CYLINDER SERIES ISO (EX ISO 6431) Ø mm

Transcription

1 YIR SRIS ISO 2 (X ISO 3) 5 mm ylinders made to ISO 2 VM available in various versions and with a wide range of accessories: onfiguration with or without magnet Single- or double-acting single- or through-rod Wide choice of R, OYURT and KM/M gaskets (for high temperatures) Special versions on request ixing accessories, guide units and mechanical piston rod lock. TI T olyurethane R KM/M ow Temperature Operating pressure max bar (max Ma - psi) Temperature range 3 to + (non-magnetic cyl.) to + (non-magnetic cyl.) to + (non-magnetic cyl.) to + to +0 (magnetic cyl.) to +0 (magnetic cyl.) 5 to + (non-magnetic cyl.) to + (non-magnetic cyl.) to + (non-magnetic cyl.) to + to +0 (magnetic cyl.) to +0 (magnetic cyl.) luid ore esign Unlubricated air. ubrication, if used, must be continuous ; ; ; 3 ; ; 0 ; 5 eads with Tap Tite screws Standard stroke Single-acting: for bores -3, strokes 0-2 mm Versions Sensor magnet Inrush pressure orces generated at bar thrust/retraction Weights OMOTS ouble-acting: for bores -, strokes -20 mm for bores 0-5, strokes -200 mm Maximum recommended strokes. igher values can create operating problems ouble-acting cushioned, Single-acting retracted piston rod cushioned, Through-rod cushioned, ong cushioning, igh-temperature, iston rod lock, Oil seal, Through-rod oil seal, ow friction, on-stick-slip*. ll versions come complete with magnet. Supplied without magnet on request. ; : 0. bar ;3 strokes < mm: 0.3 bar; strokes mm: 0. bar ;0;5 strokes < mm: 0.2 bar; strokes mm: 0. bar See GR TI T G 2 See GR TI T G 2 or no-stick slip versions use no-lubricated air only ISTO RO: 5 steel or stainless steel, thick chromed : die cast aluminium ISTO RO GSKT: polyurethane, R or KM/M GUI USIG: steel strip with bronze and T insert RR: drawn anodised calibrated aluminium -ISTO: self-lubricating technopolymer with built-in cushioning olives (aluminium with T pad for diameters -0-5) ISTO GSKT: polyurethane, R or KM/M MGT: plastoferrite UR + Static O-rings: R or KM/M USIOIG GSKT: polyurethane, R or KM/M USIOIG : OT 5 with needle out movement safety system even when fully open SRWS: Tap Tite for assembly 3 2 5

2 IMSIOS O STR VRSIO + W 0+ V 3 RT V G KK Q 2 + = T STROK IMSIOS O TROUG-RO VRSIO ZM++ W+ 0+ W G V 3 RT KK Q = T STROK ++= TWI T STROK V W KK Mx. Mx. Mx.5 Mx.5 Mx.5 Mx.5 M2x V 2 5 G/ G/ G/ G3/ G3/ G/2 G/2 RT M M M M M M M ZM G Q VRSIO (SIG-TIG) ISO ISO O ISO O ISO O ISO O ISO O ISO O ISO O ISO O ISO Upper limit Stroke < < < < < < < < < < ower limit

3 IMSIOS O 0 mm USIOIG VRSIO + W 0+ V 3 RT 2 V G KK Q = T STROK 3 V W KK Mx. Mx. Mx.5 Mx V G/ G/ G/ G3/ RT M M M M G Q IMSIOS O mm USIOIG VRSIO IMSIOS O 0 mm USIOIG VRSIO 3 W V W V

4 IMSIOS O TM VRSIO W V R ++= TWI T STROK W V R Refer to standard cylinders for other values. IMSIOS O OOS VRSIO W + X + X2 + X + X2 W 2 R 5 X = STROK YIR X2 = STROK YIR W R Refer to standard cylinders for other values.

