HcJ - Hitachi Metals America, Ltd.
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1. TRLZJ BXIxJLbX 8 i8 Remanence Coercivity Maximum energv product Material code Br Her Ho BH max kG KA m kOe KA m kOe kJ m MGOe 954 1058 120 133 21114 2140 310 351 39 44 NMX 40CR 1 24 1 34 12 4 13 4 923 1051 11 6 13 2 295 343 NMX 38SR 1 19 1 29 11 9 12 9 883 1003 11 1 12 6 270 319 NMX 35ER 1 14 1 24 11 4 12 4 819 970 10 3 12 2 246 295 NMX4OR 1 24 1 32 12 4 13 2 923 1034 11 6 13 0 295 334 NMX 38CR 1 20 1 30 12 0 13 0 891 1019 11 2 12 8 278 327 NMX 35SR 1 14 1 24 11 4 12 4 819 970 10 3 12 2 246 295 NMX 33ER 1 10 1 20 11 0 12 0 803 931 10 1 117 31989 gt 25 0 230 279 29 35 NMX 38R 1 20 1 30 EES wane Sey TEES NMX 35CR 1 15 1 25 11 5 12 5 859 980 10 8 12 3 21352 170 246 295 31 37 790 939 221 0 772 884 225 0 GE EBO IERI I WA Wik RE RITE PHRRIRSICKOBIELET Actual magnetic properties may be different from the ones shown above depending on shape size manufacturing conditions or operating conditions aA Tt Fare 835275 TE i pitari ita HiE Magnetic Characteristics Multi pole anisotropic Merit of Multi Pole Anisotropic Skewed Magnets 5x EB MA RP a LA 4483 Remanence Coercivity Material code Br H T kG kA m 072 NMX 42M 1 36 13 6 21114 214 0 NMX 40CM 1 34 13 4 8275 ERA GIS ED C OBH ARIE DURAN TCA ERISA SHEET 1 535275 EOD 8187 SB UL 2 2 IET JE EL2. Dy INS ESI ORE Magnetic Characteristics of Dy Diffusion Series DDMagic ARR BA BE RRJ RAIRE Remanence Coercivity Maximum energy product Es IA 5 5 Max Material code T KA m KA m kJ m3 kOe kOe MGOe gt me eee 139 145 21042 sc 21 552 374 405 mans gt rant joes eles om 21 790 cone 358 397 45 50 gt NMX E46EH 182 139 je es d ESSEN mL rear gt gt Fe rem 1800187 2970 Bea gt ER 124 131 2 923 oe 22 546 an 294 334 Hoy I fime OD BUS Axe ui Heos shows edge portion characteristic Measurement point of Hcy GE EO IENAIE AK Wik ROSE fe RRI le SD ZE EU S S Actual magnetic properties may be different from the ones shown above depending on shape size manufacturing conditions or operating conditions 3 4 Nd Fe B Ra NEOMAX Neodvmium Iron Boron Magnets NEOMAX NEOMAX Standard Series Br T 1 000 1 500 2 000 HJ KA m Ub ts LE E 93 BA WR a Remanence Magnetic Characteristics PREETI MHZ Coercivity Material code Br La kA m 28 5 21114 NMX S52 1 42 1 48 14 2 14 8 835 1122 10 5 14 1 Sr 11 214 RA LRJUT IA Maximum energy product BH max 00711189 616070 388 422 48 53 374 405 47 51 T kG kA m kOe NMX S50BH 1 39 1 45 NMX S49CH 1 36 1 43 21273 NMX S43SH 1 28 1 35 13 9 14 5 1042 1122 13 1 14 1 13 6 14 3 1018 1106 12 8 13 9 N
3. oksossos oe oss ces 1 30 4 40 46 53 43 7 51 8 Anisotropy cce ioio cos ose 2 HFEsEFe Cr CoRA4 Fe Cr Co magnets rolling CKSR 150 ala ORY 005 O cxsrsso 0 5 mE CKSR 400H quen ein saa 9 77 b IA Alnico magnets casting Isotropy Anisotropy 0 53 0 73 43 88 8 7 207 bouis 53 73 0 55 1 10 1 1 2 6 ciate 1 93 1 83 49 56 39 7 47 8 EE 123 133 0 62 0 70 5 0 6 0 1 85 1 35 51 59 45 3 51 8 NKS 600 ES Rm 0 85 0 95 111 128 39 7 47 8 apit NKS 550H 1 40 1 60 5 0 6 0 n Anisotropy NKS 600H 0 65 0 75 143 152 35 8 43 8 ES l 65 75 1 80 1 90 45 5 5 1 85 1 35 54 60 51 8 56 0 NKS 750 12 5 13 5 0 68 0 75 6 5 7 0 0 021 GE RRR