CSA FC 3 : 2004

Part 1: Construction
  1.1 Scope
  1.2 General Construction
  1.3 Materials
  1.4 Electrical Components and Equipment
  1.5 Enclosures
  1.6 Mechanical Assembly
  1.7 Cord-Connected Portable Fuel Cell Power System
  1.8 Current-Carrying Parts
  1.9 Internal Wiring
  1.10 Electrical Insulation
  1.11 Transformers
  1.12 Motors
  1.13 Capacitors
  1.14 Suppressors
  1.15 Fuses and Fuseholders
  1.16 Overload Relays
  1.17 Switches and Controllers
  1.18 Printed Circuit Boards
  1.19 Spacings
  1.20 Separation of Circuits
  1.21 Protection of Control, Battery, and Output Power
       Circuits
  1.22 Protection of Receptacles
  1.23 Battery Supplies
  1.24 Grounding and Bonding
  1.25 Static Transfer Switches
  1.26 Heaters and Vessels (If Part of the Portable Fuel Cell
       Power Systems)
  1.27 Protection of the Potable Water Supply
  1.28 Piping Systems
  1.29 Fuel Controls and Equipment
  1.30 Air/Fluid-Handling Equipment
  1.31 Air/Fluid-Moving Equipment
  1.32 Inverters
  1.33 Uninterruptible AC Power Supplies (IPS)
  1.34 Safety Analysis
  1.35 Instructions
  1.36 Marking
Part 2: Performance
  2.1 Ultimate Strength
  2.2 Leakage Test For Liquid Fueled Systems
  2.3 Flammable Gas Concentration Test (Normal Operation)
  2.4 Protection Parameters
  2.5 Surface and Component Temperatures
  2.6 Electrical Requirements
  2.7 Rain and Wind Tests
  2.8 Sequences of Tests
  2.9 Test Conditions
  2.10 Temperature (Normal)
  2.11 Leakage Current
  2.12 Dielectric Strength
  2.13 Abnormal Operation
  2.14 Protection (Battery Supply Circuits)
  2.15 Overload (Control Devices)
  2.16 Endurance (Control Devices)
  2.17 Compression (Metal Enclosures)
  2.18 Deflection (Metal Enclosures)
  2.19 Flaming Oil (Perforated Panels)
  2.20 Printed Circuit Board Coatings
  2.21 Securement of Components
  2.22 Strain Relief
  2.23 Insulating Material
  2.24 Capacitor Discharge (Energy and Shock Hazards)
  2.25 Tank Pressure Test
  2.26 Mounting Bracket Vertical Loading Test
  2.27 Stability
  2.28 Adhesion and Legibility of Marking Materials
  2.29 Flammable Gas Accumulation
  2.30 Oxygen Depletion
  2.31 Carbon Monoxide Emissions - Closed Room
  2.32 Emission of Effluents - Open Room
  2.33 Burner Operating Characteristics
  2.34 Automatic Ignition Systems
  2.35 Drop Test
  2.36 Lifting Means
Exhibit A. List of Referenced Standards
Part 3: Quality Assurance Plan
Part 4: Definitions
Appendices:
Table of Conversion Factors
Temperature Scales and Conversions
Multiples and Submultiples of Basic Units

Applies to ac and dc type portable fuel cell power systems, with a rated output voltage not exceeding 600 V, for commercial, industrial, and residential indoor and outdoor use in non-hazardous locations, in accordance with the Rules of the National Electric Code, ANSI/NFPA 70.