5 OW-RITIO VRSIO O 3 Rear chamber piston gasket made of polyurethane ( -5); ront chamber piston gasket made of polyurethane ( -5); Rear chamber cushioning gasket made of polyurethane; ront chamber cushioning gasket made of polyurethane; iston rod gasket made of polyurethane Rear chamber pressure Rear chamber pressure and cushioning in case of impact Rear chamber pressure and piston rod gasket Rear chamber pressure, cushioning in case of impact and piston rod gasket ront chamber pressure ront chamber pressure and cushioning in case of impact Type Gaskets The low-friction cylinder is typically used as a dandy or tensioning cylinder since it is a single-acting cylinder without a return spring. The configurations are shown below: ) The best type is as it involves less friction. 2) Type should be used when the cylinder is working under normal conditions outside the pneumatic cushioning area. ushioning is only for emergency use. It acts as a shock absorber in the case of malfunction. 3) Type differs from type due to the presence of a piston rod gasket that prevents dirt getting in when operating in dirty environments. ) Type differs from type due to the presence of a piston rod gasket that prevents dirt getting in when operating in dirty environments. 5) Type should be used when the pressurized chamber is the front one. ) or type, see point 2.. T YIR IS WYS SIG-TIG WITOUT RTUR SRIG. OTS 5

6 KY TO OS ISO 2 ST YIR Y TY OR STROK ouble-acting, cuschioned, non-magnetic ouble-acting, cushioned 2 Through-rod ouble-acting, non-cuschioned 5 Opposed Single-acting Tandem 3 Rod lock version 3 Version with piston rod lock iston rod lock + guide unit 0 iameter S onmagnetic G o stick slip or the maximum suppliable strokes, look at the technical data 5 chromed rod, aluminium piston rod: standard for all cylinders with 00 mm-stroke cylinders and for cylinder with mm and over 5 chromed rod, technopolymer piston: standard for cylinders of to 3 mm with < 00 mm strokes Z Stainless steel piston rod and nut aluminium piston X Stainless steel piston rod and nut technopolymer piston V R gaskets polyurethane gaskets KM/M gaskets low temperature In the code of cylinder with letter in fourth position 0 becomes ; 5 becomes 2 Only available for versions with aluminium piston ( or Z) vailable until 3 and only the versions with piston in aluminum ( or Z) ot available for R () versions vailable up to 0 ISO 2 OW-RITIO YIR Y TY IMTR STROK ow friction, type ow friction, type ow friction, type ow friction, type ow friction, type ow friction, type 3 =0 2=5 stroke 20 mm 0 5 stroke 200 mm 5 chromed rod, aluminium piston rod: standard for all cylinders with 00 mm-stroke cylinders and for cylinder with mm and over 5 chromed rod, technopolymer piston: standard for cylinders of to 3 mm with < 00 mm strokes Z Stainless steel piston rod and nut aluminium piston X Stainless steel piston rod and nut technopolymer piston V R gaskets olyurethane gaskets KM/M gaskets ISO 2 OG-USIOIG YIR Y TY IMTR STROK G I M O Q R S T U V 0 mm front/rear cushioning cone 0mm ext. mm front/rear cushioning cone mm ext. 0 mm front/rear cushioning cone 0mm ext. mm front/rear cushioning cone 0mm ext. 0 mm front/rear cushioning cone 0mm ext. mm front/rear cushioning cone 0mm ext. 0 mm front/rear cushioning cone mm ext. 0 mm front cushioning cone 0 mm ext. mm front cushioning cone mm ext. 0 mm front cushioning cone 0 mm ext. mm front cushioning cone 0 mm ext. 0 mm front cushioning cone mm ext. mm front cushioning cone 0 mm ext. 0 mm rear cushioning cone 0 mm ext. mm rear cushioning cone mm ext. 0 mm rear cushioning cone 0 mm ext. mm rear cushioning cone 0 mm ext. 0 mm rear cushioning cone 0 mm ext. mm rear cushioning cone 0 mm ext mm 5 chromed rod, aluminium piston rod for all sizes Z Stainless steel piston rod and nut aluminium piston R gaskets polyurethane gaskets V KM/M gaskets

