Eunix Fire Protection Pte Ltd. products

The ECS-500™ Clean Agent Suppression System is the newest entry in our engineered clean agent suppression product line. The higher pressure (500 psi/34.5 bar) of the ECS-500 provides superior system performance as compared to 360 psi/25 bar systems. Now you have the flexibility of a mid-tier solution between our standard ECS™ and Advanced Delivery System. (ADS™) to meet application size, design requirements and the client’s budget.

The Kidde Fire Systems' ADS Clean Agent Suppression System employs 3M Novec 1230 Fire Protection Fluid or Fluoro-K agent, enhanced by a Nitrogen driver for optimal performance. This design allows for extensive piping networks and greater nozzle heights, making it ideal for complex setups. It effectively optimizes flow rates, enabling better coverage of large areas with nozzle placements up to 18 feet 6 inches high. The system can be tailored to protect multiple hazards from a single cylinder location using 3-way directional valves. Notably, it supports cylinder placements up to 200 feet from the hazard and adheres to NFPA Standard 2001, ensuring safety and environmental responsibility with zero ozone depletion potential. The system discharges swiftly, minimizing damage, downtime, and cleanup costs, and is globally recognized and certified by authorities like UL, FM, and USCG. Applications range from healthcare to telecommunications, and it integrates components like control units and detection devices.

The Amerex Kitchen Protection (KP) Fire Suppression System is a highly regarded solution globally for commercial kitchens, designed to align with NFPA guidelines. It undergoes rigorous testing by Underwriters Laboratory to meet UL 300 standards, ensuring the system's reliability in safeguarding valuable property and personnel in kitchens. The system offers two protection schemes: the Appliance Specific System is cost-effective for fixed appliance locations, while the Zone Defense System provides adaptability for reconfigured kitchen setups. The KP employs a mild steel constructed agent cylinder, pre-pressurized with nitrogen or argon to 240 psi, efficiently discharging a potassium acetate-based agent, ideal for suppressing grease fires. The innovative Mechanical Release Module (MRM) and Pneumatic Release Module (PRM) enable precise fire detection and actuation, supporting up to ten agent cylinders for comprehensive fire protection in varied environments.

The Kidde Natura Inert Gas Fire Suppression System offers a versatile, efficient, and environmentally sustainable solution for various fire protection needs. Employing a choice of four inert gas agents—IG01, IG55, IG541, and IG100—this system allows for tailored responses to regional re-charge conditions and specific customer requirements. The system's design reduces material and labor costs, featuring a series 400 valve for regulated pressure and flow, enabling the use of Schedule 40 piping. Installation efficiency is enhanced with pre-fabricated manifolds, quick-connect hoses, and electrical connectors. Specifically designed for challenging environments, it supports low temperature and hard-to-seal rooms, including museums and laboratories. The system's 300 bar and 200 bar pressure options, combined with a range of cylinder capacities and selector valve sizes, provide adaptability for various applications. Rated with zero ozone depletion and global warming potential, it offers a clean and environmentally responsible fire suppression solution.

Flammable materials and vapors present a significant risk of fire for many industrial processes and environments. The Kidde Fire Systems High-Pressure (HP) Carbon Dioxide (CO2) Suppression System was designed to provide complete fire protection for a wide range of challenging applications from printing presses and generator enclosures to dip tanks and commercial fryers. The Kidde Fire Systems HP CO2 system delivers clean, dependable suppression in seconds, greatly reducing the loss of assets, productivity and revenue associated with a fire-related business interruption.