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PL1060 Series Pulse Valves

PL1060 Series Pulse Valves gallery image 1
PL1060 Series Pulse Valves gallery image 1

PL1060 Series Pulse Valves

Application: Air

Size: 1½" … 1"

Operating Pressure: 0.5 … 3 bar

Sleeve–Core: Stainless Steel

Body: Aluminium

Diaphragm: NBR

Fluid Temperature: –10°C … +80°C

Position: Normally Closed

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

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

PRODUCT CATALOG
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Valve Order No.

Connection Size

Orifice Size

Pressure (bar)

KV

Fluid Temperature

Diaphragm

Weight

°C

PL1060

G

mm

min

max

Lt/min

min

max

kg

PL1060.04

3/4”

25

0.5

3

150

-10

80

NBR

0,69

PL1060.05

1"

30

0,5

3

270

-10

80

NBR

0,68

PL1060.07

11/2"

44

0,5

3

774

-10

80

NBR

1,4

PL1060 Series Pulse Jet Valves: High-Performance Filter Cleaning Solution at Low Operating Pressures

The efficient operation of industrial dust collection systems depends on the regular and effective cleaning of filtration units. Over time, accumulated dust and particles restrict airflow, reducing system efficiency while significantly increasing energy consumption.

The performance of pulse jet valves, which form the core of pulse jet filtration systems, becomes critical at this point. The PL1060 Series Pulse Jet Valves redefine industrial filter cleaning standards with their specialized design, delivering maximum efficiency even at low operating pressures.

What Is a Pulse Jet Valve and Why Is It Important?

Pulse jet valves are specialized control valves designed to release compressed air into filtration systems within milliseconds. This short but powerful air pulse shakes accumulated dust from filter bags through a shock-cleaning effect.

In industries with high dust concentrations, such as cement production, power generation, steel manufacturing, glass processing, and feed production, pulse jet valves are the unsung heroes that keep production running continuously and efficiently.

Key Benefits for Your Operation

1. Maximum Energy Savings at Low Pressure

While conventional pulse jet valves typically require higher operating pressures, the PL1060 Series delivers outstanding performance even within a low-pressure range of 0.5 to 3 bar.

This capability reduces compressor workload and directly lowers energy consumption and operating costs.

2. High-Flow Pulse Cleaning Power

Its specially engineered internal aerodynamic design generates a high-flow compressed-air pulse the moment the valve opens.

This powerful shock wave reaches the farthest sections of filter bags, effectively removing even dense and adhesive dust deposits.

3. Compact Design and Easy Installation

The lightweight aluminum body combines low weight with excellent mechanical strength.

Its compact dimensions provide exceptional flexibility, particularly in multi-valve manifold installations where installation space is limited.

4. Minimal Maintenance and Extended Service Life

The PL1060 Series is equipped with wear-resistant stainless-steel internal components and an optimized NBR diaphragm, enabling reliable operation through millions of opening and closing cycles.

This significantly reduces unplanned downtime and maintenance costs.

Important Note

If dust collection filters are not cleaned properly and at the correct intervals, fan energy consumption increases, filter bags wear out prematurely, and overall plant productivity declines.

Applications

The PL1060 Series is widely used in industries where pulse jet filtration systems are essential:

Heavy Industry

  • Cement plants
  • Steel manufacturing facilities
  • Thermal power stations

Manufacturing and Processing Industries

  • Glass production facilities
  • Paint manufacturing plants
  • Detergent production plants
  • Concrete batching plants

Food and Agricultural Industries

  • Animal feed production facilities
  • Flour mills
  • Grain processing plants

Tips for Selecting the Right Pulse Jet Valve

When selecting the most suitable pulse jet valve for your facility, it is important to consider more than just the connection size.

The following parameters should be carefully evaluated:

  • Operating pressure of the compressed-air system
  • Length and number of filter bags
  • Ambient and process temperatures
  • Required airflow capacity (Kv value)

Choosing an incorrectly sized valve can lead to premature filter clogging, inefficient cleaning performance, or excessive compressed-air consumption.