Application Scenarios
Make combustion cleaner, more efficient and safer
FORNEY Fire Detection Renovation Case
Background of the project
◆ Boiler information: 2X330 MW square tangential boiler 
◆ Manufacturer: Shanghai Boiler Works Co., Ltd. 
◆ Number of coal burners: 24  
◆ Number of oil burners: 12
There is a problem
◆ The original equipment is seriously aging, the fire detection is unstable, and the anti-interference ability is poor;   
◆ The original fire detection probe has low temperature resistance, frequent fault alarms, and a high failure rate; 
◆ The product has poor adjustability and cannot adapt to complex combustion conditions;
Solution
◆ Replace the original Foreny IDD fire detection probe with Safe-Fire’s EZ-FLAME series fire detection probe, which has stable performance and strong anti-interference ability; 
◆ The new fire detection probe has a temperature resistance of 85°C and can adapt to high temperatures and high dust. Working conditions; 
◆ EZ-FLAME fire detector can accurately detect the burning condition of the target flame in real time by adjusting parameters such as bandwidth, frequency, gain, etc.; 
◆ Safe-Fire's EZ-FLAME series of fire detectors have a short delivery cycle and high cost performance.
On-site installation photos


Transformation of the former


After transformation
Specifications
| 
			 product name  | 
			
			 IDD  | 
			
			 EZ-FLAME  | 
		
| 
			 brand name  | 
			
			 FORNEY  | 
			
			 SAFE-FIRE  | 
		
| 
			 Spectral response range  | 
			
			 400-3300nm  | 
			
			 900-1700nm  | 
		
| 
			 signal processing technology  | 
			
			 Ordinary processor  | 
			
			 DSP high speed microprocessor  | 
		
| 
			 Operating environment temperature  | 
			
			 0℃-+60℃  | 
			
			 -40℃-+85℃  | 
		
| 
			 Protection level  | 
			
			 IP66  | 
			
			 IP66  | 
		
| 
			 Debugging mode  | 
			
			 Handheld Communicator  | 
			
			 Panel debugging, network debugging  | 
		
| 
			 Detection performance  | 
			
			 Detect AC (flicker amplitude) and frequency signals, no bandwidth settings, frequent debugging is required after coal quality changes  | 
			
			 AC (flicker amplitude) and frequency signals, with bandwidth settings to prevent mixed detection of kerosene, prevent low-load peeking, strong adaptability  | 
		
| 
			 output signal  | 
			
			 "Fire" switch value, fault alarm, flame intensity: 4-20mA  | 
			
			 "Fire" switch value, fault alarm, flame intensity: 4-20mA  | 
		
Result
◆ The fire detection signal detection is stable, which improves the safety of the fire detection system; 
◆ The fire detection protection is put into normal operation, improving the safety of the boiler; 
◆ The fire detection probe does not need to be debugged, reducing the maintenance workload and improving the user experience.
        
                    


