Novec1230 Fire Suppression System
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Product Details
| Customization: | Available |
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| Agent: | Novec1230 Fk-5112 FM200 Hfc 227ea |
| Type: | Transportable Fire Extinguisher |
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Year of Establishment
2016-11-04
Number of Employees
18
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Basic Info.
- Object
- Class E Fires
- Size
- 1~50kg
- Certification
- CE, UL
- Portable Extinguisher
- Novec1230 Fk-5112 FM200 Hfc 227ea
- Effective Range
- 9m
- Retirement Life
- 8 Years
- Dry Powder Type
- Novec1230 Fk-5112 FM200 Hfc 227ea
- Power Source
- Gas Fire Extinguisher
- Product Name
- Novec1230 FM200 Automatic Fire System
- Activation Type
- Direct & Indirect Activation Systems
- Extinguishing Agent
- Novec1230 Fk-5112 FM200 Hfc 227ea
- Capacity Range
- 1kg to 50kg
- Test Pressure
- 27bar
- Working Pressure
- 14 Bar
- Cylinder Material
- St12 or SUS304
- Activation Temperature
- 100°C, 120°C, 140°C, 170°C (Customizable)
- Protection Volume
- 1m³ to 62.5m³ (Customizable)
- Detection Tube Diameter
- φ6mm
- Discharge Pipe
- φ16mm / φ20mm SUS304 (Indirect Type)
- Application
- Electric Panels, Electrical Cabine, etc
- Certifications
- ISO9001:2015, CE, UL
- Factory or Trading
- Factory
- Payment Prefer
- Tt
- Transport Package
- Carton Box or Wooden Box
- Specification
- 1~50kg
- Trademark
- PRI-SAFETY
- Origin
- China
- HS Code
- 84241000
- Production Capacity
- 10000PCS/Month
Packaging & Delivery
- Package Size
- 11.00cm * 11.00cm * 15.00cm
- Package Gross Weight
- 5.000kg
Product Description
Product Overview
The PRI-SAFETY Electric Panel Automatic Fire Suppression System is an innovative, self-contained fire protection solution designed specifically for electrical equipment and E-class fires. Utilizing a pneumatic detection tube that bursts upon contact with heat or flame, the system activates instantly without the need for external power or human intervention.
Ideal for use in electric panels, control cabinets, battery compartments, and electrical rooms, this system releases a clean gas extinguishing agent (HFC-227ea/FM200, or Novec1230/FK-5112) to suppress fires within seconds, minimizing damage to critical assets and ensuring operational continuity.
Available in both Direct and Indirect types, with capacities from 1KG to 50KG, the system can be customized to fit various protection volumes and temperature requirements. It is engineered for easy installation, reliability, and compliance with international safety standards.
Ideal for use in electric panels, control cabinets, battery compartments, and electrical rooms, this system releases a clean gas extinguishing agent (HFC-227ea/FM200, or Novec1230/FK-5112) to suppress fires within seconds, minimizing damage to critical assets and ensuring operational continuity.
Available in both Direct and Indirect types, with capacities from 1KG to 50KG, the system can be customized to fit various protection volumes and temperature requirements. It is engineered for easy installation, reliability, and compliance with international safety standards.
1. Direct Type automatic fire suppression systems
In the Direct Type system, the pressurized detection tube is also the discharge tube. It is routed directly through the protected risk area (e.g., inside an electric panel). When fire impinges on any point of the tube, it bursts at that point, causing a pressure drop that activates the cylinder valve. The extinguishing agent is then released directly through the same burst tube, targeting the fire at its source.
Direct Type System Workflow:
1. Detection & Activation: The red, pressurized detection tube (φ6mm) is installed directly within the protected compartment (e.g., an electric panel). When a fire starts, the heat causes the tube to burst at the hottest point. The sudden loss of pressure inside the tube is the triggering mechanism.
