Product Description:
I. Basic Working Attributes
Operating Principle
Based on pulse jet technology, it instantly releases compressed air
through electromagnetic or pneumatic control to form high-speed
pulse airflow, which cleans the filter bags/cartridges and removes
attached dust.
Control Methods
Electromagnetic control: The valve port is quickly opened/closed by
the solenoid valve receiving electrical signals, with a fast
response speed (millisecond level).
Pneumatic control: Driven by a pneumatic control valve, it is
suitable for high-pressure and harsh environments (such as
high-temperature and corrosive occasions).
II. Core Technical Parameters
Working Pressure
Usually 0.4-0.7MPa (special models can adapt to higher pressures).
Pressure stability directly affects the blowing force and ash
cleaning effect.
Blowing Volume and Blowing Time
Blowing volume: The amount of compressed air released in a single
time (related to the valve port diameter and pressure), which needs
to match the size of the filter bag/cartridge.
Blowing time: Generally 0.05-0.2 seconds, which can be adjusted
through the control system. If it is too short, the ash cleaning
will be incomplete; if it is too long, energy will be wasted.
Response Time
The time from receiving the signal to fully opening is usually ≤50
milliseconds. A fast response can reduce compressed air loss and
increase the ash cleaning frequency.
Interface Size
The pipe diameters of the air inlet and air outlet (connected to
the blowing pipe). Common specifications include DN20, DN25, DN32,
etc. (or inch specifications 1/2", 3/4", etc.), which need to match
the system pipeline.
Working Medium
Dry and clean compressed air (oil content ≤0.5ppm, water content
≤-40℃ dew point) to avoid blockage or corrosion of the valve body
by impurities.
III. Environmental Adaptability Attributes
Working Temperature
Regular models: -10℃~60℃ (electromagnetically controlled).
High-temperature models: Can adapt to above 150℃ (need to use
high-temperature resistant sealing materials and valve body
materials).
Corrosion Resistance
The valve body material can be cast iron, aluminum alloy (with
surface anti-corrosion treatment), or stainless steel (304/316).
Stainless steel models are suitable for humid and corrosive
environments (such as chemical industry and waste incineration
industries).
Protection Level
The protection level of the electromagnetic coil part is usually
IP65 (dust-proof and protected against low-pressure water
spraying), and some models can reach IP67, adapting to working
conditions with more dust.
IV. Structural and Material Attributes
Valve Body Structure
It adopts a diaphragm structure (the core component is an elastic
diaphragm). The valve port is opened/closed through the rapid
deformation of the diaphragm, which has the characteristics of good
sealing, low wear, and long service life.
Diaphragm Material
Common materials are nitrile rubber (NBR, oil-resistant and
wear-resistant) and fluororubber (FKM, high-temperature resistant
and chemical corrosion resistant). The selection depends on the
working medium and temperature.
Technical Parameters:
online)Working Principle
Main Features
1) Simple structure in linear type ,easy in installation and
maintation.
2) Adopting advanced world famous brand components in pneumatic
parts ,electric parts and operation parts.
3) High pressure double crank to control the die opening and
closing.
4) Running in a high automatization and intellectualization,no
pollution
5) Apply a linker to connect with the air conveyor ,which can
directly inline with filling machine .
Demension Drawing
Applications:
Pulse Jet Valves, also known as pneumatic valve pulse valves, are
versatile components that find application in various industries
and scenarios. The TURBO brand Pulse Jet Valves, originating from
China and holding the CE certification, are reliable and
high-quality products suitable for a wide range of uses.
These pulse valves are essential in scenarios where there is a need
for efficient control of the flow of clean air. With a valve body
made of die-cast aluminum alloy, they offer durability and reliable
performance even in challenging environments. The IP65 degree of
protection ensures that the valves are safeguarded against dust and
moisture, making them suitable for both indoor and outdoor
applications.
The ambient temperature range of -30°C to +40°C further enhances
the adaptability of these Pulse Jet Valves, allowing them to
function effectively in various climate conditions. Operating at a
pressure range of 0.1 to 0.8MPa, these valves are capable of
meeting the requirements of different pneumatic systems.
Whether it is in industrial settings, manufacturing plants, dust
collection systems, or other pneumatic applications, these Pulse
Jet Valves from TURBO can be seamlessly integrated to enhance
operational efficiency. The minimum order quantity of 1 and
flexible pricing options through negotiation make these valves
accessible to businesses of all scales.
With packaging options including carton or customization as per
client requirements, the delivery time of 1-7 work days after
payment ensures quick availability of the valves. Customers can
choose from payment methods such as T/T, Western Union, and Paypal,
adding to the convenience of procurement.
With a supply ability of 5000 pieces per month, businesses can rely
on a steady availability of these high-performance Pulse Jet Valves
to meet their operational needs effectively. Whether for new
installations or replacement of existing valves, the TURBO Pulse
Jet Valves offer a reliable solution for controlling airflow in
pneumatic systems.
Packing and Shipping:
This Pulse Jet Valve is carefully packaged to ensure its safe
delivery to you. The valve is securely placed in a durable
cardboard box with protective foam padding to prevent any damage
during transit.
For shipping, we partner with trusted carriers to deliver your
order promptly and efficiently. Your Pulse Jet Valve will be
shipped with care to reach you in perfect condition.