7 SSORIS: IXIGS ITRMIT IG - MO ode X (min) XV X (max) TM T T e TK UW X MI XV+/2 TK T UW T T TM ote: Supplied complete with grub screws, 2 pins X+ MX + = T STROK + /2 = T STROK OUTR-IG OR MO - MO ode 2 2 ±0. W00 W00 W00 W000 W000 W0500 W ±0.2 ote: Supplied with securing screws ø IXIG RKT SRIS KV VV IXIG RKT - YIR (ig. ) ode ISO ISO pplicable valves M Series 0 /-/ ISO - ISO 2 M Series 0 /-/ ISO - ISO 2 M Series 0 /-/ ISO - ISO 2 M Series 0 /-/ ISO - ISO 2 Series 0 /-/-/2 ISO - ISO 2 Series 0 /-/-/2 ISO - ISO 2 Series 0 /-/-/2 ISO - ISO

8 KIT OR IXIG VVS TO RKTS ode Valve kit M Series 0 /-/ Series 0 /2 ISO ISO 2 omposition 2 X. SRWS M3x with WSR 2 X. SRWS Mx with WSR 2 X. SRWS M5x with WSR TOR + ISO S SI + SRWS + WSRS (ig. ) TOR + ISO 2 S SI + SRWS + WSRS (ig. ) 2 3 VV SSMY O YIR OR ---3 OR -0-5 OTS

9 SSORIS: MGTI SSORS ORRIG OS ode W0000 W00002 W00002 escription R SSOR. SM2-5 S. SSOR. SM3-2. SSOR. SM3-M SSOR SUORT RKTS M5.5.2 M M5 ode escription W0000 RKT.. ST ode escription W0000 RKT.. ST ode escription W00003 RKT ST 2 TI T Type ontact Max / voltage Max current at ower with inductive load ower with resistive load Switch-on time Switch-off time Switch-on point Switch-off point Operating life ontact resistance able length able cross section able material ircuit V m V Watt m sec m sec Gauss Gauss m mm 2 R + VRISTOR + 2 fili R + VRISTOR +.O. 3 V(); 3 2 () impulsi V Morbido 2V Version VRSIO / 3 wires T O / -2 V impulses Soft V brown + brown + blue black blue - 2V - Version brown ~ brown + blue black blue - ~

10 YIRS SRIS ISO 2 (X ISO 3) ø 5 mm TY RTRT SSOR The sensor can be inserted from the side thanks to the new shape of the heads. The profiles of the liners have been redesigned and the new shape means that dedicated intermediate hinges can be applied. ylinders available in various versions and a wide range of accessories: onfiguration with or without magnet Single- or double-acting single- or through-rod Wide choice of R, OYURT and KM/M gaskets (for high temperatures) Special versions on request ixing accessories, guide units and mechanical piston rod lock. TI T Operating pressure Temperature range 3 luid ore esign Standard stroke Versions Sensor magnet Inrush pressure 5 orces generated at bar thrust/retraction Weights olyurethane R KM/M ow Temperature max bar (max Ma - psi) to + (non-magnetic cyl.) to + (non-magnetic cyl.) to + (non-magnetic cyl.) + to +0 (magnetic cyl.) to +0 (magnetic cyl.) to + (non-magnetic cyl.) to + (non-magnetic cyl.) to + (non-magnetic cyl.) + to +0 (magnetic cyl.) to +0 (magnetic cyl.) Unlubricated air. ubrication, if used, must be continuous ; ; ; 3 ; ; 0 ; 5 eads with Tap Tite screws Single-acting: for bores -3, strokes 0-2 mm ouble-acting: for bores -, strokes -20 mm for bores 0-5, strokes -200 mm Maximum recommended strokes. igher values can create operating problems ouble-acting cushioned, Single-acting retracted piston rod cushioned, Through-rod cushioned, ong cushioning, igh-temperature, iston rod lock, Oil seal, Through-rod oil seal, ow friction, on-stick-slip*. ll versions come complete with magnet. Supplied without magnet on request. ; : 0. bar ;3 strokes < mm: 0.3 bar; strokes mm: 0. bar ;0;5 strokes < mm: 0.2 bar; strokes mm: 0. bar See GR TI T G 2 See GR TI T G 2 *or no-stick versions, use no-lubricated air only JKT ROSS STIO SOTS OR RTRT SSOR

