PL1010 Series Pulse Solenoid Valves

Application : Compressed Air , dust collector services

Size : 3/4"..3"

Working Pressure : 0,5…8 Bar (3/4”…1 1/2”); 3…8 Bar (2”…3”)

Coil, Tube : Stainless Steel

Body : Aluminum

Seal : NBR, Viton, thermoplastic (3/4”…1 1/2”); NBR, Viton (2”…3”)

Fluid Temperature : -40°C…120 °C ( with thermoplastic diaphragm ), -10°C…80 °C ( with NBR diaphragm ), -10°C…160 °C ( with Viton diaphragm )

Position : Normally closed

Coil Voltage : 230V, 110V , 48V, 24V , 12V AC ; 110V , 48V , 24V , 12 V DC

Protection Class : IP65 (ISO 60529), on request IP68

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Product Features
Product Description

Model	Connection Size	Orifice Size	Pressure		Kv	Fluid Temperature		Diaphragm	Weight
PL1010	G	mm	bar		Lt/min	°C			(kg)
			min	max		min	max
PL1010.04	3/4"	25	0,5	8	150	-10	80	NBR	0,69
						-10	160	Viton
						-40	120	Thermoplastic
PL1010.05	1"	30			270	-10	80	NBR	0,68
						-10	160	Viton
						-40	120	Thermoplastic
PL1010.07	1 1/2"	44			774	-10	80	NBR	1,4
						-10	160	Viton
						-40	120	Thermoplastic
PL1010.08	2"	50	3	8	150	-10	80	NBR	2,25
						-10	160	Viton
PL1010.09	2 1/2"	62			270	-10	80	NBR	3,47
						-10	160	Viton
PL1010.10	3"	76			774	-10	80	NBR	3,8
						-10	160	Viton

What Are PL1010 Series Pulse Jet Valves? Why Are They Preferred in Dust Collection Systems?

In industrial facilities, dust control and filter cleaning are critical for production efficiency and workplace safety. Especially in industries such as cement, steel, paint, feed, glass, and energy, the uninterrupted operation of baghouse filtration systems depends on high-performance pulse jet valves.

PL1010 Series Pulse Jet Valves provide reliable solutions that maximize system performance by effectively removing accumulated dust from filter surfaces within milliseconds.

What Is a Pulse Jet Valve and How Does It Work?

A pulse jet valve is a special type of solenoid valve designed to release compressed air into a filtration system within a very short period (milliseconds) and at an extremely high flow rate.

The system sends a sudden pulse of compressed air toward the filter bags, causing them to expand and dislodge the dust cake accumulated on their surfaces. This powerful air shock prevents filter clogging, stabilizes differential pressure, and maintains optimal airflow throughout the facility.

Technical Features of PL1010 Series Pulse Jet Valves

The PL1010 Series has been designed to provide long-lasting performance under harsh industrial and environmental conditions. Its die-cast aluminum body combines lightweight construction with high mechanical strength, while stainless steel internal components offer excellent corrosion resistance.

Advantages of the PL1010 Series in Dust Collection Systems

1. Maximum Filtration Efficiency

The high flow capacity and fast opening/closing performance of the PL1010 Series increase the strength of the generated air pulse. As a result, even the most adhesive and dense dust particles can be effectively removed from filter surfaces.

2. Reduced Energy Consumption and Cost Savings

Properly cleaned filters create minimal pressure drop within the system. When filters remain clean, the main exhaust fans operate under lower loads, resulting in significant energy savings and reduced operating costs.

3. Extended Diaphragm and Service Life

The diaphragm is the most critical wear component of a pulse jet valve. Advanced diaphragm designs used in the PL1010 Series provide high flexibility and durability, enabling millions of pulse cycles without cracking or performance loss.

4. Compatibility with Demanding Processes

Optional diaphragm materials such as NBR (-10°C to +80°C) and Viton (-10°C to +160°C) ensure reliable sealing performance and stable operation even under extreme process conditions and exposure to aggressive gases.

Applications and Industries

PL1010 Series Pulse Jet Valves are widely used in industrial environments where dust and particulate emissions are significant:

Building Materials: Cement plants, gypsum and lime production facilities.
Heavy Industry: Steel foundries, metal processing plants, and mining operations.
Food and Agriculture: Feed mills, flour mills, and starch production facilities.
Chemical and Plastics: Paint manufacturing, detergent production lines, and plastic raw material processing plants.
Energy and Other Industries: Thermal power plants, glass manufacturing facilities, and all industrial jet-pulse dust collection systems.

Key Considerations When Selecting and Operating a Pulse Jet Valve

The correct valve selection directly affects the overall lifespan and efficiency of the filtration system. The following factors should be considered during system design and procurement:

Compressed Air Quality

The compressed air supplied to pulse jet valves must be clean, dry, and oil-free. Moisture contamination can significantly reduce diaphragm life.

Installation Position

Valves should be mounted on the air manifold at the correct angle and with proper sealing to prevent pressure losses and maximize pulse efficiency.

Timer Settings

Pulse duration (typically between 50 and 150 milliseconds) and the interval between pulses should be optimized according to the dust concentration and process requirements.

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