2. Agent Release: This pressure drop instantly activates the valve on the extinguisher cylinder. The extinguishing agent is released directly through the burst section of the same tube, applying the agent precisely at the source of the fire.
3. Fire Suppression & Alarm (Optional): The clean agent (HFC-227ea/FK-5112) floods the enclosed space, suppressing the fire within seconds without damaging sensitive electronic equipment.The system can be integrated with an optional fire alarm panel to provide remote notification.
Direct Type System Workflow:
1. Detection & Activation: The red, pressurized detection tube (φ6mm) is installed directly within the protected compartment (e.g., an electric panel). When a fire starts, the heat causes the tube to burst at the hottest point. The sudden loss of pressure inside the tube is the triggering mechanism.
2. Agent Release: This pressure drop instantly activates the valve on the extinguisher cylinder. The extinguishing agent is released directly through the burst section of the same tube, applying the agent precisely at the source of the fire.
3. Fire Suppression & Alarm (Optional): The clean agent (HFC-227ea/FK-5112) floods the enclosed space, suppressing the fire within seconds without damaging sensitive electronic equipment.The system can be integrated with an optional fire alarm panel to provide remote notification.
Key Components:
Ideal For: Compact enclosed spaces such as:
*Cylinder (1KG to 9KG capacity)
*Pressurized Detection/Discharge Tube (φ6mm)
*Mounting Bracket
*No External Power or Control Unit Required
*Pressurized Detection/Discharge Tube (φ6mm)
*Mounting Bracket
*No External Power or Control Unit Required
*Individual Electric Control Panels
*CNC Machine Electrical Cabinets
*UPS and Battery Enclosures
*Server Racks
*CNC Machine Electrical Cabinets
*UPS and Battery Enclosures
*Server Racks
Item No. | EFS-D01 | EFS-D02 | EFS-D03 | EFS-D04 | EFS-D06 | EFS-D09 |
Capacity(KG) | 1KG | 2KG | 3KG | 4KG | 6KG | 9KG |
Fire Agent | HFC-227ea/FM200, or Novec1230/FK-5112 | |||||
Working Pressure | 14BAR | |||||
Test Pressure | 27BAR | |||||
Cylinder Material | ST12 or SS304 | |||||
Detection Tube Diameter | φ6mm | |||||
Activation Temperature | 100℃, 120℃, 140℃, 170℃ | |||||
Protection Volume | 1~1.25m3 | 2~2.5m³ | 3~3.75m³ | 4~5m³ | 6~7.5m³ | 9~11. |
Discharges Time | ≤10s | |||||
Cylinder material | Steel (red painted) or Stainless Steel 304 | |||||
2. Indirect Type automatic fire suppression systems
The Indirect Type system separates the detection line from the discharge network. A small-diameter detection tube (φ6mm) is routed through the risk area. When it bursts due to heat, it triggers a pilot valve on the main cylinder. The extinguishing agent is then released through a separate discharge pipe (φ16mm or φ20mm SUS304) and directed via nozzles strategically placed in the protected zone.
Indirect Type System Workflow:
1. Detection: The separate, dedicated detection tube (φ6mm) is snaked through the entire risk area (e.g., an entire battery room or multiple cabinets). Upon exposure to heat, it bursts at the point of origin.
2. Valve Triggering: The pressure drop in the detection tube acts on a pilot valve on the main agent cylinder, causing it to open.
3. Discharge: The extinguishing agent is released through a separate, robust discharge pipe network (φ16mm/20mm SUS304) and is distributed through strategically placed nozzles. This ensures even and complete coverage of the entire protected volume.
4. Fire Suppression & Alarm (Optional): The agent is discharged uniformly, rapidly suppressing the fire. The system can be integrated with an optional fire alarm panel to provide remote notification.
Indirect Type System Workflow:
1. Detection: The separate, dedicated detection tube (φ6mm) is snaked through the entire risk area (e.g., an entire battery room or multiple cabinets). Upon exposure to heat, it bursts at the point of origin.
