PL1050 Series Remote Controlled Pulse Solenoid Valves

Application : Compressed Air , dust collector services

Size : 3/4"....1 ½"

Working Pressure : 0,5…8 Bar

Coil, Tube : Stainless Steel

Body : Aluminum

Seal : NBR, Viton, thermoplastic

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

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Product Features
Product Description

Valf Order No	Connection Size	Orifice Size	Pressure		Kv	Fluid Temperature		Diaphragm	Weight
PL1050	G	mm	bar		Lt/min	°C			(kg)
			min	max		min	max
PL1050.04	3/4" - 3/4"	25	0,5	8	150	-10	80	NBR	0,55
						-10	160	Viton
						-40	120	Thermoplastic
PL1050.05	1" - 1"	30			270	-10	80	NBR	0,86
						-10	160	Viton
						-40	120	Thermoplastic
PL1050.07	11/2" - 11/2"	44			774	-10	80	NBR	1,67
						-10	160	Viton
						-40	120	Thermoplastic

PL1050 Series Pulse Jet Valves: Remote-Controlled and Union-Connected Filter Cleaning Solution

The heart of industrial dust collection systems is the efficient and regular cleaning of filters. Dust layers accumulating on filter surfaces restrict airflow, increase energy consumption, and significantly reduce production efficiency. The PL1050 Series Remote-Controlled and Union-Connected Pulse Jet Valves have been specifically designed to solve these challenges and provide maximum cleaning performance with minimum energy consumption in pulse jet filtration systems.

What Is the PL1050 Series Pulse Jet Valve and How Does It Work?

The PL1050 Series is a remote-controlled pulse jet valve specifically developed for integration into centralized automation systems. Its primary function is to open and close within milliseconds, delivering high-flow compressed air pulses to filter bags for effective cleaning.

The Key Difference

The PL1050 Series takes the proven performance of the popular PL1030 Series to the next level by combining remote-control capability through a pilot solenoid box with a union connection design that enables quick and easy installation.

Benefits for Industrial Operations

1. Smart Centralized Automation and Remote Control

Unlike conventional pulse jet valves, the PL1050 Series does not contain an integrated solenoid coil. Instead, it operates via an air signal from an external pilot solenoid valve box.

This allows operators to control valves installed in hazardous, dusty, explosive, or hard-to-access locations safely from a central PLC system and a secure distance.

2. Minimal Maintenance Costs with 3.5 Million Cycle Life

Thanks to its robust internal mechanism designed for intensive industrial use, the PL1050 Series offers up to 3.5 million operating cycles.

This extended service life increases system uptime, reduces maintenance intervals, and minimizes spare parts costs.

3. Fast Installation with Union Connections

Compared to threaded connections, the union connection design significantly simplifies installation and allows rapid removal of the valve during diaphragm replacement or maintenance procedures.

This reduces maintenance time and minimizes production interruptions.

4. Next-Generation Thermoplastic Diaphragm Technology

The diaphragm is the most critical component of a pulse jet valve. The thermoplastic diaphragm technology used in the PL1050 Series provides several important advantages compared to conventional rubber diaphragms:

Chemical and Oil Resistance

Excellent protection against aggressive industrial gases, chemicals, and oil-contaminated compressed air.

Thermal Stability

Maintains flexibility and sealing performance even under extreme low and high-temperature conditions.

Superior Tear Resistance

High resistance to sudden pressure shocks while minimizing the risk of air leakage.

Main Applications

The PL1050 Series is the preferred solution for industries operating under harsh environmental conditions and heavy dust loads:

Heavy Industry

Cement plants
Steel mills
Ready-mix concrete facilities
Glass manufacturing plants

Energy Sector

Thermal power stations
Coal processing facilities

Food and Chemical Industries

Feed production plants
Paint manufacturing facilities
Detergent production lines

Dust Collection Systems

Industrial hoppers
Bulk tanker loading systems
Baghouse filtration systems
Centralized dust collection systems

How to Select the Right Pulse Jet Valve

To maximize filtration performance and energy efficiency, the following factors should be considered when selecting a pulse jet valve:

Airflow Capacity and Filter Area

Choose the appropriate connection size (3/4" to 1½") based on the volume and length of the filter bags.

Operating Temperature

Select the diaphragm material (NBR, Viton, or Thermoplastic) according to process and ambient temperature conditions.

Control Infrastructure

Determine whether the pulse jet valves will be controlled individually or remotely through a centralized pilot solenoid valve box and PLC system.

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