Bomaksan Pulse2 3 MtrTwin Arm Welding Fume Extraction System

Bomaksan Pulse2 3 MtrTwin Arm Welding Fume Extraction System

Product Code: WFEBP2

For more info call GWS on 0800 536 774

Description
Bomaksan PULSE2 Twin 3 Mtr Arm Welding Fume Extraction System (part number BPULSE23). The Bomaksan PULSE2 is an industry leading, HEPA rated, mobile, twin arm welding fume extraction unit for heavy-duty welding environments. 2 x HEPA class (99.99%) cleanable filters Automatic jet-pulse cleaning (compressed air 80 PSI) 2 x 3 metre arms with 360-degree swivel Easy to move and manoeuvre Control and signal panel with operating hour counter Extraction hood for superior performance Suitable for all common welding applications (TIG, MIG, MMA, Flux Core) 2 year warranty Wire Suitability 0.9 - 1.6mm wire Occasional TIG Yes Regular TIG Yes Continuous TIG Yes Occasional MMA Yes Regular MMA Yes Continuous MMA OK Occasional MIG Yes Regular MIG Yes Continuous MIG OK Occasional Flux Cored OK Regular Flux Cored OK Continuous Flux Cored OK Number of Nozzles/Arms 2 Length of Arms or Hose (m) 3 Filter Efficiency 99.99% (H13 HEPA) or >95% (F9)* Filter Type Cleanable Filter Surface (m2) 20 or 24* Airflow (m3/h) 1100 x 2 Number of Filters 1 Fume Tray Volume (I) 16 Working Hour Counter Yes Filter Sensor & Indicator Yes Fan Rotation Direction Indicator Yes Weight (without arm) 201kg Dimensions (H x W x D) 1320 x 650 x 815 mm Power Voltage (V) / Phases 400 / 3 Noise Level (dB(A)) 72 Warranty 2 years Compliance CE Certified Bomaksan PRO2 Part Number: BPRO23 The Bomaksan PRO can be used with either the nanoBLEND filter (F9 > 95%) or the polyMIGHT PTFE filter (HEPA Filter 99.99%). The nanoBLEND filter has a higher filter surface area so it will offer longer run times between cleaning and is better suited to low alloy materials. The polyMIGHT PTFE filter is better suited to high alloy materials and has a lower surface area so will need to be cleaned more often. Both filters are available. The PRO systems will come standard with the nanoBLEND filter to increase surface area.
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