2. Valve Triggering: The pressure drop in the detection tube acts on a pilot valve on the main agent cylinder, causing it to open.
3. Discharge: The extinguishing agent is released through a separate, robust discharge pipe network (φ16mm/20mm SUS304) and is distributed through strategically placed nozzles. This ensures even and complete coverage of the entire protected volume.
4. Fire Suppression & Alarm (Optional): The agent is discharged uniformly, rapidly suppressing the fire. The system can be integrated with an optional fire alarm panel to provide remote notification.
Key Components:
Ideal For: Larger or multi-compartment spaces such as:
*Cylinder (6KG to 50KG capacity)
*Separate Detection Tube (φ6mm) & Discharge Pipe (φ16mm/φ20mm)
*Nozzles for Directed Agent Release
*Optional Fire Alarm and Manual Actuation
*Steel Mounting Bracket
*Separate Detection Tube (φ6mm) & Discharge Pipe (φ16mm/φ20mm)
*Nozzles for Directed Agent Release
*Optional Fire Alarm and Manual Actuation
*Steel Mounting Bracket
*Electric Control Rooms
*Battery Storage Rooms
*Power Distribution Cabinets
*Switch Rooms and Larger Enclosures
*Battery Storage Rooms
*Power Distribution Cabinets
*Switch Rooms and Larger Enclosures
Item No. | EFS-ID06 | EFS-ID09 | EFS-ID12 | EFS-ID18 | EFS-ID25 | EFS-ID50 |
Capacity(KG) | 6KG | 9KG | 12KG | 18KG | 25KG | 50KG |
Fire Agent | HFC-227ea/FM200, or Novec1230/FK-5112 | |||||
Working Pressure | 14BAR | |||||
Test Pressure | 27BAR | |||||
Cylinder Material | ST12 or SS304 | |||||
Detection Tube Diameter | φ6mm | |||||
Activation Temperature | 100℃, 120℃, 140℃, 170℃ | |||||
Protection Volume | 6~7.5m3 | 9~11.25m³ | 12~15m³ | 18~22.5m³ | 25~31.25m³ | 50~62.5m³ |
Direct VS Indirect | ||
Feature | Direct Type System | Indirect Type System |
Principle | Detection tubeisthe discharge tube | Separatedetection tube and discharge pipe |
Best For | Single, sealed enclosures | Larger volumes, multiple compartments, complex layouts |
Coverage | Localized, point-of-origin suppression | Widespread, total flooding application |
Installation | Very simple, minimal components | More complex, requires nozzle placement & pipe routing |
Cost-Effectiveness | Highly cost-effective for single units | Ideal for larger, centralized protection |
Agent Delivery | Directly through burst hole in tube | Through dedicated nozzles for even distribution |
How to Choose the Right System?
Choose DIRECT TYPE if:
You need a simple, self-contained system for a single, compact enclosure where the fire risk is localized.
Choose INDIRECT TYPE if:
Choose INDIRECT TYPE if:
You are protecting a larger room or multiple compartments, and need a centralized cylinder with distributed nozzles for full coverage.
Application
Applications in Detail:
Where to Install Direct Type Systems:
*CNC Machine Electrical Cabinets
*Wind Turbine Convertor Cabinets
*Telecom Shelter Control Panels
*UPS/Inverter Enclosures
*Industrial Robot Control Boxes
*Wind Turbine Convertor Cabinets
*Telecom Shelter Control Panels
*UPS/Inverter Enclosures
*Industrial Robot Control Boxes
Where to Install Indirect Type Systems:
*Electric Vehicle Charging Stations
*Battery Energy Storage Systems (BESS)
*Power Distribution Rooms
*Marine Engine Control Rooms
*Generator Set Enclosures
*Data Server Rooms
*Battery Energy Storage Systems (BESS)
*Power Distribution Rooms
*Marine Engine Control Rooms
*Generator Set Enclosures
*Data Server Rooms
Packing & Shipping
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