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AIR FILTRATION - Keller USA

AIR FILTRATION . SYSTEM SOLUTIONS. SEPARATION TECHNOLOGY. DUST COLLECTOR L-CUT. FOR EXHAUST CREATED BY THERMAL PROCESSES. The L-CUT series has been specially developed for the collection of dust and fumes caused by thermal processes such as joining, separating, or surface treatment by laser, plasma or gases, to separate the finest of metal oxide particles. These units are compact and have a very low profile. Therefore, they can be installed in tight spaces. The spark pre-separator KSE is already integrated in the housing. SCOPE OF APPLICATIONS. ALL METALS AND NON-METALS. Joining: soldering, welding Separation: cutting Surface Treatment: hardening, engraving, laminating FILTER HOUSING. The housing is of welded design with a variable dirty air inlet opening. The integrated spark pre-separator protects the filter elements against damage that could be caused by coarse, potentially glowing particles.

AIR FILTRATION SYSTEM SOLUTIONS SEPARATION TECHNOLOGY DUST COLLECTOR L-CUT The L-CUT series has been specially developed for the collection of dust and fumes caused by thermal processes

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Transcription of AIR FILTRATION - Keller USA

1 AIR FILTRATION . SYSTEM SOLUTIONS. SEPARATION TECHNOLOGY. DUST COLLECTOR L-CUT. FOR EXHAUST CREATED BY THERMAL PROCESSES. The L-CUT series has been specially developed for the collection of dust and fumes caused by thermal processes such as joining, separating, or surface treatment by laser, plasma or gases, to separate the finest of metal oxide particles. These units are compact and have a very low profile. Therefore, they can be installed in tight spaces. The spark pre-separator KSE is already integrated in the housing. SCOPE OF APPLICATIONS. ALL METALS AND NON-METALS. Joining: soldering, welding Separation: cutting Surface Treatment: hardening, engraving, laminating FILTER HOUSING. The housing is of welded design with a variable dirty air inlet opening. The integrated spark pre-separator protects the filter elements against damage that could be caused by coarse, potentially glowing particles.

2 All relevant components, disposal bin, filter elements, motor-impeller section, solenoid valves, electrical switch and control system are accessible for servicing from the front. FILTER ELEMENTS. SINBRAN C, a combination of sintered polyethylene and laminated GORE membrane, ensures very high FILTRATION efficiency. These recyclable filter elements have BIA test certification according to ZH 1/487 and meet the requirements of the former use classifications U, S, G and C (currently M), and are suitable for air recirculation. Alternative filter elements: Multi-tube, Y-filters and Cartridge filters. The integrated control unit allows for cleaning pulses that can be individually adjusted for each application. The air flow of the fan remains constant. Optionally, the cleaning pulses can be controlled by an electronic differential pressure gauge, or can be additionally programmable for cleaning off-line.

3 ELECTRICAL SWITCH AND CONTROL SYSTEM. Activation of the fan, cleaning, differential pressure measuring gauge, etc. are all controlled by high-grade components according to VDE guidelines and UL regulations. WASTE DISPOSAL. The one-way dust collection bins form an air-tight connection to the filter hoppers by means of a clamping device. FAN. The built-in, directly driven radial fan operates at very low sound levels. The cleaned air is directed upward through an integrated silencer. PAINT FINISH. Paint: all current RAL colors are available. 2. Unit type L-CUT. 1 2 3 4. Air Flow SINBRAN approx. 500-1000 approx. 2000-2400 approx. 2500-3000 approx. 3500-4000. Y-filter approx. 500-1000 approx. 2000-2400 approx. 2500-3000 approx. 3500-4000. Multi-tube approx. 500-1000 approx. 2000-2400 approx. 2500-3000 approx. 3500-4000. Cartridge approx. 500-1800 approx. 2000-3000 - approx. 3200-4500. Sound Level dB(A) * ) 1.

4 Approx. < 75 approx. < 75 approx. < 76 approx. < 78. Size l x w x h (mm) 1050x1200x2000 1400x1400x2000 1400x1400x2300 1400x1600x2900. Weight kg approx. 1150 approx. 1150 approx. 1350 approx. 1600. *1. ) 1 m in front of the door, measured according to DIN EN ISO 3744, with connected suction ductwork. subject to modification FUNCTIONAL DESCRIPTION L-CUT 2. 15. 5. 10. 2 14. 11 13. 12. 9. 18. 3 4. 17 6+7. 21 8. 1. 8. 19 9. 20. The dust laden air (crude gas) flows through the crude gas Legend: 1 compressed-air connection inlet (10) into the spark pre-separator (11) where the coarse 2 electrical switch and control system particles are separated from the air stream. These coarse 3 slide gate particles collect on the slide gate (3) and fall into the dust 4 slide gate (option). 5 upper mounting plate of the filter elements disposal bin (8) upon opening the gate. The dust is compressed 6 radial fan within the disposal bin by a dust compression nozzle (18).

5 7 motor with three built-in temperature probes After the spark pre-separator (11) the air is deflected and (for motor protection). 8 waste disposal bin reduced in velocity, and then directed through the filter 9 clamping device for disposal bin elements (12). The dust particles settle on the surface of the 10 crude gas inlet filter elements and are cleaned off by compressed air pulses 11 spark pre-separator 12 filter elements which are controlled by differential pressure or an integrated 13 silencer timer (optionally, a timed pulse is possible). The dust falls into 14 filter elements 15 cleaned gas outlet the disposal bins below (8). The cleaned air flows through the 16 solenoid valve (cleaning). upper mounting plate (of the filter elements) into the clean gas 17 solenoid valve (dust compression). chamber where the air is drawn into the fan (6) and blown out 18 dust compression nozzle 19 ground plate through the silencer (13) into the environment.

6 20 transport rail (option). 21 crude gas connection (2nd alternative). 3. AIR FILTRATION . SYSTEM SOLUTIONS. Keller USA, Inc. Box 546, 54 Great Hill Road Naugatuck, CT 06770. Phone (203) 729-0145 . Fax (203) 729-0148. E-mail.


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