ORAS AA Wik REER P RRI Sl RO DEL I o Actual magnetic properties may be different from the ones shown above depending on shape size manufacturing conditions or operating conditions 10 Hitachi Metals Magnetic Materials Companv Magnets Worldwide Production Bases i Taigene Metal Industry Co Ltd WFE Sy KN ov ZEM China Dongguan Sumitok Super Electronics Co Ltd e Rare Earth Magnets Ferrite Magnets Magnet Assemblies Alnico Magnets fi IE SHAT Pt ABR Osaka Magnetic Materials Research Laboratory Mat RH NEOMA Xi RE 3 Hyogo l f BESAFE Ga NEOMAX KINKI Co Ltd P a m i Kuma
4. 0041 TEL 81 6 6203 9702 FAX 81 6 6222 3417 Kvushu Sales Office Tenjin Mitsui Building 14 13 Tenjin 2 chome Chuo ku Fukuoka 810 0001 TEL 81 92 687 5261 FAX 81 92 687 5266 Hitachi Metals America Ltd Novi Michigan Office 28175 Haggerty Road Suite 113 Novi Michigan 48377 2903 U S A TEL 1 248 994 8078 FAX 1 248 994 8078 Hitachi Metals Europe GmbH South Germany Branch Leonberg Office Roemerstrasse 75 71229 Leonberg Germany TEL 49 7152 93975 0 FAX 49 7152 93975 20 Hitachi Metals Singapore Pte Ltd 12 Gul Avenue Singapore 629656 TEL 65 6861 7711 FAX 65 6861 9554 Hitachi Metals India Pvt Ltd Plot No 94 amp 95 Sector 8 IMT Manesar Gurgaon 122050 Haryana India TEL 91 124 4812300 FAX 91 124 2290015 Hitachi Metals Shanghai Ltd 11F Chong Hing Finance Center No 288 Nanjing Road West Shanghai 200008 China TEL 86 21 3366 3000 FAX 86 21 3366 3030 Hitachi Metals Hong Kong Ltd Units 2212 14 22 F Miramar Tower 132 Nathan Road Tsimshatsui Kowloon Hong Kong TEL 852 2724 4183 FAX 852 2311 2095 Hitachi Metals Thailand Ltd Bangkok Sales Office Unit 13B 13th Floor Ploenchit Tower 898 Ploenchit Road Lumpini Pathumwan Bangkok 10330 Thailand TEL 66 2 263 0889 FAX 66 2 263 0891 zSJy2Ah FSCREREM RUE ES TVT AMDBDMMJIL ITF www fsc org Cert no SGS COC 2125 1996 Forest Stewardship Council VEGETABLE GIL INK CON 3 UA A Ax SER
5. RUTUY u e Sb EXTR CONES ORF LAO C TBI OI E Above numbers show material characteristics Higher torque lower cogging simple assemble process 5 NEOMAX ORMUE Surface Treatments Vd VE is P A Lo i Po d Vp 7 Es BAB RHE VI M 1 Aluminum coating Nickel plating Epoxy coating Thin silicate coating Passivation ERE um Standard coating thickness Ifi od E 2 Thermal humidity Corrosion resistance resistance jittakiit Salt sprav resistance TEL ZA E Adhesive endurance ine ae LE Insulation s 25 10 30 BE i Dimensional accuracy Sensors Speaker Sensors Various motors H R Acutuators Optical pickup Mild corrosion Mild corrosion Motor for FA Enviromental uses Enviromental uses Various motors Compressor motors Totally enclosed motors Application ORERAUEHRETRCOD SIREISRBIB CS FHxR EARR CIC IU CRA ERC OUYC 38138 CEIC UF o O Excellent Shown above are standard surface treatments thicknesses with the optimum thickness depending C Good on intended service conditions and other factors Please feel free to consult with us to determine the surface treatments that is best for you Vid VE uis ap dL Aluminum coating EIEBEZr24H8R amp NMF zU Z High Performance Ferrite Magnets NMF Series 7124 ND EUCIE REL SOS SES ID The highest magnetic JIS MT in a mass produced ferrite magnets UYIBE tN bL ROSERO CIRE OMIC RO ELET Abov
