rm/28000/m l magnetic piston as standard l conforming to iso 6432 l corrosion resistance l threaded rear end covers incorporate an integral eye mounting iso cylinders magnetic piston single acting 10 to 25 mm ordering examples see page n 1.4. 031.03 mountings and switches see page n 1.4. 031.03. alternative models see page double acting cylinders n 1.5. 021.01 10/97 n 1.4. 031.01 technical data medium: compressed air, filtered, lubricated or non-lubricated standard: iso 6432 operation: single acting (sprung in), magnetic piston, buffer cushioning operating pressure: 2 to 10 bar operating temperature: -10?* to +80?c max. *consult our technical service for use below +2? cylinder diameters: 10, 12, 16, 20, 25 mm strokes: standard, see page n 1.4. 031.02 non-standard strokes (50 mm max.) available materials: barrel: stainless steel (austenitic) end covers: clear anodised aluminium alloy piston rod: stainless steel (austenitic) buffer: polyurethane seals: nitrile rubber our policy is one of continued research and development. we therefore reserve the right to amend, without notice, the specifications given in this document.
note: if option is not required, disregard option position within part number eg. rm/28025/m/25. our policy is one of continued research and development. we therefore reserve the right to amend, without notice, the specifications given in this document. 10/97 n 1.4. 031.02 cylinder variants warning these products are intended for use in industrial compressed air systems only. do not use these products where pressures and temperatures can exceed those listed under ?echnical data . before using these products with fluids other than those specified, for non-industrial applications, life-support systems, or other applications not within published specifications, consult norgren. through misuse, age, or malfunction, components used in fluid power systems can fail in various modes. the system designer is warned to consider the failure modes of all component parts used in fluid power systems and to provide adequate safeguards to prevent personal injury or damage to equipment in the event of such failure. system designers must provide a warning to end users in the system instructional manual if protection against a failure mode cannot be adequately provided. system designers and end users are cautioned to review specific warnings found in instruction sheets packed and shipped with these products. standard strokes symbol model description dimensions magnetic piston page rm/28000/m standard cylinder with side port, integral eye mounting 04 rm/28000/m c cylinder with central rear port 04 rm/28000/m f cylinder with flat rear cover 04 rm/28000/m u extended piston rod 04 cylinder strokes (mm) 10 25 50 10 lll 12 lll 16 lll 20 lll 25 lll model codes rm/280 vv / vv / vv variants (magnetic piston) substitute standard m central rear port mc flat rear cover mf extended piston rod mu strokes (mm) 50 max. cylinder diameters (mm) substitute 10, 12, 16, 20, 25 rm/28000/m
