Rack-mounted perfluorohexanone fire suppression system

Rack-mounted perfluorohexanone fire suppression system

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Detailed Description

Product Overview of Rack-Mounted Perfluorohexanone Fire Suppression Systems

Technical Parameter 1: Temperature-sensing model / Electric-start model

Name Model number	Instruction Manual for Rack-Mounted Gas Fire Suppression System YF8 ( 3、4 ) /2.5N-Y-ZY	(Rack mounted) Prefabricated Perfluorohexane Fire Extinguishing Device F8 ( 3、4 ) /2.5N-Y-ZY
Implementation Standard Execution standards	T/CESC 10171-2022	T/CESC 10171-2022
Fire extinguishing agent name Agent name	Perfluorohexanone/Heptafluoropropane	1230(FK5112)/227ea
Total amount of extinguishing agent Dosage of medication	Up to 5k /Up to 4 kg	Maximum 5k/Maximum 4kg
Fire-extinguishing agent driving method	Stored-pressure type (Pressure 1.6 MPa)	Storage pressure (pressure 1.6MPa)
Startup Method (Standard Configuration)	Thermally induced 68℃ (expandable with DC 24V start-up)	Heat induced 68 ℃ (Expandable DC24V)
Startup Method (Optional)	Electrical ignition (DC 24 V) 0.6A) 3s	Electric trigger (DC24V 0.6A) for 3 seconds
Electric-start fire detection (optional)	Multi‑parameter composite detection, including temperature, smoke, and flame (with built-in analog smoke and temperature sensing)	Multiple composite detectors for temperature, smoke, flames, etc
Injection time	<10S	<10S
Operating temperature range	-10℃~50℃（ Exceeds the requirement for customization)	-10 ℃~50 ℃ (customized for exceeding)
External dimensions	2U standard chassis (485 mm long × 385 mm wide × 89 mm high)	2U standard chassis (length 485mm * width 385mm * height 89mm)
Audio-visual alarm (standard configuration)	Built-in 12V 40 decibels	Built in 12V 40dB
Audio-visual alarm (optional)	External DC 24V 80 decibels	External DC24V 80dB
Output	Digital output, 1 channel (Normally Open)	Switch quantity 1 channel (normally open)
Input (Electric Start)	Route 1	1 Road
Case material	Q235 Powder coating 1.0 mm thick	Q235 spray coating thickness 1.0mm
Panel material	Aluminum oxidation 3 mm thick	Aluminum oxide thickness 3mm
Install the support plate.	2 items	2 pieces
Mounting screws	Standard rack-mount screws	Standard rack mounting screws
Spray mouth	Aluminum material Atomizing nozzle	Aluminum atomizing nozzle
Whether to integrate with other platforms	Digital input RS485 Various communication protocols, including TCP	Aluminum atomizing nozzle switch quantity connection

Technical Parameter 2: Non-pressurized Type (Atmospheric Pressure Type)

Name Model number	Instruction Manual for Rack-Mounted Gas Fire Suppression System F8 ( 3、4 ) /2.5N-Y-ZY	(Rack mounted) Prefabricated Perfluorohexane Fire Extinguishing Device F8 ( 3、4 ) /2.5N-Y-ZY
Implementation Standard Execution standards	T/CESC 10171-2022	T/CESC 10171-2022
Fire extinguishing agent name Agent name	Perfluorohexanone	1230(FK5112)
Total amount of extinguishing agent Dosage of medication	Up to 2 kg	Maximum 2kg
Fire-extinguishing agent driving method	Gas-generator-driven	Gas generator driven
Startup Method (Standard Configuration)	Thermal start at 170°C and electric start	Gas generator driven thermal and electrical starting
Fire detection	Multi‑parameter composite detection of temperature, smoke, flame, and more	Multiple composite detectors for temperature, smoke, flames, etc
Injection time	<10S	<10S
Operating temperature range	-10℃~50℃（ Exceeds the requirement for customization)	-10 ℃~50 ℃ (customized for exceeding)
External dimensions	2U standard chassis (485 mm long × 385 mm wide × 89 mm high)	2U standard chassis (length 485mm * width 385mm * height 89mm)
Audio-visual alarm (standard configuration)	Built-in 12V 40 decibels	Built in 12V 40dB
Audio-visual alarm (optional)	External DC 24V 80 decibels	External DC24V 80dB
Output	Digital output, 4 channels (Normally Open)	Switch quantity 1 channel (normally open)
Input	4 lanes	4 Road
Case material	Q235 Powder coating 1.0 mm thick	Q235 spray coating thickness 1.0mm
Panel material	Aluminum oxidation 3 mm thick	Aluminum oxide thickness 3mm
Install the support plate.	2 items	2 pieces
Mounting screws	Standard rack-mount screws	Standard rack mounting screws
Spray mouth	Aluminum material Atomizing nozzle	Aluminum atomizing nozzle
Whether to integrate with other platforms	Digital signal RS485 or other customizations	RS485 or other customized switch quantity
Pharmaceutical Leakage Detection	Equipped with online monitoring functionality.	YES

