ODM Intelligent wireless automatic gas fire extinguishing device-Perfluorohexanone Series Factory, Companies

Automatic gas fire extinguishing devices monitor signals related to electrical fire hazards—such as wire temperature, ambient space temperature, and smoke—through internal fire detection sensors. They enable online measurement, collection, analysis, and control of data. Equipped with RS485 and MODBUS communication interfaces, they can connect to computer monitoring systems. Optional 4G or Lora wireless communication interfaces are available to upload data wirelessly to the cloud platform, allowing users to view on-site data and perform remote control via computer or mobile app from any location.

Product Description

Type Designation

YF MR1 Type Designation

Product Name: Intelligent wireless automatic gas fire extinguishing device
Product Model: YF□Q-MR1
Fire Suppressant: Perfluorohexanone
Product Type: Stand-alone Type
Trigger Mode: Electric Start + Thermal Start
Installation Method: Nut Press Fit

Product Display

Product Features

  • ✔ It consists of a wireless alarm control unit and a perfluorohexanone fire extinguishing device.
  • ✔ Simultaneous online detection of wire temperature, ambient temperature, and smoke to prevent electrical fire hazards.
  • ✔ Equipped with various communication interfaces such as RS485, 4G, and Lora.
  • ✔ Functions include real-time data collection, historical curves, event recording, and trend analysis.
  • ✔ The split-type product design allows for easy replacement of the extinguishing unit by the user after deployment, enabling multiple reuses and reducing operational costs.

Technical Parameters

Function Configuration YF0.18Q/MR1 YF0.3Q/MR1 YF0.5Q/MR1 YF1.0Q/MR1 YF1.5Q/MR1
Quantity 180g 300g 500g 1000g 1500g
Protected Space ≤0.3m³ ≤0.6m³ ≤1m³ ≤2m³ ≤3m³
Dimensions 145*80*20mm 145*125*20mm 63*63*362mm 63*63*362mm 63*63*442mm
Energy Storage Method Non-stored Pressure Type
Application Method Total Flooding or Local Flooding
Discharge Time ≤14s
Discharge Delay Time ≤0.5s
Nozzle Thermal Clearance Temperature at 400mm from nozzle ≤75℃
Surface Temperature of Enclosure ≤75℃
Extinguishing Density 100g/m³~130g/m³
Service Life 6 Years
Protected Area Requirements Protected area should be relatively enclosed
Installation Method Screw fixation
Operating Environment -40~+85℃, <95%RH
Activation Method Logical activation (temperature exceeds 100℃ and smoke detected simultaneously)
Remote activation (via host or cloud platform)
Manual forced start (emergency button, press and hold for 3 seconds)
Over-temperature activation (when any point of thermal detection line exceeds 170℃)

Performance Analysis Table of Different Systems

Product Comparison Non-pressurized Perfluorohexanone Device Ultra-fine Dry Powder Hot Aerosol HFC-227ea
Extinguishing Concentration 4%-6% 120g/m³ 100g/m³ 6.7%-8.7%
Harmful Concentration 10% Strong Asphyxiation Strong Asphyxiation 9%
Extinguishing Mechanism Heat absorption & Chemical inhibition Smothering & Oxygen reduction Isolation, smothering & Heat absorption Chemical inhibition
Pressurized? No No No Yes
Safe for Occupied Spaces? Yes No No No
Suitable for Electrical Equipment Yes No Yes Yes
Residue None Heavy powder residue Some powder, corrosive None
Safety Risks None Can settle High heat released during reaction Pressure leakage risk
Environmentally Friendly Yes No No No

Frequently Asked Questions (FAQ)

What fire extinguishing agent is used in this device?

The device uses Perfluorohexanone, an advanced clean agent that leaves no residue, is non-conductive, and is completely safe for electrical equipment and occupied spaces.

How is the fire extinguishing device activated?

The system features 4 activation methods: logical dual-trigger (temperature >100℃ + smoke detection), remote cloud/host activation, manual forced push-button start, and thermal line over-temperature activation at 170℃.

Does the system require high-pressure piping or storage containers?

No. It operates on a non-stored pressure design, significantly enhancing transport, installation, and operation safety while eliminating risks of accidental leakage.

Can the device be reused after it discharges?

Yes. It features a split-type modular design that allows quick replacement of only the extinguishing unit, keeping the control unit intact to minimize operational costs.

What remote communication protocols are supported?

The wireless alarm control unit supports multiple industrial and IoT communication standards, including RS485, 4G, and LoRa, facilitating real-time monitoring and event recording.

What is the expected service life and installation method?

The device features an operational service life of 6 years and supports both nut press fit and screw fixation methods in enclosed electrical cabinets or server enclosures.

Related Products