10/97 n 1.4. 031.03 our policy is one of continued research and development. we therefore reserve the right to amend, without notice, the specifications given in this document. mountings cylinders to order a basic 25 mm bore cylinder with a 50 mm stroke quote: rm/28025/m/50 mountings to order a front flange mounting style ??for 25 mm bore cylinder quote: m/p 19409 switches to order a reed switch with led and 2 m cable length quote: qm/34/2 brackets for switches to order a bracket for magnetically operated switches qm/34; 25 mm bore cylinder quote: qm/33/025/22 ordering examples # qm/33, qm/34 or qm/134 ## qm/45 ** insert cable length full information on switches (technical data, polyurethane cable, dimensions etc.) please see catalogue pages model voltage current temperature led features cable cable plug-in cable catalogue reed solid state v a.c. v d.c. max. ? length type straight 90 page qm/33/** 10 to 240 10 to 240 1,5 a -20 to +80 2, 5, 10 m pvc 2 x 0,34 n 4.3. 051 qm/33/c/** 10 to 110 0 to 175 0,25 a -20 to +80 changeover 5 m pvc 2 x 0,34 n 4.3. 051 qm/34/** 10 to 30 1 a -20 to +80 l output: positive 2, 5, 10 m pvc 3 x 0,34 n 4.3. 051 qm/34/p 10 to 30 1 a -20 to +80 l output: positive 5 m pvc 3 x 0,25 m/p34614/5 m/p34615/5 n 4.3. 051 qm/34/s/** 10 to 240 10 to 240 0,5 a -20 to +80 l 2, 5, 10 m pvc 2 x 0,34 n 4.3. 051 qm/34/n/** 10 to 30 1 a -20 to +80 l output: negative 2, 5 m pvc 3 x 0,34 n 4.3. 051 qm/45/rap/** 10 to 30 10 to 30 0,5 a -20 to +80 2, 5, 10 m pvc 2 x 0,34 n 4.3. 045 qm/45/lap/** 10 to 30 0,5 a -20 to +80 l 2, 5, 10 m pvc 3 x 0,34 n 4.3. 045 qm/45/lsu/** 10 to 240 10 to 170 0,18 a -20 to +80 l 2, 5 m pvc 2 x 0,34 n 4.3. 045 qm/45/eap/** 10 to 30 0,2 a -20 to +80 l pnp 2, 5 m pvc 3 x 0,14 n 4.3. 047 qm/134/** 10 to 30 0,2 a -20 to +80 l pnp 2, 5 m pvc 3 x 0,34 n 4.3. 055 qm/134/p 10 to 30 0,2 a -20 to +80 l pnp 5 m pvc 3 x 0,25 m/p34614/5 m/p34615/5 n 4.3. 055 qm/134/e/** 10 to 30 0,2 a -20 to +80 l pulse strecher 5 m pvc 3 x 0,34 n 4.3. 055 qm/134/n/** 10 to 30 0,2 a -20 to +80 l npn 2, 5 m pvc 3 x 0,34 n 4.3. 055 qm/134/n/p 10 to 30 0,2 a -20 to +80 l npn 5 m pvc 3 x 0,25 m/p34614/5 m/p34615/5 n 4.3. 055 qm/134/x/** 8,2 2,2 /1 ma -25 to +75 l namur 5 m pvc 2 x 0,34 n 4.3. 055 switches model ? 8 mm ? 5 mm ? 8 mm ? 5 mm ? 8 mm reed qm/33 qm/45/rap qm/34 qm/45/lap qm/34/p reed qm/45/lsu solid state qm/134 qm/45/eap qm/134/p style ?k style ?? ? style ? style ? style ?h style ? cylinder ? page 07 page 05 page 05 page 07 page 08 page 06 10 qm/8010/38 m/p19407 m/p19369 qm/8010/25 qm/947 12 qm/8012/38 m/p19408 m/p19389 qm/8012/25 qm/8012/34 qm/8012/24 16 qm/8012/38 m/p19408 m/p19389 qm/8012/25 qm/8012/34 qm/8012/24 20 qm/8020/38 m/p19409 m/p19406 qm/8020/25 qm/8020/34 qm/8020/24 25 qm/8025/38 m/p19409 m/p19406 qm/8025/25 qm/8020/34 qm/8020/24 style ?2 style ? style ?f bracket for switches # bracket for switches # bracket for switches ## 3 15 mm stroke < 15 mm stroke cylinder ? page 06 page 07 page 07 page 08 page 08 page 08 10 qm/8010/44 m/p1501/90 qm/8010/32 qm/33/010/22 qm/33/010/23 qm/45/210/22 12 qm/8012/44 m/p13834 qm/8012/32 qm/33/012/22 qm/33/016/23 qm/45/212/22 16 qm/8012/44 m/p13834 qm/8012/32 qm/33/016/22 qm/33/016/23 qm/45/216/22 20 qm/8020/44 m/p13615 qm/8020/32 qm/33/020/22 qm/33/020/23 qm/45/220/22 25 qm/8020/44 m/p13615 qm/8025/32 qm/33/025/22 qm/33/025/23 qm/45/225/22 rm/28000/m
