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Commercial Kitchen Food Equipment & Exhaust Maintenance Form

General Information

Facility Name / Location

Technician / Contractor

Service Date

Kitchen Zone / Station

Health & Safety Permit #

Preventive Maintenance Checklist & Standard Operating Procedures

Perform these maintenance steps for commercial cooking and exhaust assets during inspection:

Action Item

Check?

A
B
1

Exhaust Hood & Grease Filter Servicing: Remove baffle grease filters and run through commercial dish machines. Inspect exhaust hood interior plenum and grease gutters for heavy buildup. Verify hood exhaust fans and makeup air units engage properly during peak line operation. Never use flammable solvents to clean hood interiors.

2

Refrigeration Condenser Coil & Seal Cleaning: Vacuum dirt, grease, and dust from condenser coils on reach-in/walk-in coolers and freezers. Wipe magnetic door gaskets with warm water and sanitizing agent. Avoid wire brushes that puncture delicate cooling fins.

3

Combustion & Burner Calibration: Inspect gas lines, flex connectors, and pilot assemblies on ranges, fryers, and griddles. Clean burner ports of carbonized food debris. Verify blue flame quality with minimal yellow tipping.

4

Deep Fryer Flue & Sediment Sweep: Drain fryer oil to clean sediment zones and heating elements. Inspect combustion flues and high-limit safety cut-off switches. Never fill fryers with water while heating elements are engaged.

5

Warewashing De-Liming & Temperature Check: Run a de-liming cycle on commercial dishwashers to remove scale buildup from wash arms and heating elements. Test final rinse water temperature to ensure compliance with NSF sanitization standards (180°F for high-temp machines).

6

Drain & Grease Trap Flow Checks: Clear line drain strainers and floor sinks. Inspect floor drain backflow preventers and verify grease trap interceptors are skimmed and draining smoothly.

Detailed Kitchen Equipment Maintenance Log

Use one row per piece of kitchen equipment. Record mechanical status, sanitation integrity, temperature compliance, and actions taken.

Asset ID / Name

Equipment Type (Fryer, Range, Walk-In, Hood, Dishwasher)

Heating / Cooling Efficiency (Temp Reached, Flame Quality, Airflow)

Mechanical & Electrical (Belts, Motors, Elements, Cord)

Door Gaskets & Seals (Intact, Pliable, Cracked, Missing)

Sanitation & Cleanliness (Clean, Carbonized, Scale Buildup)

Maintenance / Action Taken

Follow-up Required?

A
B
C
D
E
F
G
H
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Defect Diagnostic Legend & Rating Codes

Use these standard codes when logging equipment defects or health code violations:

Component Severity Rating

  • G (Good): Fully operational, holds set temperature, clean, meets local health/fire codes.
  • M (Fair / Minor Issue): Minor temperature drift, light carbon buildup, worn door gasket, noisy motor belt.
  • P (Poor / Safety Failure): Gas leak, temperature out of health code range, failed exhaust hood, high-limit failure.
 

Specific Defect Codes

  • EX-1: Exhaust hood grease filters clogged, missing, or plenum grease buildup excessive (Fire Hazard)
  • RF-1: Refrigeration unit failing to hold target temperature (Food Safety Hazard)
  • RF-2: Door gasket torn, cracked, or failing to hold magnetic seal
  • GS-1: Gas line flex connector worn, loose, or showing micro-leaks
  • GS-2: Burner ports clogged, uneven flame distribution, or pilot light failing to stay lit
  • DW-1: Dishwasher final rinse fails to reach sanitizing temperature threshold
  • DR-1: Floor drain, sink, or grease trap backup present in food prep area
 

Detailed Deficiency & Corrective Action Worksheet

Document equipment requiring immediate OEM parts replacement, gas line repairs, or specialized refrigeration contractor service.

Asset ID

Status / Rating Code

Specific Component Needing Repair / Replacement

Manufacturer / Part #

Estimated Cost

Priority Level (Immediate / Health Risk, Scheduled, Monitor)

A
B
C
D
E
F
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Final Sign-Off & Health Compliance Approval

Service Technician

Kitchen Manager / Chef

Form Template Insights

Please remove this form template insights section before publishing.

Key Structural Components

1. Facility Metadata & Station Classification

  • Why it's needed: Commercial kitchens are partitioned into strict hygiene zones (e.g., Raw Prep vs. Cooking Line vs. Sanitation/Dishroom). Classifying assets by zone ensures technicians follow proper cross-contamination protocols while moving through the facility.

