ASCO Explosion proof Pulse Valve Quotation

ASCO explosion-proof pulse valvesummary:

ASCO can provide a complete series of pulse valves for automated dust removal systems, including diaphragm pulse valves and submerged pulse dust removal valves, as well as various dust removal related products and accessories such as timing controllers, dust sensors, cylinders, filter regulators, explosion-proof solenoid valves, etc. ASCO's high-quality and reliable products strive to provide efficient solutions for dust removal system users.

Performance:

1. Pulse diaphragm valves are designed specifically for dust removal equipment applications, featuring high flow rate, long lifespan, and fast on/off switching, ensuring reliable and economical operation.

2ASCO explosion-proof pulse valveIt is a high flow, angular valve body, springless structure, and special diaphragm component that are suitable for the operational characteristics of dust removal equipment applications.

3. Integrated spinning joint design for quick, convenient, and safe installation. No need for threaded connecting pipes.

4. High quality film sheet, wear-resistant, long life (even working under quite harsh conditions).

5. The solenoid valve meets the standards.

ASCO pulse dust removal valves are divided into three types: internal pilot type, external pilot type, and submerged type.

Internal pilot pulse dust removal valve - electromagnetic coil installed on the solenoid valve

Single stage membrane type:

Caliber: 3/4 '~1'

Connection method: threaded connection&spinning joint connection

Aluminum and stainless steel valve bodies are optional

Standard sealed NBR, optional sealed FPM

Double stage membrane type:

Caliber: 1 1/2 '~3'

Connection method: threaded connection&spinning joint connection

Aluminum and stainless steel valve bodies are optional

Standard sealed NBR, optional sealed FPM

External pilot pulse dust removal valve - requires connection to air hole pilot valve/pilot valve box

Submerged pulse dust removal valve:

The submerged dust removal valve product has always been ASCO's flagship product and pride in dust removal system solutions. Its many advantages and features have been practiced for a long time and are highly trusted and recognized by users.

1. Designed for the application of dust removal equipment, it features high flow rate, long lifespan, and fast on/off switching to ensure reliable and economical operation

2. Equipped with high-quality membranes to prevent wear and ensure a long working life even in harsh environments

3. Easy to install directly on the pneumatic control box

4. Easy to maintain

5. Normally closed solenoid valve

6. Internal pilot operation

7. Designed for stricter fast switching and higher blowing performance

8. The valve body has been painted to better adapt to working in harsh environmental conditions

The new version of ASCO's submerged dust removal valve has been improved on the original basis. We strive for excellence to bring quality and stable performance to our users. The following figure shows the many features and advantages of the new version of the submerged dust removal valve.

ASCO timing controller

The timing controller is developed for pulse dust removal valves and can accurately set the injection and interval time.

ASCO dust detector:

1. Early warning of potential leaks to avoid high costs caused by downtime in the future

2. Protection of hardware such as filter bags

3. Identify dust particles in the gas passing through the filter due to reasons such as filter bag rupture

4. Signal 4-20 mA is proportional to the degree of dust

5. The output signal (4~20 mA) can be adjusted to activate any alarm when dust emissions exceed

Calculation related to dust removal valve:

Technical parameter information of dust removal valve

1. Bag pressure (barg): The gauge pressure of a gas tank, which is the supply pressure of a pulse valve. The set value is usually between 0.5 and 8 barg.

2. Electric pulse length (ms): The duration of electrification of the pulse valve coil. The set value is usually 40-200ms.

3. Total pulse length (ms): The time from the pulse valve opening to closing. It depends on the length of the electrical pulse and the opening and closing time of the pulse valve.

4. Peak pressure (barg) Pp: The pressure measured from the end of the nozzle. The shorter the opening time of the pulse valve, the higher the peak pressure.

5. Opening time (ms): The time it takes to reach 50% peak pressure. It depends on the opening time of the pulse valve.

6. Closing time (ms): The time it takes for the peak pressure to drop from 50% to 0. It depends on the closing time of the pulse valve.

7. Pressure drop of airbag (bar): The pressure difference between the airbag before and after injection. Control the pressure drop to 50% of the air bag pressure to maintain the velocity of sound in the spray pipe.

8. Pulse volume (Ndm3) Vp: The volume at atmospheric pressure that passes through the pulse valve during a pulse period. The larger the Vp, the better the cleaning effect of the filter bag, and it can carry more filter bags.

Common calculation formulas:

1. Electromagnetic valve flow rate (L/s) F1=4.73 x Kv x (original pressure bar of air bag+1)

2. Single injection air volume (m3) Q1=solenoid valve flow rate (L/s) x set pulse width length (s)/1000

3. Single spray area (m2) S=3.14 x filter bag diameter (m) x filter bag length (m) x number of single valve nozzles

4. The required air volume for the filter bag (m3) Q2=3.14 x filter bag diameter (m) x filter bag length (m) x injection flow rate (m/min) x number of single valve nozzles x set pulse width length (s)/60

5. Suggested air bag size (m3) V=single injection air volume (m3)/(0.3x original air bag pressure bar) x (2-3)