Warehouse Instruction

---

DOCUMENT CONTROL BLOCK

• Document ID: SOP-TR-WH-4091
• Effective Date: October 24, 2023
• Version: 3.2.0
• Review Cadence: Semi-Annual
• Author: Julian Vance, Chief Operations Architect, Template Registry

---

1. Executive Summary & Scope

1.1 Purpose

This Standard Operating Procedure (SOP) defines the institutional baseline for warehouse operations, inventory handling, order fulfillment, and logistics control across all Template Registry distribution facilities. Compliance with this directive ensures absolute inventory integrity, mitigation of occupational safety hazards, and adherence to ISO-9001 and OSHA standards.

1.2 Scope

This procedure applies to all full-time, part-time, and contracted personnel operating within Template Registry warehousing, receiving, staging, and dispatch environments. The protocols herein govern all inbound logistics, internal stock movements, outbound fulfillment operations, and cyclical inventory auditing.

---

2. Prerequisites & Required Tools

2.1 Hardware & Equipment

• Class II forklift certified for narrow-aisle operation (Operator ID card required).
• Electric pallet jack (Walkie-rider).
• Industrial RF Barcode Scanner (Zebra TC57 or enterprise equivalent).
• ANSI-compliant safety vest, steel-toe boots (ASTM F2413), and cut-resistant gloves.

2.2 Software & Systems

• Template Registry Warehouse Management System (WMS v4.4+)
• Enterprise Resource Planning (ERP) inventory synchronization module
• Automated Conveyor Control Panel (CC-P900)

2.3 Compliance & Documentation Standards

• OSHA 1910.178 (Powered Industrial Trucks)
• HazCom Standard (29 CFR 1910.1200)

---

3. Roles & Responsibilities (RACI Matrix)

Legend: Responsible (does the work), Accountable (owns the outcome), Consulted (provides input), Informed (kept updated).

---

4. Step-by-Step Procedure

Phase 1: Inbound Receiving & Verification

• 1.1 Inspect inbound transport vehicle for structural integrity, seal verification, and ambient temperature compliance (if handling climate-sensitive stock).
• 1.2 Scan Bill of Lading (BOL) barcode via RF terminal to initiate the WMS inbound staging session.
• 1.3 Offload pallets utilizing certified forklift equipment, staging units in designated receiving bay alpha (BAY-A).
• 1.4 Conduct physical piece count and structural damage inspection; immediately segregate compromised units into the Quality Hold cage (QH-01).

Phase 2: Putaway & Inventory Allocation

• 2.1 Log into the WMS Putaway module to generate optimized slotting paths based on SKU velocity metrics.
• 2.2 Transport pallet to assigned bin location (Format: Aisle-Rack-Shelf-Bin, e.g., 04-B-02-01).
• 2.3 Scan bin location barcode, scan pallet license plate (LPN), and physically deposit stock.
• 2.4 Verify system update confirmation on the RF terminal before departing the bin location.

Phase 3: Order Picking & Staging

• 3.1 Retrieve pick list via WMS terminal; execute system-directed batch pick routing to minimize travel distance.
• 3.2 Scan picked items into master tote; verify universal product code (UPC) matches system prompt.
• 3.3 Transport completed picks to the Packing & Consolidation zone (ZONE-PAC).
• 3.4 Weigh and dimensionally scan consolidated orders; affix generated shipping label and routing manifest.

Phase 4: Outbound Dispatch & Handover

• 4.1 Stage palletized or parcel freight in outbound dock lanes (LANE 01 through LANE 12) per carrier assignment.
• 4.2 Execute digital manifest sign-off with outbound freight carrier driver.
• 4.3 Update WMS status from Staged to Dispatched to trigger automated customer ASN (Advanced Shipping Notice).

---

5. Quality Assurance & Verification

5.1 Key Performance Indicators (KPIs) & Thresholds

• Inventory Accuracy Rate: $\ge 99.8%$ daily.
• Order Fulfillment Cycle Time: $< 45$ minutes from pick-list release to dock staging.
• Safety Incident Rate: $0.0$ lost-time injuries.

5.2 Common Operational Pitfalls

• Orphaned Inventory: Moving stock without scanning LPN transitions into WMS.
• Staging Clutter: Allowing outbound lanes to exceed 85% capacity, blocking fire egress paths.
• Mis-picks: Forgetting secondary barcode validation scans during high-velocity picks.

5.3 Audit Checklist

• Daily pre-shift forklift safety checklists completed and filed digitally.
• Random cycle count of 50 high-value SKUs executed per shift.
• Aisles verified clear of debris, wrap, and unassigned pallets.

---

6. Troubleshooting FAQ

Q1: The RF Scanner drops connection or fails to update WMS data mid-pick. What is the protocol?

Solution: Do not abandon the physical pick cart. Reboot the RF terminal by holding the power button for 10 seconds. Upon reboot, the terminal will auto-reconnect and restore the active session state. If connection fails to re-establish within 3 minutes, switch to backup offline pick mode, notify the Shift Supervisor, and complete the pick using manual paper manifests while maintaining strict physical item tallies.

Q2: An inbound shipment contains damaged goods exceeding 5% of the total manifest. How should this be handled?

Solution: Immediately halt processing of the affected pallet line. Do not accept the shipment in full within the WMS. Flag the shipment as "Discrepancy" in the terminal, isolate the damaged units in QH-01, photograph the damage with the compliance tablet, and generate an automated Over, Short, and Damaged (OS&D) report routed directly to Procurement and the carrier representative.

Q3: A bin location is physically empty when the WMS directs a pick from it. How is this resolved?

Solution: Verify the aisle, bay, and shelf labels visually to ensure no misread occurred. If the bin is confirmed empty, press the "Exception: Zero Stock" prompt on the RF scanner. This will trigger a dynamic audit task for the Inventory Control Specialist. Do not borrow stock from adjacent bins; immediately proceed to the next pick line item while the system recalculates inventory adjustments.