjustment occurred. They classify events such as damage, count variance, or receipt discrepancies, enabling auditability, driving business rules, and supporting analytics and compliance reporting across supply chain systems. 

Does EDI 947 support lot tracking? 

Yes, EDI 947 can support lot and serial tracking when included in the transaction, typically through extended reference segments. This capability is essential for regulated industries such as pharmaceuticals and food, where traceability, recall readiness, and compliance reporting are required. 

How does EDI 947 impact financial reporting? 

EDI 947 impacts financial reporting by ensuring that inventory values in ERP systems reflect actual physical stock. Accurate adjustments reduce discrepancies, support audit trails, improve inventory valuation, and help organizations meet financial reporting standards such as GAAP and compliance  

#ExplorePartnerLinQ 

• Inventory Visibility Solutions– Gain real-time insight into inventory positions across your network with the EDI 846
• EDI Integration Platform – Connect ERP, WMS, and partners with a unified integration layer
• Why is EDI Integration Important to your Business?
• Logistics & 3PL Connectivity – Enable seamless warehouse and distribution collaboration
• How EDI Logistics is Transforming Supply Chain Operations 
• Multi-Enterprise Orchestration – Govern inventory adjustments across complex supply chains
• Unlocking the Power of Multi-Enterprise Supply Chain Business Networks 

FAQs 

What is EDI 947 used for? 

EDI 947 communicates inventory adjustments from a warehouse to ensure alignment between physical stock and system records, supporting reconciliation, compliance, and operational accuracy. 

Is EDI 947 real-time? 

EDI 947 is event-driven, typically triggered by cycle counts or adjustment events rather than continuous real-time updates. 

Does EDI 947 replace inventory systems? 

EDI 947 does not replace WMS or ERP systems; it synchronizes them. 

Is EDI 947 required for 3PL operations? 

Most 3PL relationships rely on 947 to maintain inventory integrity. 

Footnotes 

1. PartnerLinQ EDI 947 Functional Overview and Use Cases
2. PartnerLinQ 947 Specification (v4010) Structure and Segments
3. EDI Integration Questionnaire and Best Practices