2. Standard Operating Procedures (SOPs) & Chemical Safety Warnings

  • Why it's needed: Establishes critical safety boundaries for technicians. For example, explicitly forbidding flammable solvents near hood plenums or warning against using wire brushes on delicate cooling fins prevents accidental fires and thousands of dollars in equipment damage.

3. Multi-Zone Equipment Inspection Log

  • Why it's needed: Organizes the kitchen's core operational systems into explicit diagnostic lines:
    • Exhaust & Ventilation: Checks grease baffle saturation and fan draw to prevent grease fires.
    • Refrigeration (Cold Chain): Verifies holding temperatures, door seals, and coil airflow to prevent food spoilage.
    • Gas & Combustion: Checks burner ports and flex lines to ensure fuel efficiency and prevent carbon monoxide or gas leaks.
    • Sanitation & Warewashing: Evaluates de-liming status and final rinse temperatures (e.g., 180°F for thermal sanitization).

4. Health & Fire Code Diagnostic Severity Codes

  • Why it's needed: Standardizes field reporting. Code P / EX-1 immediately identifies a critical fire hazard (grease buildup in the hood plenum), allowing a general manager to authorize emergency hood cleaning before a fire marshal inspection.

5. Corrective Action & Procurement Worksheet

  • Why it's needed: Separates simple daily maintenance (like cleaning a drain filter) from critical repair work orders (like replacing a failed high-limit fryer switch), streamlining parts ordering and contractor scheduling.

6. Formal Compliance Sign-Off

  • Why it's needed: Creates a legally defensible audit trail. In the event of a food poisoning claim or kitchen fire, signed maintenance logs prove the facility exercised due diligence and maintained equipment to code.

Mandatory Questions Recommendation

Please remove this mandatory questions recommendation section before publishing.

Mandatory Metadata & Accountability

1. Service Date, Facility Name & Kitchen Zone

  • Why it's mandatory: Establishing when and where maintenance occurred creates an unbroken chain of custody. Health inspectors require historical proof that cold-chain refrigeration and exhaust cleaning occurred at mandated intervals. Identifying specific zones prevents cross-contamination and ensures specific line equipment (e.g., "Prep Kitchen Walk-In" vs. "Main Line Cooler") is correctly serviced.

2. Technician & Kitchen Manager Signatures

  • Why it's mandatory: Establishes operational responsibility. The technician attests that mechanical and fire-safety checks were completed according to code, while the kitchen manager confirms that equipment was returned to a safe, operational state for food production.

Mandatory Fire Safety & Life-Safety Questions

3. Are exhaust hood grease filters, plenums, and fan ducts clear of heavy grease buildup?

  • Why it's mandatory: Commercial kitchen exhaust fires are catastrophic. Airborne grease is highly flammable fuel; a flare-up on a gas range can instantly ignite a greasy hood plenum. Verification of hood cleanliness is mandated by NFPA 96 standards and local fire codes.

4. Are all gas lines, flex connectors, and pilot/burner shut-off valves leak-free and fully functional?

  • Why it's mandatory: Gas leaks in hot, enclosed kitchen lines pose an immediate risk of explosion or carbon monoxide poisoning. Inspecting connections and safety shut-off valves is a non-negotiable life-safety requirement.

Mandatory Food Safety & Health Code Questions

5. Are all walk-in and reach-in refrigeration units holding food at or below mandatory temperatures?

  • Why it's mandatory: Prevents foodborne illness. Local health department codes strictly require cold food storage to remain at or below 41°F (5°C) to prevent bacterial growth (such as Listeria and Salmonella). A failing compressor or worn door gasket directly threatens public health.

6. Does the commercial dishwasher final rinse reach required sanitizing temperatures (180°F for thermal sanitization) or chemical concentration levels?

  • Why it's mandatory: Pathogen elimination. If a high-temp warewasher fails to hit 180°F (82°C) during its final rinse, dishes, glasses, and utensils are not sanitized according to NSF/ANSI standards, leading to immediate health code violations.

Mandatory Structural Integrity & Sanitation Questions

7. Are refrigeration and oven door magnetic gaskets intact, pliable, and free of cracks or mold?

  • Why it's mandatory: Dual impact on energy and sanitation. Cracked gaskets harbor dangerous bacterial buildup and mold, while failing to seal properly—forcing refrigeration compressors to overwork, overheat, and fail prematurely.

Mandatory Operational Action Questions

8. Is any piece of equipment deemed a Fire/Health Hazard requiring immediate Lockout/Tagout?

  • Why it's mandatory: Converts diagnostic findings into immediate operational containment. If a fryer's high-limit safety cut-off fails or a walk-in freezer warms to 50°F, this field forces the inspector to formally take the unit out of service before unsafe food is served or a fire occurs.

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