11 IMSIOS O STR VRSIO + W 0+ V 3 RT V G KK Q 2 + = T STROK IMSIOS O TROUG-RO VRSIO ZM++ W+ 0+ W G V 3 RT KK Q = T STROK ++= TWI T STROK V W KK Mx. Mx. Mx.5 Mx.5 Mx.5 Mx.5 M2x V 2 5 G/ G/ G/ G3/ G3/ G/2 G/2 RT M M M M M M M ZM G Q VRSIO (SIG-TIG) ISO ISO O ISO O ISO O ISO O ISO O ISO O ISO O ISO O ISO Upper limit Stroke < < < < < < < < < < ower limit

12 IMSIOS O 0 mm USIOIG VRSIO + W 0+ V 3 RT 2 V G KK Q 2 + = T STROK 3 V W KK Mx. Mx. Mx.5 Mx V G/ G/ G/ G3/ RT M M M M G Q IMSIOS O mm USIOIG VRSIO IMSIOS O 0 mm USIOIG VRSIO 3 W V W V

13 IMSIOS O TM VRSIO W V R ++= TWI T STROK W V R Refer to standard cylinders for other values. IMSIOS O OOS VRSIO W + X + X2 + X + X2 W 2 R 5 X = STROK YIR X2 = STROK YIR W R Refer to standard cylinders for other values. 3

14 OW-RITIO VRSIO O Rear chamber piston gasket made of polyurethane ( -5); ront chamber piston gasket made of polyurethane ( -5); Rear chamber cushioning gasket made of polyurethane; ront chamber cushioning gasket made of polyurethane; iston rod gasket made of polyurethane Rear chamber pressure Rear chamber pressure and cushioning in case of impact Rear chamber pressure and piston rod gasket Rear chamber pressure, cushioning in case of impact and piston rod gasket ront chamber pressure ront chamber pressure and cushioning in case of impact Type Gaskets The low-friction cylinder is typically used as a dandy or tensioning cylinder since it is a single-acting cylinder without a return spring. The configurations are shown below: ) The best type is as it involves less friction. 2) Type should be used when the cylinder is working under normal conditions outside the pneumatic cushioning area. ushioning is only for emergency use. It acts as a shock absorber in the case of malfunction. 3) Type differs from type due to the presence of a piston rod gasket that prevents dirt getting in when operating in dirty environments. ) Type differs from type due to the presence of a piston rod gasket that prevents dirt getting in when operating in dirty environments. 5) Type should be used when the pressurized chamber is the front one. ) or type, see point 2.. T YIR IS WYS SIG-TIG WITOUT RTUR SRIG. OTS