6. and Number of Poles E D HI D G D I 0 Outside diameter mm ey Sta tt Ek Magnetic Characteristics 33 ER a OR a PREETI RAIRE MB Remanence Coercivity Maximum energy product Material code Br Hos H J BH max mT kG kA m kOe kA m kOe kJ m MGOe NMF DM1 340 370 3 4 3 7 2215 2 2063 23 3 220 7 22 6 NMF DM2 360 390 36 39 2239 23 0 2302 23 8 223 1 22 9 NMF DM3 380 410 3 8 4 2247 28 1 2326 24 1 NMF WMT 250 280 2 5 2 8 ejloi 1 9 2239 230 elli 1 4 85275 EM RI REI COBHAIE DRE UE EE d EHE mL CUA d Above numbers show material characteristics TEA NKS CKSC CKSR Metal Magnets NKS CRSC2 CKSR sz s dx ES LR EA BED ed Cima Elle US ZIUD Ste S ESSO CS A metal magnet is a resource saving material with high remanence and excellent temperature stability it is easy to recycle Fe Cr Cof G ORE Characteristics of Fe Cr Co Magnet e 7 38 ROBA ZER LG DD EE RGE Dia Co BAESU High remanence with low cobalt content while maintaining characteristics of alnico magnet Q ERA EO RE IR AN DUJELI 0 0390 K Small temperature coefficient of remanence 0 0390 K KAEHEDIBL High degree of freedom in forming IRBICL7 77 A7tBFHUC43 53 MEREEICBNS Stable supply of raw materials because no rare earth elements are used B T H kA m i Sta lt Sak Magnetic Characteristics l ikiere Cr Coli fai Fe Cr Co magnets casting 1 35 145 42 51 42 1 50 2
7. 2 343 294 335 262 303 33 38 37 42 NMX 34EH dece e ize Les CO 851 940 eL E 10 7 11 8 21989 22387 NMX 3IUH 1 07 1 15 10 7 11 5 819 908 10 3 11 4 GE PROMS WK Wik Rieke SHARIRSICKOBZ ELET Actual magnetic properties may be different from the ones shown above depending on shape size manufacturing conditions or operating conditions COMBS ERIBS GN GES PE FAL x Limited availability 225 230 238 279 30 35 214 255 2 32 Nd Fe B x G NEOMAX 755 DB IRE Neodvmium Iron Boron Magnets NEOMAX Anisotropic Ring Magnets MS 9PILERIE Radial anisotropic magnet 277Jp amp 573 IEEE FEDE Comparison Table DUP Pa MADE S mm Radial anisotropic Multi pole anisotropic 4 4 1 RE RE EE RK BR TER I fy EA Surface magnetic flux density waveform Trapezoidal wave Sinusoidal wave v Bee din AR JE RA CEB RES su AW Number of magnetized poles Variable by magnetization Design specific ge N is En ZR Ta Sn JE ie jas C 2E SR HT EE TRE ELM Magnetized position Variable by magnetization Fixed Z H RJ oj Skew magnetization Possible Possible EIk R Multi pole anisotropic magnet EXE EST mm 015 490 08 050 Recommended outside diameter mm S N HERES P ELE z F 4 x Recommended E ks diameter ratio ta a Surg N O S HERRE mm E E S d N N S ie sta tt ES X 5 J Jl LRA IE Magnetic Characteristics Radial Anisotropic
8. ECC NUR 3 B 7 5 FSC SE GEH AL EBA XD OA LE CHIE TE Fo ZECA o CEE AN VO Dc 0 S ne C fe FHOD ERIS A dE SEHR CE CES EE UY For details on each product please refer to the product catalog that describes the relevant product or directiv contact the section in charge AONR FESS EETAS TRUEST BIERDA EELE o QUE OE EL CIA EN BUS bt ESL EA 0B ARC 4201311 2R RR ODO Cd BEI COBSbHVETO CERI T TL SUD OEP SEU Wald BERT Pack CCE RR E SER ET o Hxs mEHAXeSHAi2 47 La7 The contact addresses indicated above are those as of December 2013 If you cannot reach us please contact the Corporate Communication Group in ToRyo 0800 500 5055 toll free in Japan JA07 HG A27 A 20134F12AER T GT3
