KITCHENS | DEEP FRYERS FIRE SUPPRESSION SYSTEM
Industrial Kitchens Fire Protection
VdS Approved Fire Protection
INDUSTRIAL FRYERS FIRE PROTECTION
Premium Automatic Fire Suppression Systems
FIRE PROTECTION FOR DEEP FRYING / KITCHENS
Ownership Unique Advantages
Complete system solution
Type of protection:
Segmented | Area by Area | Inside / outside the hood
Protects each component individually.
What makes firespy unique?
- No pressure
- No electricity
- (nearly) maintenance free
- Ultrafast detection & extinguishing
- Hybrid system (liquid/gas)
- Works in all angles and positions
- VdS certification S 613002
- One nozzle for everything
- Distance to the frying surface can be up to 1.83m
- No Caps due to patented nozzle
- No replacement of components for 10 years
- Only one compact container – no control cabinet needed
firespy
2 Lines System 1 pipeline for Detection 1 pipeline for Extinguishing
The 2 lines system have no pressure in the pipping. In firespy this solution is applied due to the long pipelines installed.
Perfect and Clean!
Your Asset Protection Brings Benefits
- Protection against total loss of equipment
- No fire destruction Insurability
- More favorable insurance premiums Avoidance of damage to image
- Protection of the environment
- Employees safety
Essential components of the system in Kitchens
- Extinguishing agent container with internal control unit
- Pneumatic trigger elements
- Fine-spray nozzles
- Control valves
Object by Object protection
In the design of the extinguishing concept, the focus is not on protecting the kitchen as an area but instead on protecting individual objects. In Kitchens, the following critical points are to be protected:
- Extractor (outside / inside)
- Burn / flame equipment
- Oil / fryer equipment
Fires can thus be detected quickly and efficiently so that a spread of the fire source is prevented in the initial phase.
Functions and mode of operation
What are the features of the fire-suppression system?
The fire-suppression system is based on the principle of a fine spray extinguishing system. The protecfire nozzles spray the extinguishing agent as very fine droplets. The extinguishing agent droplets wet, impregnated and cool the burning surfaces.
Through reflections and turbulence, the extinguishing agent also reaches adjacent areas, which enables the entire engine compartment to be protected.
Other features:
– Unpressurised standby mode for improved safety: The fire-suppression system is not pressurized until it is triggered.
– Low maintenance: first regular component replacement after 5 years.
– Self-sustaining without external energy: protecfire suppression systems operate pneumatically-mechanically. This means that they do not require any additional power supply.
– Automatic and/or manual triggering: Automatic triggering is effected by fire detection elements. The fire-suppression system can also be triggered by a pneumatic manual release mechanism.
How does fire detection work?
protecfire uses thermopneumatic fire detection elements to detect fire. These elements only trigger the fire-suppression system if a specified temperature is exceeded. Failure due to the failure of electrical components is thus ruled out.
Fire detection elements with different triggering temperatures can be used because the engine compartment is not a thermally homogeneous area, but contains different temperature zones.
What happens in the event of a fire?
The fire detection elements are connected to a combined control and extinguishing line, the detexline. When a fire detection element is heated to its trigger temperature, a mechanism opens the built-in argon propellant cartridge. This causes an increase in pressure in the line. The pressure increase opens an N2 propellant cartridge in the extinguishing agent container. The released propellant presses the extinguishing agent through the line to the extinguishing nozzles.