15 KY TO OS YIR ISO 2 TY, RTRT SSOR Y TY ouble-acting, cushioned 2 Through-rod ouble-acting, non-cuschioned 5 Opposed Single-acting Tandem 3 Rod lock version 3 Version with piston rod lock iston rod lock + guide unit Standard o stick slip onmagnetic IMTR 3 =0 2=5 Only available for versions with aluminium piston ( or Z) vailable until 3 and only the versions with piston in aluminum ( or Z) ot available for R () versions vailable up to 0 STROK or the maximum suppliable strokes, look at the technical data 5 chromed rod, aluminium piston rod: standard for all cylinders with 00 mm-stroke cylinders and for cylinder with mm and over 5 chromed rod, technopolymer piston: standard for cylinders of to 3mm with < 00 mm strokes Z Stainless steel piston rod and nut aluminium piston X Stainless steel piston rod and nut technopolymer piston R gaskets polyurethane gaskets V KM/M gaskets low temperature YIR ISO 2 OW-RITIO TY, RTRT SSOR Y TY IMTR STROK ow friction, type ow friction, type ow friction, type ow friction, type ow friction, type ow friction, type 3 =0 2=5 stroke 20 mm 0 5 stroke 200 mm 5 chromed rod, aluminium piston rod: standard for all cylinders with 00 mm-stroke cylinders and for cylinder with mm and over 5 chromed rod, technopolymer piston: standard for cylinders of to 3 mm with < 00 mm strokes Z Stainless steel piston rod and nut aluminium piston X Stainless steel piston rod and nut technopolymer piston V R gaskets olyurethane gaskets KM/M gaskets YIR ISO 2 OG-USIOIG TY, RTRT SSOR Y TY IMTR STROK G I M O Q R S T U V 0 mm front/rear cushioning cone 0mm ext. mm front/rear cushioning cone mm ext. 0 mm front/rear cushioning cone 0mm ext. mm front/rear cushioning cone 0mm ext. 0 mm front/rear cushioning cone 0mm ext. mm front/rear cushioning cone 0mm ext. 0 mm front/rear cushioning cone mm ext. 0 mm front cushioning cone 0 mm ext. mm front cushioning cone mm ext. 0 mm front cushioning cone 0 mm ext. mm front cushioning cone 0 mm ext. 0 mm front cushioning cone mm ext. mm front cushioning cone 0 mm ext. 0 mm rear cushioning cone 0 mm ext. mm rear cushioning cone mm ext. 0 mm rear cushioning cone 0 mm ext. mm rear cushioning cone 0 mm ext. 0 mm rear cushioning cone 0 mm ext. mm rear cushioning cone 0 mm ext mm 5 chromed rod, aluminium piston rod for all sizes Z Stainless steel piston rod and nut aluminium piston R gaskets polyurethane gaskets V KM/M gaskets

16 SSORIS: IXIGS ITRMIT IG - MO ode X (min) XV X (max) TM T T e TK UW TK T TM T ote: Supplied complete with grub screws, 2 pins X MI XV+/2 UW T X+ MX + = T STROK + /2 = T STROK OUTR-IG OR MO - MO ode 2 2 ±0.2 ±0. W00 W00 W00 W000 W000 W0500 W ote: Supplied with securing screws ø VV SSMY O YIR With this type of cylinder, the valves () can be mounted directly using the retracting sensor slot, without requiring the use of intermediate brackets. This can be done using the special plates (), which come with both the M3 and M threads, and screws () of the size, type and quantity shown in the table below. or ISO and ISO 2 valves, the kit on which the valve is to be mounted (codes shown in the tables) will be fitted to the cylinder using the special plates () and the screws () listed in the table. Type of valve to mount () M SRI 0 / SRI 0 / SRI 0 /2 ISO ISO 2 M3 fixing plate () code n 2 M fixing plate () code 0000 n 2 n 2 n 2 n 2 n 2 Screw () for connection to cylinder (one per plate) M3x UI 53 (I ) Mx UI 53 (I ) Mx UI 53 (I ) Mx5 UI 53 (I ) Mx UI (I 5) Mx UI (I 5) Washer () (one per screw) 3.2 UI (I ).3 UI (I ).3 UI (I ) Valve assembly kit

17 SSORIS: MGTI SSORS RTRT SSOR WIT ISRTIO ROM OV ode W0530 W0523 W05 W052 W05 escription.o. SSOR, VRTI ISRTIO 2.5m.O. SSOR, VRTI ISRTIO 0 mm M R.O. SSOR, VRTI ISRTIO 2.5m R.O. SSOR, VRTI ISRTIO 0 mm M.O. SSOR VTI ISRTIO 2m TX This type of sensor can be inserted in the slot of the sensor from above. This means the cylinder heads do not require a through opening. WIRIG IGRM TI T TX R T T brown blue brown blue + + black M M blue brown black brown blue Type of contact Switch Supply voltage (Ub) ower Voltage variation Voltage drop Input current Output current Switching frequency V W V m m z Short-circuit protection Over-voltage suppression olarity inversion protection M display Magnetic sensitivity Repeatability egree of protection ( 052) Vibration and shock resistance Temperature range Sensor capsule material 2.5m/2m connecting cable onnecting cable with Mx Wire O. Reed ffetto all ffetto all.o..o..o. - / 3 (peak valve=) 3. - % di Ub % di Ub Yes Yes - Yes Yes - Yes Yes Yellow Yellow Yellow 2, mt ±% 2, mt ±% 2. 0, mt 0, mt 0, (Ub and ta fixed) I I I, I K g, ms, z, mm g, ms, z, mm g, ms, z, mm I/T + I/T V; 2 x 0, mm 2 V; 3 x 0, mm 2 V; 3 x 0, mm 2 olyurethane; 2 x 0, mm 2 olyurethane; 3 x 0, mm R OR GROOVIG ode escription W00000 R OR GROOVIG =0 mm 5. 0 ote: The code corresponds to piece.. SOTT IXIG T ode escription M T-SOTT IXIG T M3 T-SOTT IXIG T ote: Individually packed

