The HFC236fa clean agent fire extinguisher is designed for sensitive environments where water, foam, or residue could cause damage. This Uni Fire rated unit provides fast knockdown of Class A, B, and electrical fires without leaving any residue.
Engineered for commercial and industrial settings, the HFC236fa clean agent extinguisher combines reliable discharge characteristics with low environmental impact. Operators value its compact profile and straightforward handling in critical situations.
| Model | Capacity | Agent | Typical Use | Certification |
|---|---|---|---|---|
| Uni Fire HFC236fa | 2.5 L | HFC236fa clean agent | IT rooms, control panels, archives | UL, CE, ISO 14520 |
| Uni Fire HFC236fa | 5 L | HFC236fa clean agent | Server rooms, switchgear, labs | UL, CE, ISO 14520 |
| Uni Fire HFC236fa | 10 L | gaseous, non conductive, leaves no residueData centers, telecom sites | UL, CE, ISO 14520 | |
| Comparison baseline | Varies | FK-5-1-24 or CO2 | Class B, electrical | Varies by region |
HFC236fa Technical Specifications
This section details the performance characteristics and operating conditions of the HFC236fa clean agent used in Uni Fire extinguishers. Understanding these parameters helps facilities select the right protection for sensitive assets.
Key Performance Parameters
The HFC236fa agent delivers rapid fire suppression while maintaining compatibility with electronics, documents, and precision equipment. Its vapor pressure and discharge profile are optimized for quick dispersion and minimal residue.
Environmental and Safety Profile
With a lower global warming potential compared to older halon alternatives, HFC236fa meets evolving environmental regulations. The agent is electrically non conductive and safe for use around energized equipment.
Installation and Placement Guidelines
Correct positioning of Uni Fire HFC236fa units ensures reliable coverage in areas where fire hazards intersect with valuable or fragile assets. Proper mounting and zoning improve response effectiveness and reduce false discharge risks.
Strategic Zoning for Protection
Facilities should segment protection zones based on hazard levels and asset concentration. Each zone benefits from a dedicated unit with discharge design that accounts for room geometry and ventilation patterns.
Mounting and Accessibility
Install extinguishers at recommended heights and locations identified in a site risk assessment. Clear access paths and visible signage ensure that operators can reach the Uni Fire unit quickly during an emergency.
Maintenance and Inspection Practices
Ongoing maintenance of HFC236fa extinguishers supports compliance and operational readiness. Scheduled inspections verify pressure, hose integrity, and actuation mechanism function, while identifying potential corrosion or leakage early.
Routine Service Schedule
Follow manufacturer and regulatory service intervals, typically including visual inspections monthly and detailed examinations annually. Record pressure readings and cylinder weight checks to track agent levels accurately.
Handling and Disposal Considerations
Used or expired units should be handled by certified technicians familiar with clean agent systems. Disposal procedures must align with local environmental rules to prevent release of pressurized contents or residual agent into general waste streams.
Operational Advantages and Recommendations
Facilities deploying the Uni Fire HFC236fa clean agent extinguisher gain protection that aligns with modern safety and environmental expectations. Structured planning and maintenance amplify these benefits across critical installations.
- Verify room integrity and ventilation before placement to ensure effective agent distribution.
- Follow labeled installation heights and maintain clear access paths for rapid deployment.
- Implement a documented inspection and service schedule in line with local regulations.
- Train designated personnel on system operation and emergency shutdown procedures.
- Coordinate with certified service partners for pressure checks and leak testing.
FAQ
Reader questions
Is the HFC236fa clean agent safe for use in occupied spaces? Yes, the HFC236fa agent is electrically non conductive and leaves no residue, making it suitable for spaces with people and sensitive equipment when ventilation is adequate and safety guidelines are followed. How does HFC236fa compare to CO2 in data center applications?
HFC236fa provides a gaseous clean agent that suppresses fire without thermal shock risk, while CO2 relies on oxygen displacement and can pose asphyxiation hazards in occupied areas.
What is the expected discharge time for a 5 L Uni Fire unit?
Discharge duration varies by configuration, but typical Uni Fire HFC236fa 5 L units are engineered for rapid application, often within 30 to 60 seconds, depending on nozzle setup and area volume.
Does HFC236fa have any ozone depletion or high global warming potential?
HFC236fa has zero ozone depletion potential and a significantly lower global warming potential compared to older halon agents, aligning with many international environmental regulations for clean agent fire protection.