Orhangazi Mahallesi ISISO Sanayi Sitesi 19. Yol Sokak P Blok No:2 Esenyurt 34519 İstanbul

Arama Yap
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PULSOTRONIC

Coral S.P.A.'s experience and research led to the development of the Pulsotronic filter.
This modern high-pressure suction device is designed for the aspiration of dry grinding dust generated in plaster, composite materials, stone processing, marble processing and abrasive grinding processes.

Its suitability for centrally located systems, its superior versatility where modular solutions are required, enables it to offer satisfactory solutions to meet any operational requirement.

For maximum operating efficiency, the Pulsotronic unit is equipped with a compressed air cleaning system managed by an advanced electronic control unit, which is able to self-adjust its settings according to the degree to which the filter cartridges are clogged. This optimized compressed air consumption extends its lifespan as it puts less mechanical strain on the filtering elements. The standard system also offers the possibility to monitor the clogging rate of the filters.

The Pulsotronic device can be equipped with a frequency inverter driven by a pressure compensator (optional) that can adjust the motor speed to optimize electricity consumption and suction efficiency under any conditions of use.
 
The unit's designers have focused their attention on noise control, placing the pump and cleaning system in a soundproofed compartment, thus keeping the noise emission level well below the limits required by current regulations (72 db).
 
As a result of the work carried out, the filter can be properly protected using devices provided in accordance with the ATEX 94/9/EC directive. If these are not required and installed, the user assumes full responsibility as defined in directive 99/92/EC (ATEX 137).
 

The ATEX version of the Pulsotronic filter is designed to operate in environments requiring a higher level of explosion protection than that required by the ATEX 94/9/EC directive. Its superior structural resistance is the result of finite element method product design (FEM ANALYSIS), compliance with the UNI EN 288-4 directive for welding areas and design consistency according to standard 97/23 (PED). These superior mechanical pressure resistance values allow the PULSOTRONIC filter to be used with ST2 class dusts.

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Technical Details

Technical Specifications

 

 

 

Installation Example

 

 

PULSOTRONIC 200 300 400 600 1000  200EX  300EX  400EX 600EX 1000 EX INDOOR/OUTDOOR
 Filter Surface (m²/sq. m. ft)  11/118  11/118  22/236 22/236  22/236  11/118  11/118  22/236  22/236 22/236
 Max. Air Flow (m³/h) 260 350 420 650 1000 260 350 420 650 1000
 PUMP ELECTRIC POWER (KW) 3 4 5,5 7,5 18,5 3 4 5,5 7,5 18,5
 Number of Cartridges 1 1 2 2 2 1 1 2 2 2
 Cartridge DIMENSIONS 0325 - H700 mm / 0325 - H700 mm
 BIA Class USG, C (M) USG, C(M) Aluminum Coating
 Max. Device Pressure (mbar) 250 250 300 300 350 250 250 300 300 350
 Max. Working Pressure (Bar) 7 7 7 7 7 7 7 7 7 7
 Valve Size / Number of Valves 1" / 1 1" / 1 1" / 2 1" / 2 1" / 2 1" / 1 1" / 1 1" / 2 1" / 2 1" / 2
 Tank Air Capacity (Lt) 7,3 7,3 14 14 14 7,3 7,3 14 14 14
 Dust Collection Capacity (Lt) 30 30 30 30 100 30 30 30 30 100