Factory Price Lgk16.335A27 Siemens Gas Burner Controller Industrial Combustion Controllers Boilers & Boiler Accessories

• Certification: CE, ISO
• Customized: Non-Customized
• Surface Treatment: Natural
• Fuel: Gas
• Range of Applications: Industrial
• Type: Burner Controller
• Model NO.: LGK16.335A27
• Name: Burner Controller
• Model: Lgk16.335A27
• Deliver Time: 2~15days
• Term of Payment: EXW/Fob
• Use: Gas Burner Accessories
• Transport Package: Carton
• Specification: 120(W)*120(H)*110(L)mm
• Trademark: Siemens
• Origin: German
• HS Code: 8302600000
• Production Capacity: 1000

Product Description

Factory Price LGK16.335A27  Siemens Gas Burner Controller Industrial Combustion Programmer Controllers

OVERVIEW

   The automatic combustion furnace is equipped with a self-checking flame monitoring loop.

Automatic combustion furnaces provide the necessary safety measures not only when the flame signal is advanced or disappeared, but also when the flame detector, detector conduit and flame signal amplifier are damaged, which may cause the flame signal to be false during the operation of the burner.

PRODUCT PARAMETERS

Name	Burner Controller
Brand	Siemens
Model	LGK16.335A27
Origin	German
Deliver Time	2~15 days
Mains voltage	220 V -15 %...240 V +10 %
Degree of protection	IP40
Mains frequency	50 Hz...60 Hz ±6 %

 

Features At a Glance
 

·Gas, oil or dual fuel ventilated combustion devices for medium and large power

·Flame amplifier with self-check function
 

·Multi-stage or adjustable medium and large burners for continuous operation
 

·With air pressure detection and monitorable valve control

 

 

   In contrast to conventional amplifiers, the signal delivered by the flame detector is self-supervision handled dynamically and not statically. The flame detector signal is converted to a sequence of control pulses and then fed to the flame relay circuit. The latter is designed such that the flame relay can only be energized by a flame signal of the described form. If the pulses change due to a faulty detector or faulty detector cables, the relay will be deenergized and the burner control triggers the required safety actions. In the case of UV supervision, it must also be ensured that self-ignition of the UV tube (e.g. due to aging) does not simulate a flame signal. For that reason, incident radiation at the UV cell is periodically interrupted by a shutter. In addition to the self-checking facility, the flame signal circuit is subjected to a functional test during the prepurge time. If it does not operate correctly, the startup sequence will be aborted or lockout initiated. Furthermore, if mains voltage drops to a level where safe operation of the burner control is no longer ensured, the burner will automatically shut down. When mains voltage returns to the normal level, the burner control repeats the startup sequence. If the detector signals are only slightly above the minimum levels, such mains voltage fluctuations can also give rise to burner lockout however.

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