IGNITERS COMBUSTION ENG. LTD IGNITION COIL FOR FCC LP FLARE C/W, CA231

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The Igniters Combustion Engineering CA231 Ignition Coil is designed for reliable ignition performance in FCC LP flare applications. Engineered for continuous-duty combustion systems, it delivers stable spark output, high voltage reliability, and long service life under demanding refinery and petrochemical conditions.

Price:

$998,00

The CA231 Ignition Coil from Igniters Combustion Engineering Ltd is a high-performance component engineered to provide dependable voltage amplification and spark energy delivery in Fluid Catalytic Cracking (FCC) Low-Pressure flare systems. Built to withstand harsh temperatures, vibration, and corrosive operating atmospheres, this coil ensures consistent pilot ignition, flame stability, and safe flare operation.

Designed for compatibility with industrial igniter assemblies, the CA231 supports continuous duty firing sequences, reliable starts, and improved ignition repeatability. Its rugged insulation system prevents electrical breakdown while maintaining optimal spark strength even in degraded atmospheric conditions.

This ignition coil is widely utilized in refineries, petrochemical flare networks, chemical processing plants, and industrial combustion safety skids.


Key Features

  • High-voltage industrial ignition coil

  • Engineered for FCC LP flare ignition systems

  • Rugged insulation for harsh environments

  • Stable spark output under continuous duty

  • Vibration and temperature resistant

  • Reliable pilot ignition on demand

  • Long lifespan, low maintenance requirements


Technical Highlights

  • Manufacturer: Igniters Combustion Engineering Ltd

  • Model/Reference: CA231

  • Function: Ignition coil for flare pilot ignition

  • Duty: Continuous combustion service

  • Output: High-energy spark voltage amplification

  • Compatibility: FCC LP flare pilot assemblies


Typical Applications

  • Refinery FCC flare pilots

  • Chemical plant combustion vents

  • Petrochemical flare stacks

  • Safety ignition skids

  • Emergency flare ignition systems

  • Combustion control networks


Benefits

  • Enhances flare system ignition reliability

  • Improves combustion safety and compliance

  • Reduces failed start sequences

  • Extends maintenance intervals

  • Stable operation in harsh refinery atmospheres