BookTitleMAGNET_GENERAL_CATALOG_2019

page
164/188

This page is an overview of MAGNET_GENERAL_CATALOG_2019 on page164
Move to the page after second(s).
Now go to the page by clicking "Open the e-Book" button.

MAGNET_GENERAL_CATALOG_2019

ReadBook

Open e-Book in Flash Viewer

This e-Book is not available in your environment.

Summary

MAGNET_GENERAL_CATALOG_2019

MAGNETIC TOOLS & EQUIPMENTFOR WELDING OPERATIONLIFTINGMAGNETMAGBORE*CHIP & SLUDGE ENVIRONMENTAL MAGNETIZER AND MAGNETIC EQUIPMENT MAGNETICPOWERFUL MAGNETIC MEASURING MEASURING MAGNETICCONVEYANCE EQUIPMENT EQUIPMENT DEMAGNETIZER FOR CONVEYANCE SEPARATORSSEPARATORSTOOLS INSTRUMENTS MATERIALS157POWERFUL MAGNETIC SEPARATORSModel PCMH MAGNETIC FILTER FOR VISCOUS LIQUIDPCMH-25Magnetic barClamp ringHFerrule A[Application]This filter is recommended for installation between manufacturing processes in plantsof viscous foods like pasty juice and chemical products like viscous cosmetic liquidsto separate and catch harmful magnetic fine particles.[Features]●High grade finish of sanitary specification.●Can withstand high pressure and high viscosity.●Various sizes are available to meet various pipe diameters.●Since permanent magnets that maintain a strong magnetic force almost perpetuallyare used, the running cost can be reduced significantly.●Powerful magnetic bars having a surface magnetic flux density of 0.8 T or 1 T or overare built in, that shows superb performance in collecting iron from flowing fluids.●A heat-resistant powerful version that can maintain its strong magnetic force withoutsignificant deterioration when used continuously in fluids up to 150℃is also available.φdFerruleB■?P o werful type / Heat-resistant powerful typeφ25:Magnetic barφCL[mm(in)]ModelPressure Viscosity UpperMagnetic Bar Dimensions WorkingHeat-resistant Material Finish Resistance Limit ofApplicableSurface max.Temp. MassPowerfulMaterial QtyA d B C D L HpowerfulLimit Fluid (Ref)magnetic flux densityUpper LimitPCMH -15 PCMH -T151 1/?S 35.7(1.41) 130 114.3 330 24010.2kg/22.5 lb54 1/?SPCMH -20 PCMH -T20 2 S 47.8(1.88) (5.11)(4.50)(12.9)(9.44)11.5kg/25.0 lb1,000kPa 1×10?mPa・sPCMH -25 PCMH -T252 1/?S 59.5(2.34)(10kgf/cm2) (1×10?cP)Powerful type75 1/?S 80℃(176°F)SUS #400SUS0.8THeat-resistant304 buffed304(8000G)powerful type150℃(302°F)15514.5kg/31.9 lb139.8 420 260PCMH -30 PCMH -T30 3 S 72.3(2.84) 15.8kg/34.8 lb(6.10)(5.50)(16.5)(10.2)PCMH -35 PCMH -T35 3 1/?S 85.1(3.35) 17.2kg/37.9 lbPCMH2-15 PCMH2-T151 1/?S 35.7(1.41) 13054 1/?S(5.11)500kPa 1.5×10?mPa・s(5kgf/cm2) (1.5×10?cP)?330 1776.5kg/14.3 lbPCMH2-20 PCMH2-T20 2 S 47.8(1.88)(12.9)(6.96)PCMH2-25 PCMH2-T252 1/?S 59.5(2.34)75 1/?S 155(6.10) ?420 203PCMH2-30 PCMH2-T30 3 S 72.3(2.84)11.0kg/24.2 lb(16.5)(7.99)PCMH2-35 PCMH2-T35 3 1/?S 85.1(3.35)※ASUS316versionisalsoavailableuponrequest.Thestandardconnectionmethodisbyuseofferrules,butascrewtypeorflangetypeisalsoavailable.■?S u per powerful type / Heat-resistant super powerful type[mm(in)]ModelPressure Viscosity UpperMagnetic Bar Dimensions WorkingHeat-resistant Material Finish Resistance Limit ofApplicableSurface max.Temp. MassPowerfulMaterial QtyA d B C D L HpowerfulLimit Fluid (Ref)magnetic flux densityUpper LimitPCMH -A15 PCMH -AT151 1/?S 35.7(1.41) 130 114.3 330 24010.2kg/22.5 lb54 1/?SPCMH -A20 PCMH -AT20 2 S 47.8(1.88) (5.11)(4.50)(12.9)(9.44) 11.5kg/25.0 lb1,000kPa 1×10?mPa・sSuper powerfulPCMH -A25 PCMH -AT252 1/?S 59.5(2.34)(10kgf/cm2) (1×10?cP)type75 1/?S 80℃(176°F)SUS #400SUS1THeat-resistant304 buffed304(10000G)super powerfultype150℃(302°F)15514.5kg/31.9 lb139.8 420 260PCMH -A30 PCMH -AT30 3 S 72.3(2.84) 15.8kg/34.8 lb(6.10)(5.50)(16.5)(10.2)PCMH -A35 PCMH -AT35 3 1/?S 85.1(3.35) 17.2kg/37.9 lbPCMH2-A15 PCMH2-AT151 1/?S 35.7(1.41) 13054 1/?S(5.11)500kPa 1.5×10?mPa・s(5kgf/cm2) (1.5×10?cP)?330 1776.5kg/14.3 lbPCMH2-A20 PCMH2-AT20 2 S 47.8(1.88)(12.9)(6.96)PCMH2-A25 PCMH2-AT252 1/?S 59.5(2.34)75 1/?S 155(6.10) ?420 203PCMH2-A30 PCMH2-AT30 3 S 72.3(2.84)11.0kg/24.2 lb(16.5)(7.99)PCMH2-A35 PCMH2-AT35 3 1/?S 85.1(3.35)※A SUS316 version is also available upon request. The standard connection method is by use of ferrules, but a screw type or flange type is also available.Model PCMH2-E MAGNETIC FILTER FOR VISCOUS LIQUIDPCMH2-E20CaseHdφFerruleBφDφCφDLFerruleclampFerrule A[Application]Since these filters have been made by welding allaround, they are suitable for food processingoperations; in particular, most suitable for operationswhere the growth of bacteria is never allowed.[Features]●The magnetic bar imbedded part has beenwelded all around and buffed for clean operations.●A super powerful type and heat-resistant type arealso available.[mm(in)]Pressure Viscosity UpperMagnetic BarDimensionsModel Material Finish Resistance Limit of ApplicableSurface max. magneticMaterial QtyA d B C D L HLimit Fluid (Ref)flux densityPCMH2-E151 1/?S 35.7(1.41) 130 114.3 330 17744 1/?SPCMH2-E20 2 S 47.8(1.88) (5.11)(4.50)(12.9)(6.96)SUS #400 500kPa 1.5×10?mPa・s SUS0.8TPCMH2-E252 1/?S 59.5(2.34)304 buffed (5kgf/cm2) (1.5×10?cP) 304(8000G)55 1/?S※A SUS316 version is also available upon request. The standard connection method is by use of ferrules, but a screw type or flange type is also available.155 139.8 420 203PCMH2-E30 3 S 72.3(2.84)(6.10)(5.50)(16.5)(7.99)PCMH2-E35 3 1/?S 85.1(3.35)Ferrule BWorking Temp.Upper Limi80℃(176°F)Ferrule AMass6.5kg/14.3 lb11kg/24.2 lb