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Features
Turbo has a complete range of pulse valves for dust collector
filters able to meet all customers technical requirement.
Turbo pulse valves are design , with a flexible and long life
diaphragm for a fast opening and closing operation.
Specification
Fluid | Filtered and oilfree compressed air |
Temperature range | STD diaphragm -40°C~+80°C |
fluororubber diaphragm -30°C~+200°C | |
Operating pressure | 0.5~7.5 bar |
Body e cover | Die cast aluminium |
Core tube | Stainless Steel |
Plunger | Stainless Steel |
Screws | Stainless Steel |
Coil insulation | Class H |
Class H | Class H |
Standard voltage | 230 -110 - 24V / 50-60VHz 19 VA 24VDC 15W |
Structure
1. FM40
2. FP40
Product Show
Delivery
1. If the products we have in store, we will send it out ASAP after
payment.
2. If the products which were customized, we will complete the
production within a specified period of time, and send it out the
first time, we can promise it.
3. Also we can send by your delivery acount if you want.
4. We have a variety of ways to send goods, usually DHL, Fedex, TNL
will be normal ways. If you require use of a courier, we can do it.
Competitive Advantage
Our product features | Our Services Guarantee: |
1) Competitive price | 1) Prompt respond (Reply with 24 hours) |
2) Good quality | 2) Free Samples (Customer pay for the delivery cost) |
3) Professional Packaging | 3) Registration support. |
4) Produce according to Customers’ instruction | 4) Photos/videos are available during production. |
5) None delay shipment | 5) Loading inspection, and send loading photos before shipment. |
Introduction
Electromagnetic pulse valve refers to the gas through the valve in
instantaneous once a electrical signal received. Just like pulse
phenomena, it has the change of the short fluctuation. Therefore it
is calls the pulse valve. The Industry standard definition of
electromagnetic pulse valve for electromagnetic pilot valve and
pulse valve together, diaphragm valve controlled by electrical
signals.
Working principle
Electrical pulse controller send input signals so that the
electromagnetic armature attracts the moving bar. Unclose the
balancing hole to release the pressure gas in the back cavity of
diaphragm quickly; the pressure gas in the front cavity holds up
the diaphragm to open the passage and the valve starts cleaning.
The pulse signal disappears and the spring of the armature works
immediately to resume the moving bar so as to close the balancing
hole. The pressure gas in the back cavity of the diaphragm and the
spring work together to close the passage the valve stops cleaning.
The damping hole in the diaphragm functions to damp the airflow
when the moving bar of armature holds up for balancing and to
transit the air to the back cavity as soon as the balancing hole is
shut to close the passage and stop cleaning.