SA 109UK/2 PRISECTER PRV SAMPLERS AND SPLITTERS ■ The PW range oF Samplers arxl Splitle*s Is ol robust design smtalble for rnosl arduous dulieg. wilh one movsng partfacAltatirig aggy maintenance. Suhgljle for vertical installation wittlin lelling streama. Lha PRV can be h HJppSed for Primary Sampling h Fealures Suitable for wet and dry parilculate streams, 4 E acn cutter is designed 10 suit the pջrlicu lar application roquiromonts ol maximum padicie &J20 or sampia incrment. Incrment mae驠 i dkacHy proprtjonal to cutter size and roialinnai ^el⻻cliy at which it passes fhrougb the lallmg material. Any charge in materiai (low ratewJII uary tt» incremem taken. When used as a Sampte Splliter ttia cutter rotբtes contlriuousiy removlng a proportion of the teed govemed by tns solQcted cutter angle. * A segment shapad cutlar rotating lhrougri ihe slrearn f produd acling acting eilher as a eampler whh opration al p*e-set time in(erval& or splitter wh-CTe continuous cutter rJt.liM-i m il hjkIiljcI l: J-x^d ^ic^c-il on ol product m sampta. 멕 As a sampler. travel is initiated at predalQTtninsd Intsrvals by a limer or al a signal from olher oqulprnent. Terminaied by a limit switcti operated braked motor.

Slection Del II s PRV SampletfSplItter curtar angles and splll rafjos are basad on a minimum effective cutter aperture of 3 x tha minimum partiels size. Fig. 1 shows tfie rangea of Samplar angles and Splitter ratios for a ssle^rl頻n of maximum particle slzes. Samplers Minimum Spliiters Cunsr Maximum Machins Max. Angles Soin Partiels (egrees) Ralios PRV 250 :ە,:> *o 1:5- 26 3P i:ia ?:, 30 1:12 16 0 1:1B 10 15 1:24 s 7.2 1:50 PHV5W 53 aa 1:10 40 I'12 30 1:18 ã5 ie LD 50 15 1:24 15 12 l:3Û 10 7.2 1:60 S 5 1172 Fig.1 Machine Slze a Sampler Splitter B G D E F G H J K WL Kfl- Motor Power kW prv as PRV...