Electric start Functional block diagram

■Advantages and Features

● Safe and efficient

Extinguishing concentration ( 4.5~5.8% ) lower than NOAEL 10% , safety And efficient.

● Environmental protection

Ozone depletion potential of perfluorohexanone fire suppressant The layer damage value is 0 (ODP=0). ), The atmospheric residence time is 3–5 days, and the global warming potential (GW) P <1 ), The product’s environmental performance complies with the world’s most stringent environmental regulations. Requirements.

● Excellent insulation properties

Relative dielectric strength 2.3 (1 atm N 2 =1 ), Dielectric strength 10kV , with excellent insulation properties.

● Clean and residue-free

No residue remains after use and it will not damage electrical equipment. , causing damage to network servers, etc.

● Simple and convenient installation

It features a standard chassis enclosure that is robust and durable, with an overall sleek and elegant appearance.

■Typical Application Areas

●Data Center

●Network Server Room

●Communication base station

●Monitoring Center

●Digital Archive

● Energy storage device

Rack-Mounted Perfluorohexanone Fire Suppression System | Frequently Asked Questions

Q1: What types of facilities are suitable for rack-mounted perfluorohexanone fire suppression systems?

A1: Suitable for use in server cabinets, energy storage cabinets, communication racks, and other enclosed spaces to extinguish initial electrical fires inside cabinets; not suitable for fires involving reactive metals or strong oxidizers.

Q2: What are the key features of a rack-mounted perfluorohexanone fire suppression system?

A2: Designed for standard rack mounting, it features a compact footprint and can be installed directly inside the rack, enabling precise agent discharge at the exact location of a fire within the cabinet.

Q3: What startup methods does the device support?

A3: Features automatic activation via heat-sensing detection and can be linked to the fire alarm system for coordinated activation; some models are equipped with a manual emergency start function.

Q4: Will the discharge of perfluorohexanone extinguishing agent damage servers and other precision equipment?

A4: The agent is clean and leaves no residue, exhibits excellent insulating properties, does not corrode electronic components, and allows the equipment to be inspected and restored to service after ventilation.

Q5: How long is the shelf life of the medication, and does the vial need to undergo a hydrostatic pressure test?

A5: The formulation is chemically stable; pressurized‑type cylinders undergo hydrostatic testing in accordance with applicable standards, while non‑pressurized models do not require cylinder hydrostatic testing and have components replaced upon expiration.

Q6: Will leaving the cabinet vents open affect the fire suppression performance?

A6: Yes. During fire suppression, keep the cabinet’s ventilation openings closed as much as possible to minimize agent leakage and ensure that the interior of the cabinet reaches the designed extinguishing concentration.

Q7: When the system is activated and releases the extinguishing agent, can personnel approach the cabinet?

A7: Do not approach. After discharge, do not open the cabinet immediately to avoid inhaling the agent’s vapors; wait until adequate ventilation has been achieved before proceeding.

Q8: Can the perfluorohexanone agent be disassembled, reassembled, and refilled independently?

A8: No. Refilling of fire‑extinguishing agents and equipment maintenance must be performed by a qualified fire‑safety contractor; unauthorized operations may render the system inoperable.

Q9: Can a rack-mounted device protect multiple cabinets?

A9: For standard applications, each unit corresponds to a single cabinet; if multiple cabinets require protection, a piped‑network system can be used for centralized protection.

Q10: What routine maintenance checks should be performed?

A10: Regularly inspect the securement of the equipment and the integrity of the detection components, and check the cylinder‑group pressure; have it tested annually by a qualified maintenance provider.