Modular filter units are fastened to each others, thus the demanded air capacity is obtained. Operated on surface filtration principle. Different filters which are selected according to inquiry are homogenously cleaned by pressured air as automatically.

The units filter the dust and emulsions as collecting..

USING AREA:
Laser-Plazma cutting tables, woodworking and furniture, chemical, cement, iron-steel, paper, pharmaceuticals, food, molding, automotive, stone-soil indstry, rolling-mills, dust mixing and transportation processes,composite materials usage areas, welding works, metal grinding and sanding works and similar several areas.

STANDARD FEATURES:  
CONSTRUCTION : The units are made by strong steel.
PAINTED : RAL 1003 (YELLOW)

PRESSURED AIR INQUIRY: 6 Bar – 80 lt/min (absolutely connected with
19 mm 3/4" duct)

WIND LOAD: 80 m/h

HOUSING PRESSURE: 508 mmSS

CONTROL PANEL: Right Direction Control System, Overload Protection, START/STOP Switches, Electronic Command Card

ELECTRONIC ENERGY SAVING CONTROL PANEL UAS-(ESCP):
-Reduces energy consumption by using only the brake horsepower needed to maintain the set cfm. Built-in variable frequency drive automatically slows or speeds the motor rpm based on cfm needed at running static pressure.
-a soft-start or slow ramp up of motor speed, eliminating sudden  surges of power usage.

-Increases expected filter life by automatically adjusting filter cleaning based on system needs.
-Can reduce compressed air usage

-Allows for quiter operation through utilization of lower fan speeds.

-Air discharging is obtained by means of static pressure monitoring system. Thus iminates the need for a magnehelic or photohelic gauge.

-Eliminates the need for external damper s or slide gates in ductwork. Simply touch the arrow on the touchscreen to adjust CFM.

-CFM, static pressure, amper, RPM pulse settings, hours of operation can be directed on that panel

-Plasma, laser, wood-working, grinding, etc. specific applications can be easily set-up.

-Cause of its modular construction system capacity can be increased in future.