113225 DRYERS
  • ITEM NO :  113225
  • QTY :  1
  • ALLOY :  S
  • TYPE :  FLAKER
  • MANUFACTURER :  STEEL BELT SYSTEMS SRL
  • SHELL MATERIAL :  304SS
  • JACKETED Y/N :  N
  • RPM :  1445/1755
  • VOLTAGE :  230-400/265-460
  • ACCESSORIES Y/N :  N
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ADDITIONAL DESCRIPTION
Used Flaker approximately 28.8 square meter 301 (NICRO 12.1)/304 stainless steel enclosed horizontal belt flaker with Pastillator, manufactured by Steel Belt Systems SRL (SBS) (Italy), serial #RP2 177 12 5, 1.5m wide x 18000mm cooling length 301 (NICRO 12.1) stainless steel belt, 19250mm belt length between center of rolls, 30 - 47 rpm belt speed, 38500mm total length of belt, 1mm belt thickness, (3) cooling zones, zone 1 = 5.5m long (3 bar @ 5-9 degrees C), zone 2 = 6m long (3 bar @ 5-9 degrees C), zone 3 = 6.5m long (3 bar @ 5-9 degrees C), (179) plastic cooling nozzles, (2) 800mm wide 304 stainless steel drums, belt is driven by 5.5kw, 3/50/60/400-690/460 volt, 1460/1765 rpm CE IP55 motor via 88.17:1 ratio, 17 rpm reduction gearbox, belt enclosed in a 304 stainless steel housing, pneumatic operated belt tensioner, belt with bakelized fiber scraper blades, (1) 120mm diameter x 1.4m wide 304 stainless steel Roll Drop pastillator for distributing the liquid drops onto the cooling belt, 8mm toothed rotor pitch, type 3 x 1mm, comb material TEKAPEEK, 105 degrees C, driven by 2.2kw, 3/50//60/230-400 /265-460 volt, 1445/1755 rpm CE IP55 motor via 13.91:1 ratio, 104 rpm reduction gearbox, Pastillator with pneumatic operated raise/lower mechanism, belt with pneumatic operated knife discharge with a brass blade, 304 stainless steel water trays, built on controls, Thermo Scientific model MINI-11-101F weight integrator, emergency stop button and pull cord, all mounted on a Galvanized carbon steel frame, approx 20600mm total length of flaker, (1) discharge belt conveyor, Pastillator description: The product is fed at controlled temperature onto a roller rotor, whose rim is designed with teeth having regular shape and pitch. The liquid product slips constantly between the teeth pattern; drops are gathering on the back of every tooth, thanks to the complementary comb in touch with the toothed rotor. The formed drops are then deposited on the cooled steel belt, thanks to the centrifugal and gravitational force, generating simultaneously pastilles form.