9. MX S45SH 1 30 1 37 13 0 13 7 970 1058 12 2 13 3 12 8 13 5 962 1042 leu EHI 1671 216 eel 358 397 45 50 326 366 41 46 310 350 NMX S41EH 1 24 1 31 12 4 13 1 923 1018 1165128 294 334 NMX S38EH NMX S36UH LIg 1 27 1 16 1 24 MSEJ 11 6 12 4 883 978 883 962 11 1 12 3 11 1 12 1 27 0 310 254 294 NMX S34GH i220 T9 99 859 939 10 8 11 8 Ecce NMX 48BH NMX 46CH NMX 44CH 1 85 1 42 1 88 1 40 13 8 14 0 1002 1083 12 6 13 6 13 5 14 2 1018 1099 12 8 13 8 21273 21273 216 216 350 390 334 375 42 47 326 367 41 46 NMX 438H NMX 41SH 12 4 13 1 954 1035 1 30 1 37 13 0 13 7 994 1075 12 5 13 5 1 24 1 31 12 4 13 1 954 1035 12 0 13 0 1 26 1 33 12 6 13 3 962 1043 12 1 13 1 1 24 1 31 12 0 13 0 21432 21671 218 221 294 335 3 7 42 302 343 38 43 294 335 NMX 39EH 1 20 1 27 120 127 923 1003 11 6 12 6 e 8 319 NMX 36bEH NMX 33UH s 116 1 23 Icd eb 11 6 12 3 11 3 12 0 899 979 867 948 11 3 12 3 10 9 11 9 262 295 246 279 NMX 44 L29 1 37 lie 1S7 835 1075 10 5 13 5 310 351 NMX 42BH NMX 37SH 1 26 1 34 Hees 12 6 13 4 NMX 40CH 1 24 1 32 12 4 13 2 923 1011 11 6 12 7 947 1035 891 979 11 9 13 0 21352 21671 17 221 30
10. e figure shows magnetic properties of finished product Actual magnetic properties may be different from the ones shown above depending on shape size manufacturing conditions or operating conditions Watr Magnetic Characteristics 2 ER MSRP REJ BXIAJL4 H EX Remanence Coercivitv Maximum energy product Material code Br bs E BH max mT NC kA m kOe kA m kJ m MGOe NMF 6C 420 440 4 2 4 4 230 262 2 9 3 3 33 4 36 6 4 2 4 6 410 430 41 4 3 246 286 31 3 gt ES 31 8 35 0 400 420 40 4 2 278 318 3 5 4 gt ES 30 2 33 4 390 410 3 9 4 1 270 310 3 4 3 24 28 6 31 8 NMF 6G 380 400 38 40 NMF 9D 440 460 4 4 4 6 262 302 3 3 3 8 gt 286 23 6 36 6 39 7 4 6 5 0 430 450 4 3 4 5 310 350 3 9 4 4 2334 242 35 0 38 1 44 4 8 420 440 4 2 4 4 302 342 3 8 4 3 33 4 36 6 4 2 4 6 410 430 1 4 3 294 334 3744 gt zb 31 8 35 0 EN E 460 480 46 48 294 334 7 4 gt z3 39 7 43 0 450 470 4 5 4 7 318 358 4 0 4 gt 24 38 2 41 4 440 460 4 4 46 310 350 39 4 gt 24 36 6 39 8 450 470 45 47 318 358 40 4 gt 24 38 2 41 4 430 450 4 3 4 5 300 340 38 4 gt 25 35 0 38 1 GE ROBERT AZ Wid Risse SARI SICKOBIELET Actual magnetic properties may be different from the ones shown above depending on shape size manufacturing conditions or operating conditions fa tthe JI O 1 Hua NMF ZU ZA High p
11. erformance Ferrite Magnets NMF Series gt I T i J J d Small temperature coefficient of coercivitv Hc j leads to high demagnetization resistance at low temperatures RTI Ome hey Temperature Coefficient of Coercivity 2500 3000 3500 4000 4500 5000 5500 Coercivity H IPMICRSRERA BR to oY Roa Design comparison between 6G And 12G gr motor 2P NMF 6G AP NMF 12G Total 1651 960 A 4296 OE EH 42 weight reduction e Sio 239 BS street gr motor Weight comparison eve IMI Coil E Shaft 150 0 IM Yoke my Armature 100 0 Magnet 50 0 NMF 6G NMF 12G NMF 6G NMF 12G FLIThKARAEVY TEA Ferrite Anisotropic Ring Magnets BAR C RL Kind and the BS Dn pressing igo ee 4 manufacturing method 1352735 TE 1335275 