18 SSORIS ISO 2 ST TY RTRT SSOR: MI RO OK ilot pressure mbient temperature luid temperature Operation Mechanics ocking force ody material Shoe material Spring material iston material Gasket material ilot port p Te tg () - bar (0.-0. Mpa) Max ( ) Max 0 ( ) - bidirectional ouble shoe with mechanical lock luminium rass R Synthetic material with added teflon R / ORTIG RII The mechanical piston rod lock is a normally-closed mechanism. In the absence of pneumatic piloting, the two shoes () lock the cylinder rod in both directions (ig. ). With pneumatic piloting, the piston rod guide forces the shoes to come right up to each other and overcome the counter spring () force and the piston rod can slide (ig. 2). It is important to remember that the mechanical piston rod lock is a static type, which means that it is necessary to stop the cylinder piston rod pneumatically before locking the part mechanically. ig. ig. 2 IMSIOS T M 2 3 f Q Z + = T STROK ode W002 W003 W00 W00 W00 W00 W T 3 3 M M M M M M M M Z Mx Mx Mx Mx Mx Mx Mx Q M5 G/ G/ G/ G/ G/ G/

19 SSORIS ISO 2 ST TY RTRT SSOR: IXIGS OOT - MO ode O T U TR X S X+ W00 W00 W00 W000 W00 W0500 W T ote: ndividually packed with 2 screws. TR U 0 S+ += T STROK M IG - MO ode U X MR MR W003 W003 W003 W0003 W003 W05003 W ote: Supplied with screws, washers, 2 snap-rings, pin. ø U X+ += T STROK M IG - MO ode W MR X MR W00 W00 W00 W000 W00 W0500 W W ø ote: Supplied with screws, washers X+ += T STROK./

20 RTIUT M IG - MO S ode cil. MS X X X MS W00 W00 W00 W000 W00 W0500 W X øx ote: Supplied with screws, washers X+ += T STROK TO IG OR MO - MO G ode G I M W00 W00 W00 W000 W00 W0500 W G ote: Supplied with screws, washers M I ISO IG OR MO - MO GS ode G J M G J W02 W02 W02 W0 W02 W ote: Supplied with screws, washers M

21 ROT G - MO ode T U M R W M ø W002 W002 W002 W0002 W002 W05002 W U T ote: Supplied with screws. W+ R RR G - MO ode T U M R Z ø M W002 W002 W002 W0002 W002 W05002 W U T ote: Supplied with screws. R Z+ += T STROK RO UT - MO S ode /3 /0 5 Mx. Mx. Mx.5 Mx.5 M2x2 2 ote: Individually packed. 2

22 ORK MO GK-M øm ode W0 W0 W0 W0 W0 W0 W0 RO Y - MO G-M øm øg øg S IGIG RO OUR - MO G-K 5 5 SW SW5 SW3 SW SW2 ø ø ode W0 W0 W0 W0 W0 W0 3 0 Mx. Mx. Mx.5 Mx.5 Mx.5 Mx M SW SW 2 Mx. Mx. Mx.5 Mx.5 Mx.5 Mx.5 M2x2 ode W0 W0 W0 W0 W0 W0 W M Mx. Mx. Mx.5 Mx.5 Mx.5 Mx.5 M2x2 3 G SW 3 SW SW G ote: Individually packed. ote: Individually packed ote: Individually packed

