About Nitrogen Injection Fire Protection System
We are recognized for offering a ISO 9001:2000 certified Nitrogen Injection Fire Protection System that is utilized in transformers parts. Manufactured in accordance with the international quality benchmarks, these Nitrogen Injection Fire Protection System are suitable for outdoor / indoor installations and can also be operated in the absence of power. Our system prevents eruption and consequent fire in a distribution, power and rectifier transformer parts. Apart from this, our system is approved by transformers parts manufacturers, international and domestic utilities, railways, consultants and individual power producers.
Product Information:
- Available in design of ELIN, predecessors of VA TECH, Austria.
- Tarrif Advisory Committee (TAC) and Fire Authorities approved
- Environment friendly Nitrogen Injection System
- Free from any kind of climatic changes
- Fire-Proof Nitrogen Injection System
- Require less maintenance
- SCADA compatibility available
Advantages:- Suitable for both indoor & outdoor installations
- Can operated in the absence of power
Specifications:
- Manufactured since 1996 to the design of ELIN, predecessors of VA TECH, Austria.
- Unaffected by climatic changes.
- ISO 9001:2000 certified.
- SCADA compatible.
- Approved by Tarrif Advisory Committee (TAC) and Fire Authorities.
Product details
| Fire prevention cabinet color | Red or customized |
| Color | Red |
| Material | Cast Iron, Brass |
| Type | Fire prvention system for transformer |
| Pressure | High Pressure |
Rapid and Safe Fire Suppression TechnologyUtilizing advanced nitrogen injection, this system delivers immediate fire suppression for transformers. With a discharge duration of 3060 seconds and a response time under 30 seconds, it offers reliable protection with minimal disruption. The system is non-corrosive, leaves no residue, and maintains a low noise level under 40 dB for sensitive environments.
Certified, Customizable, and Eco-FriendlyEngineered with IS/UL/CE certifications, the Nitrogen Injection Fire Protection System meets stringent global safety and quality standards. Its customizable coverage adapts to varied transformer sizes and installations, while its eco-friendly, energy-efficient operation supports modern sustainability requirements.
FAQs of Nitrogen Injection Fire Protection System:
Q: How does the Nitrogen Injection Fire Protection System operate during a fire incident?
A: The system uses integrated heat and smoke sensors to detect fire at its earliest stage. On detection, nitrogen is rapidly injected, suppressing flames in under 30 seconds via automatic or manual control, effectively minimizing fire damage to transformers.
Q: What makes high tensile steel cylinders suitable for this fire protection system?
A: High tensile steel cylinders provide maximum durability and safety under high operating pressures (180-200 Bar). This construction ensures long-lasting reliability and resistance to external impacts, which is crucial for transformer environments.
Q: When should maintenance be performed on the system?
A: Routine maintenance is recommended annually, as the system is designed for low upkeep. This schedule ensures optimal performance and compliance with certification requirements while minimizing operational downtime.
Q: Where can this system be installed for optimal fire protection?
A: The Nitrogen Injection Fire Protection System is suitable for both outdoor and indoor transformer installations. Its customizable coverage area ensures it can be tailored to transformers up to 400 MVA, regardless of location.
Q: What is the process for refilling the nitrogen cylinders after discharge?
A: After activation, the high-capacity cylinders (50-100 liters) can be promptly refilled by authorized service providers. The refillable design reduces long-term costs and ensures the system remains ready for future incidents.
Q: How does this system benefit transformer operators compared to traditional suppression methods?
A: It offers rapid fire suppression with minimal noise (<40 dB), leaves no residue or corrosive byproducts, and is eco-friendly. The automatic/manual control and high efficiency contribute to reduced maintenance and maximized transformer uptime.