10/97 n 1.4. 031.04 our policy is one of continued research and development. we therefore reserve the right to amend, without notice, the specifications given in this document. theoretical forces l air consumption basic dimensions cylinder variants xc + stroke wf bf vd kk d ew - 0,1 ?b - 0,1 ?ba - 0,1 cd h9 be g pl ee l mr l 12 va lb kv ?mm h9 be kw am kw 1 kv 1 sw sw 1 * rm/28000/m ?standard cylinders (side port) rm/28000/mc ?cylinder (central rear port) rm/28000/mf ?cylinder (flat rear cover) zj + stroke ee * zj + stroke ee * cylinder ? theoretical forces (n) at 6 bar air consumption (l/cm stroke) at 6 bar outstroke instroke f1 (spring force) outstroke 10 40,7 3,7 0,006 12 57,7 4,8 0,008 16 102 10,5 0,014 20 165 16,1 0,022 25 260 21,6 0,035 cylinder ? am ? b /ba -0,1 be bf ? cd h9 ? dee ew -0,1 g kk kv (a/f) kv1 (a/f) kw kw1 10 12 12 m12x1,25 12 4 16,5 m5 7,9 9 m4 19 7 6 2 12 16 16 m16x1,5 17 6 21 m5 11,9 9,5 m6 22 10 5 3 16 16 16 m16x1,5 17 6 21 m5 11,9 9,5 m6 22 10 5 3 20 20 22 m22x1,5 20 8 30 g1/8 15,9 15 m8 27 13 8 4 25 22 22 m22x1,5 22 8 30 g1/8 15,9 15 m10x1,25 27 17 8 5 cylinder ? l l12 lb ? mm h 9 mr pl sw (a/f) sw1 (a/f) wf va/vd xc at 0 mm per 25 mm 10 6 2 4 8 5,5 14 16 1,5 64 0,034 kg 0,007 kg 12 933685,551922275 0,058 kg 0,011 kg 16 934675,551922282 0,070 kg 0,012 kg 20 1233811872724295 0,145 kg 0,018 kg 25 12471098927282104 0,200 kg 0,028 kg * exhaust position, do not obstruct * exhaust position, do not obstruct cylinder ? ee zj at 0 mm per 25 mm 10 m5 62 0,031 kg 0,007 kg 12 m5 72 0,052 kg 0,011 kg 16 m5 78 0,064 kg 0,012 kg 20 g1/8 92 0,130kg 0,018 kg 25 g1/8 97 0,185 kg 0,028 kg rm/28000/m
10/97 n 1.4. 031.05 our policy is one of continued research and development. we therefore reserve the right to amend, without notice, the specifications given in this document. fb ur uf tf wmf mf zf + stroke xs ao xa + stroke ?ab tr e au at ah m/p 19 . . . ?rear or front flange mounting style ??or ? m/p 19 . . . ?foot mounting style ? cylinder ?? ab ah ao at au e ? fb mf tf 10 4,5 16 6 2 10 35 4,5 3 30 12 5,5 20 6 3 13 43 5,5 4 40 16 5,5 20 6 3 13 43 5,5 4 40 20 6,6 25 7,5 4 16 53 6,6 5 50 25 6,6 25 7,5 4 16 53 6,6 5 50 cylinder ? tr uf ur w xa xs zf style ?? ? style ? 10 25 40 22 13 54 24 65 0,020 kg 0,020 kg 12 32 51 28 18 62 32 76 0,030 kg 0,030 kg 16 32 51 28 18 68 32 82 0,030 kg 0,030 kg 20 40 63 38 19 80 36 97 0,050 kg 0,060 kg 25 40 63 38 23 85 40 102 0,050 kg 0,060 kg mountings rm/28000/m
