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APMP Pulse Jet Dust Collector (Wide Pleated Elements)

APMP Pulse Jet Dust Collector (Wide Pleated Elements)

Key Benefits

  • Clean air fan
  • Extra wide pleated elements – greatly reduces dust bridging
  • No moving parts in the dirty gas stream
  • Differential pressure controlled clean of pleated elements, saving power and air consumption
  • Precision punched and folded 3mm thick powder coated mild steel
  • Special inlet technology removes heavy dust loads out of the gas stream prior to filtration through the pleated elements

Description

APMP Pulse Jet Dust Collector (Wide-Pleated Elements)

Perfect for light to medium industrial processing plants

Foundries | Metal Spraying | Grain | Seed | Shot Blasting | Alumina | Fume | Coating | Polishing | Light Dust Load

Airtight Solutions proudly introduces its newest APMP Pulse Jet Dust Collector (with wide-pleated elements), our beautifully engineered Australia Made unit, featuring some fantastic features never before offered in such a compact unit.

The APM has some unique engineered features which all work seamlessly to provide your workers with the safest, cleanest working environment possible.

Tough Construction

Pound for pound, the APMP is in a class of its own. It is constructed with precision punched and folded 3mm thick powder coated mild steel, tough enough for any light to medium industrial process application and offers an affordable alternative to heavier fully welded units.

Smart Inlet Louvre

Its unique inlet louvre configuration knocks out fast-moving particulate and reduces turbulence, maximising filter efficiency and ensuring the longevity of the filters and collar wear. This saves significant amounts of money in maintenance, operating costs, and replacement parts.

Filters That Last – Low Running Costs

Generously spaced wide-pleated elements (as opposed to small pleated cartridges) have been selected which eradicates dust bridging, resulting in enduring performance and low running costs. Automatic online bag cleaning is activated by a solid-state timer.

Safety Protection

The APM’s top removal design makes maintenance access easy and safe, especially when working with toxic or corrosive materials. Combined with combustion relief functionality, the APMP pulse jet dust collector is one of the safest systems available today.

Modular Design – A System That Grows with You

The cleverly engineered APMP is available in several standard configurations which can be specifically designed to your requirements. The APMP’s modular design enables additional cells and inlets to be retrofitted quickly, ensuring your new pulse jet extraction system can easily adapt and grow along with your business needs.

Available in 3 standard configurations:

  1. APMP 48/64-2000 (BI)
  2. APMP 64-2000 (SI)
  3. APMP 128-2000 (CI)

These 3 units are based around a standard 2.0m square footprint of the 64 shell (not including fan or external inlets). The 48/64 has an inlet in the body of the housing (BI), the 64 has an external side entry inlet (SI), and 128 has a centre inlet essentially between two of the 64 units.

These units have the ability to be quickly erected onsite and have a multitude of dust discharge options. Rotary valves, slide gate and drums, and screw conveyors can be included to suit your specific reclaim or discharge requirements.

The reverse pulse cleaning system uses the latest venturi technologies for cleaning the bags, dragging additional air volume from the surrounding air to induce a more powerful shockwave cleaning action on the bags.

BI – Body Inlet

Basic Unit

SI – Side Inlet

External Louvre

CI – Centre Inlet

Shared Louvre
This is the most compact configuration available. The inlet is installed within the main unit. By mounting the inlet louvre externally, significantly more space is created, resulting in more filter capacity. Mounting a duel sided inlet louvre between two units provides you with the maximum capacity within our standard range.
APMP 48/64-2000 (BI)

5,000 – 11,000 m3/hr

APMP 64-2000 (SI)

10,000 – 22,000 m3/hr

APMP 128-2000 (CI)

20,000 – 44,000 m3/hr