Boiler anti-blocking air pressure sampler PFP-B-II

Short Description:

PFP-B-II boiler anti-blocking wind pressure sampler is a high-efficiency anti-blocking monitoring equipment designed for industrial boiler systems. It is suitable for boiler wind pressure systems in thermal power generation, chemical industry, metallurgy, papermaking and other fields.

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Product Detail

Description

The PFP-B-II boiler anti-blocking air pressure sampler is an efficient solution designed to solve the problems of inaccurate wind pressure measurement and pipe blockage caused by dust and impurities during the operation of industrial boilers. It is suitable for various coal-fired, oil-fired or gas-fired boiler systems, ensuring the maximum combustion efficiency and safe operation of the boiler.

Features

Anti-blocking design: Unique anti-blocking technology is used to effectively prevent dust and impurities from entering the sampling pipeline, maintaining long-term stable measurement accuracy.
High-sensitivity sensor: Equipped with a high-precision, high-stability pressure sensor, it can accurately capture tiny pressure changes and provide reliable data support for boiler control.
Easy to maintain: The structural design is simple, easy to clean and maintain, reducing downtime and improving work efficiency.
High-temperature resistant materials: Made of high-temperature resistant and corrosion-resistant materials, it adapts to the harsh working environment inside the boiler and extends service life

Application

The anti-blocking sampler PFP-B-II is widely used in boiler systems in the power, metallurgy, chemical and other industries:

Primary air/secondary air system of thermal power plant boiler
Return air monitoring of fluidized bed boiler
Blast furnace air supply pipeline of steel plant
Exhaust gas treatment device of chemical plant

Installation and commissioning

The wind pressure sampler PFP-B-II is easy to install, provides flange/threaded connection, supports horizontal or vertical installation, and is suitable for a variety of pipeline layouts. It can directly replace the existing traditional wind pressure sampling device without large-scale modification of the original system.