23 YIRS ISO 2 ST TY RTRT SSOR: SRS W RS 3 5 STR TY 2 3 Type omplete set of polyurethane gaskets omplete set of R gaskets omplete polyurethane front head kit omplete R front head kit omplete polyurethane rear head kit omplete R rear head kit omplete polyurethane piston kit omplete polyurethane piston kit omplete R piston kit omplete R piston kit omplete polyurethane head ++piston kit omplete polyurethane head ++piston kit omplete R head ++pistion kit omplete R head ++piston kit Magnet arts ore ode O RS 3 STR TY Type omplete set of polyurethane gaskets omplete set of R gaskets omplete polyurethane front head kit omplete R front head kit omplete polyurethane rear head kit omplete R rear head kit omplete polyurethane piston kit omplete polyurethane piston kit omplete R piston kit omplete R piston kit omplete polyurethane head ++piston kit omplete polyurethane head ++piston kit omplete R head ++pistion kit omplete R head ++piston kit Magnet arts ore ode

24 SSORIS: GUI UITS OR YIRS ISO 2 ST TY RTRT SSOR Guide units series S--M ensure optimal alignment and anti-rotation effect of the pneumatic cylinder connected to it. The guide units can be used separately or combined in order to get complete handling units, in which case the guide units can be coupled using the type and anchorage (pin and flange). The guide units can be coupled to ISO 2 cylinders ( - 0). The following versions are available: U ROI*: for limited loads and speeds (GS) ROI*: for high loads (G) ROI**: for high speeds (GM) STR STROKS: -0: **ronze guide bushings **all guide bushings (or weights, refer to the data sheet on page 2) GUI UIT MTS SRIS GS-G SRIS GM ody: Guide bushing: iston rod: ody: Guide bushing: iston rod: aluminium alloy self-lubricating sintered bronze and wiper rings chromed rolled steel aluminium alloy ball linear bearings and scraper ring tempered stainless steel 2

25 GR O GUI UIT OS S GM G 0 S = ROJTIO = RYTR = Y O 0 GM 0 GM GM 3 G G 3 () 0 0 G GM 0 GS 0 0 GS G GS S (mm)

26 IMSIOS TY GS I O G Y * depth depth M X øs I + = T STROK TRIG IOS O VIW X-Y M M M M M M G I M O..3. O S h 2 2 IMSIOS TY G-GM O G Y U * depth + M + X øs 2 depth + = T STROK TRIG IOS VIW X-Y h M M M M M M G I M O S U 2

27 GUI UIT Version Sliding on bronze bushings (GS) ore 3 0 Type UIT MW S 0... UIT MW S 0... UIT MW S 0... UIT MW S UIT MW S 0... UIT MW S 0... ode W W W W W W Sliding on bronze bushings (G) 3 0 UIT MW 0... UIT MW 0... UIT MW 0... UIT MW UIT MW 0... UIT MW 0... W W W W W W Sliding on ball bearing (GM) 3 0 UIT MW M 0... UIT MW M 0... UIT MW M 0... UIT MW M UIT MW M 0... UIT MW M 0... W W W W W W ote: To complete the type and code, add the 3-digit stroke (e.g. =0) IMSIOS ISTO RO OK + GUI UIT O

28 GR TI T ORS GRT URIG TRUST TRTIO (TORTI) ylinder bore mm iston rod diameter d mm Motion thrust traction Useful area cm 2.0. Thrust and traction force in da depending on the operating pressure in bar. bar 2 bar 3 bar bar 5 bar bar bar bar bar bar thrust traction thrust traction thrust traction thrust traction thrust traction thrust traction thrust traction thrust traction thrust traction thrust traction WIGT O YIRS ylinder series ISO 2 Single-rod Stroke= each mm Stroke= Through-rod each mm ylinder series ISO 2 type Single-rod Through-rod Stroke= each mm Stroke= each mm Guide unit Type GS Stroke=0 each mm Type G and GM Stroke=0 each mm MT WORK S.p. ead office: Via Segni, oncesio (rescia) Italy - Tel ax metalwork@metalwork.it The dimensions shown in this catalogue are subject to variations at any time without prior notice MWS0 - IM0-03/0 2