10/97 n 1.4. 031.06 our policy is one of continued research and development. we therefore reserve the right to amend, without notice, the specifications given in this document. ca ?s k 2 g 1 g 2 g 4 g 3 h 2 xc + stroke a k 3 k 1 view a qm/8000/24 ?rear hinge mounting style ? qm/8000/44 ?rear hinge mounting style ?2 ca ?s k 2 k 1 g 1 g 2 g 4 g 3 h 2 xc + stroke view a a cylinder ? ca g1 g2 g3 g4 h2 k1 k2 ? s xc style ?2 10 24 11 12,5 20 4 2,5 17,5 13 4,5 64 0,018 kg 12 27 13 15 25 5 3 23 18 5,5 75 0,035 kg 16 27 13 15 25 5 3 23 18 5,5 82 0,035 kg 20 30 16 20 32 6 4 29,5 24 6,6 95 0,077 kg 25 30 16 20 32 6 4 29,5 24 6,6 104 0,077 kg cylinder ? ca g1 g2 g3 g4 h2 k1 k2 k3 ? s xc style ? 10 12 6,5 - 15 6 1 13,5 10,5 2 4,8 64 0,005 kg 12 20 18,5 15 30 8 1,5 20 15 3 5,5 75 0,020 kg 16 20 18,5 15 30 8 1,5 20 15 3 5,5 82 0,020 kg 20 25 20 15 35 10 2 25 20,5 3 6,6 95 0,040 kg 25 25 20 15 35 10 2 25 20,5 3 6,6 104 0,040 kg rm/28000/m
10/97 n 1.4. 031.07 our policy is one of continued research and development. we therefore reserve the right to amend, without notice, the specifications given in this document. qm/8000/38 ?piston rod swivel mounting style ?k qm/8000/25 ?piston rod clevis mounting style ? (corresponds to din iso 8140) qm/8000/32 ?universal piston rod eye mounting style ?f (corresponds to din iso 8139) sw 2 sw 1 b 1 l 2 l f kk 4 4 kk sw 3 sw 4 ce le cl er kk ?ck h 11 rk cl cm ce 1 cn h 7 le 1 ax er 1 kk en - 0,1 z z cylinder ? ax b1 ce ce1 ? ck h11 cl cm ? cn h7 en -0,1 er er1 f kk 10 1421627484586,58 12,5 m4 12 14 3 24 30 6 12 6 6 9 9,5 9 14 m6 16 14 3 24 30 6 12 6 6 9 9,5 9 14 m6 20 164 32368 168 8 12131118m8 25 25 5 40 42 10 20 10 10 14 16 14 26 m10x1,25 cylinder ? l l2 le le1 rk sw1 (a/f) sw2 (a/f) sw3 (a/f) sw4 (a/f) z style ?k style ? style ?f 10 33 8 8 10 11,5 11 3,2 7 11 5 0,015 kg 0,010 kg 0,020 kg 12 39 12 12 11 17,5 7 5 10 13 5 0,024 kg 0,020 kg 0,020 kg 16 39 12 12 11 17,5 7 5 10 13 5 0,024 kg 0,020 kg 0,020 kg 20 55 16 16 13 22 10 7 13 17 5 0,054 kg 0,060 kg 0,050 kg 25 73 20 20 15 28 19 12 17 30 5 0,233 kg 0,100 kg 0,080 kg m/p 1 . . . ?nose nut style ? be kw kv cylinder ? be kv (a/f) kw style ? 10 m12x1,25 19 6 0,010 kg 12 m16x1,5 22 5 0,009 kg 16 m16x1,5 22 5 0,009 kg 20 m22x1,5 27 8 0,017 kg 25 m22x1,5 27 8 0,017 kg rm/28000/m
10/97 n 1.4. 031.08 our policy is one of continued research and development. we therefore reserve the right to amend, without notice, the specifications given in this document. switch mounting brackets qm/33/000/23 ?brackets magnetically operated switch switch mounting bracket 10 t s r max. magnetically operated switch switch mounting bracket b 3 3 15 mm stroke < < 15 mm stroke qm/33, qm/34, qm/134 ( 8 mm) qm/45 ( 5 mm) qm/33, qm/34, qm/134 ( 8 mm) cylinder ? b r max. weight 10 8 16 0,003 kg 12 8 18 0,004 kg 16 10 20 0,006 kg 20 10 22 0,006 kg 25 10 24 0,007 kg cylinder ? b r max. weight 10 8 14 0,002 kg 12 8 15 0,002 kg 16 10 18 0,005 kg 20 10 20 0,005 kg 25 10 22,5 0,006 kg cylinder ? s t weight 10 27,5 19,5 0,007 kg 12 28,5 21,5 0,008 kg 16 29,5 23,5 0,008 kg 20 29,5 26 0,008 kg 25 31,5 28,5 0,007 kg qm/33/000/22 ?brackets qm/45/200/22 ?brackets qm/8000/34 ?head (cap) detachable trunnion mounting style ?h uw ?td +0,03 xh xl + stroke l1 tm tl cylinder ? l1 ? td +0,03 tl tm uw xh xl style ?h 12 8 6 10 38 25 18 0,051 kg 16 8 6 10 38 25 18 0,051 kg 20 8 6 10 46 30 20 96 0,067 kg 25 8 6 10 46 30 24 101 0,067 kg rm/28000/m
|