Multi pole anisotropic Radial anisotropic Multi pole anisotropic E NMF DM1 NMF WM2 NMF DM2 La Co NMF WM1 NMF WM3 La Co Material NMF DM3 La Co NMF WMd La Co A xai WHE A a Wee Skew possible Skew possible Orientation Home appliance Dish washer Ventilation fan Drain pump for washing machine Auto mobile Throttle control valve Exhaust gas recirculation 5 Continuousiv variable transmission OAR AT yEZZtE 2 OA Stepping motor HE pA Ed mm p10 56 8 50 Outside diameter Es ELM ZEN Minimum number of poles Application jie FEU VD EE OME Fal PATERET B Preferred ID OD Ratio
12. gaya Works AR Tokyo Headquarters Mt e4ENEOMA XZVIN AS Saga NEOMAX KYUSHU Co Ltd a L VI N NEOMAXIVUSFUY GRES A BEAD Gunma Osaka ttst lt i i lt i lt iCitstits um NEOMAX ENGINEERING Co Ltd ABTS AB Saga Saga Works SR T7ILD 7T RE Hyogo Metal Magnet Group http www hitachi metals co jp OARRA Hitachi Metals Ltd WitHRJZJN Magnetic Materials Company AH T 105 8614 Res SIC 1 2 1 Z VANE TEL 08 90 65 4000 FAX 03 5 65 8G11 HAREMA Domestic Sales Bases Headquarters SEAVANS North Building 2 1 Shibaura 1 chome Minato ku Tokyo 105 8614 TEL 481 3 5765 4000 FAX 481 3 5765 8311 HD T 105 8614 szgRm BBPSPCEGI 2 1 Y VANE TEL OG3 b765 A202 FAX 03 5 765 4457 FRE ERE xe T460 0003 AR A rS BMH tn C 13 19 REED TEL 052 220 7469 FAX 052 201 5188 Eai T541 0041 ARRARIR mE ILA S S 29 BE RIBC L TEL 06 6203 9702 FAX 06 6222 3417 JW sz re T810 0001 til alibi Xto 14 13 X1R UC JL TEL 092 687 5261 FAX 092 687 5266 GESBRSGEL Y Overseas Sales Bases Sales Office SEAVANS North Building 2 1 Shibaura 1 chome Minato ku Tokyo 105 8614 TEL 81 3 5765 4202 FAX 81 3 5765 4457 Chubu Tokai Sales Office Takisada Building 13 19 Nishiki 2 chome Naka ku Nagoya Aichi 460 0003 TEL 481 52 220 7469 FAX 481 52 201 5188 Kansai Sales Office Nissei Yodoyabashi Building 5 29 Kitahama 3 chome Chuo ku Osaka 541
13. ly z HITACHI m Materials Mag c QEuSaBR et Hitachi Metals Ltd ju PARI Nid Low Dvsprosium Technology Low Dy Series Br T Current Low Dy Series to Dy content 2 0 Dy content 4 5 1 5 2 5 Le i jil Dy content 7 8 96 3 5 4 5 96 Dy content 8 9 96 5 0 6 0 20 10 1 000 15 1 500 20 25 2 000 30 2 500 H kOe Low Dy 44 abi ET Oxy EE Comparison between Low Dy Series and Standard Series Low Dy Series Standard Series 53 FA WOR BABE IRETI 53 BA WOR EE REIT Remanence Coercivity Remanence Coercivity WEM MES Material code Br miel Material code Br Hey KA m KA m KOe IkOel NMX 48BH 1 35 1 42 NMX 48F 1 35 1 41 NMX 46CH 1 33 1 40 NMX 46CH 1 33 1 40 NMX 46F 1 31 1 38 16 0 NMX 44CH 1 30 1 37 NMX 42F 1 25 1 33 1671 NMX 37F 120 428 7799 NMX 39EH GE RRO RPE BlS AK Wik BERT fe FHERISSERICdSDZE EUS S Actual magnetic properties may be different from the ones shown above depending on shape size manufacturing conditions or operating conditions 2 pim Is FIN d DDMagic Dvsprosium Vapor Deposition Diffusion Technology DDMagic 1 000 1 500 2 000 2 500 Dy HKERMOIRE JI DA LOI FEM Results of H y Distribution a 1 4 SRI RIX b PREP c fima 1 4 portion Center portion Edge portion x Dyt Cla 6 RESZIATRDEUS S Low Hcy level indicator High kA m O O O EH Hc Distribution is not homogeneous
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