P5T J 032 D H S N R 100. Seals Nitrile (std) Fluorocarbon (high temp)

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1 Catalog PDN1-3US Compact guie cyliner for short stroke applications 9 ore sizes, 1mm to mm Strokes 1 to 1mm epening on moel Stanar owel holes on boy an tool plate High loa bearing option Internal bumpers an magnetic piston are stanar Flexible porting: top, rear, sie Orering information Operating information Operating pressure: 1 MPa (1 PSIG / 1 bar) Temperature range: Nitrile seals (stanar) F to 1 F (-18 C to 7 C) Fluorocarbon seals* F to F (-18 C to 11 C) * See fluorocarbon seal option for high temperature applications. Filtration requirements: micron, ry filtere air J 3 D H S N R 1 Shaft / bearing type J bearing, chrome plate shaft (st) H all bearing, stainless steel shaft C bearing, stainless steel shaft ore size 1 1mm mm mm 3 3mm mm mm 3 3mm 8 8mm 1 1mm Port location / mounting D Dowel holes, top ports (st) R Dowel holes, rear ports, top plugge (st) S Dowel holes, sie ports 1 an top ports Port style H NPTF (st) G SPP P Flow control, SPP port, prestolok tube (mm) 1 F Flow control, NPTF port, prestolok tube (inch) 1 Flow control, SPP 1 N Flow control, NPTF 1 Seals S F Nitrile (st) Fluorocarbon (high temp) Options N None (st) High loa bearings A E umpers, ajustable stop collars (exten only) an ual tool plate (sie ports rec) 3, umpers an ajustable stop collars (exten only) 3 G High loa bearings, bumpers an ajustable stop collars (exten only), 3 D Dual tool plate 3, X Special Stroke length See table below for stanar stroke lengths. Consult factory for special stroke lengths. Ro lock an stroke type lank Stanar stroke (st hsg), or special stroke (custom hsg) R Stanar stroke (st hsg) with ro lock T Special stroke (st hsg) Special stroke (st hsg) with ro lock H Stanar strokes (mm)* ore size (mm) * Consult factory for special stroke lengths. NOTES: 1 Cannot combine flow controls, sie ports an mm stroke. Not available with rear mounting an ports. 3 Not available with rear port location (R). Inclues high loa bearings as stanar. Dimensions for special stroke length actuators will be the same as those of the next longest stroke actuator. Sensors For sensors see page

2 Catalog PDN1-3US Horizontal Loa Capacity Stanar Unit units will have the same loa capacity regarless of orientation. The graphs below show maximum loa capacity base on a unit life of 1 million cycles. EXAMPLE: A -1 with stroke + of 7mm an composite bushings woul have a loa capacity of N mm ore Size () 1 1 mm ore Size 3 () 1 1 mm ore Size H (9) 3 1 3mm ore Size 1 1 (9) 3 1 mm ore Size 1 1 (9) 3 1 mm ore Size 1 1 (9) 3 3mm ore Size 1 () 8 (18) (13) (9) 8mm ore Size 1 (337) 1 (9) 9 (13) 1mm ore Size

3 Catalog PDN1-3US Loa Stopping Capacity Stanar Unit actuators are ieal for conveyor stopping applications. Units can be mounte horizontally or vertically. bushings are strongly recommene for this type of application. EXAMPLE: A - unit with a stroke up to mm will stop an object moving at cm/secon (1.7 in/s) that weighs up to kg (11 lb). Note: The following graphs are base on mm of stroke. mm (1.97") () 1 (33) 1 1mm ore Size (88) 3 () 1 mm ore Size 8 (17) (13) (88) mm ore Size 1 3 ) (3.) 1 3 (3.) 1 3 (3.) 3mm ore Size mm ore Size (88) mm ore Size 1 (33) 1 1 (33) 1 3 () H (3.) 1 3 (3.) 1 3 (3.) (88) 3 () 1 1 3mm ore Size 3 (3.) (13) (88) 3 () 1 1 8mm ore Size 3 (3.) 1 () 8 (17) (13) (88) 1 1mm ore Size 3 (3.) 171

4 Catalog PDN1-3US Asymmetrical Torque Capacity Stanar Unit Asymmetrical loaing occurs when the loa is applie to one sie of the unit. units can resist torsional loas that are asymmetrical. EXAMPLE: A mechanism exerts an asymmetrical loa of 1Nm on a - with mm stroke+. The - with composite bushings will have aequate torsional capacity. Stroke (3) 3 (7) (18) 1 (9) 1mm ore Size (3) (3) (18) mm ore Size 1 8 (71) (3) (3) (18) mm ore Size H 1 (1) 1 (1) 8 (71) (3) 3mm ore Size (133) 1 mm ore Size 1 1 (1) 1 (133) 1 mm ore Size () 3mm ore Size 8 (78) 8mm ore Size 1 (138) 1mm ore Size (1) 1 (133) (31) (3) (1) 9 (797) (31) 3 ()

5 Catalog PDN1-3US Vertical Eccentric Loa Capacity Stanar Unit units mounte vertically will have the same eccentric loa capacity regarless of orientation. The graphs provie maximum loa capacity for an eccentric mounte loa. The loa is assume to be mounte at the face of the tooling plate. These loa curves illustrate loa ratings base on the bearing system of the prouct. Loa rating is a key selection criterion but is not the only one to consier in the selection of a prouct. y y y = eccentricity istance 1 1 1mm ore Size () 1 1 mm ore Size 3 () 1 1 mm ore Size (9) 3mm ore Size (9) mm ore Size mm ore Size (9) H 3mm ore Size 1 () 8mm ore Size 1 (39) 1mm ore Size (9) (18) (13) (9) 1 (9) 8 (18) (9)

6 Catalog PDN1-3US x ØV Dowel Holes x W x ØV Dowel Holes x W (Far Sie) (M + Stroke)/ HH A + Stroke M + Stroke LL EE x AA x CC J J/ GG x F P S U DD Z H KK NN MM x FF x AA Thru Note: On 1mm bore size only, one sensor groove is available. When utilizing two sensors on the 1mm bore size with mm stroke or less, use right angle short sensors. Dimensions in mm (inch) T T/ N K C R G E ØD x AA x (Far Sie) x F PP x ØV Dowel Holes x W Note: Dimensions for special stroke length actuators will be the same as those of the next longest stroke actuator. EE H Moel A** C D D E** F G H J K (1.9) (.) 31 (1.) 8 (.31) 1 (.39) 1.1 (.) M/ (.).9 (.7) (.8) 9.9 (.39) 3 (1.) 7 (.91) 3 (1.) 1 (.39) 1 (.7) 19 (.7) 1/8 NPTF or SPP 1 (.39) 1.8 (.) (1.) 9.9 (.39) 38 (1.) 88 (3. (1.) 1 (.7) 1 (.3) 1 (.83) 1/8 NPTF or SPP 11. (.) 1. (.1) 3 (1.) 9.9 (.39) 3 3 (1.) 11 (.9) 1 (.) 1 (.3) (.787) 1. (.) 1/8 NPTF or SPP 1.3 (.1) 18. (.73) 38 (1.9) 13.1 (.) (1.73) 1 (.88) (.) 1 (.3) (.787) 1.1 (.8) 1/8 NPTF or SPP 1.9 (.9).3 (.89) 38 (1.9) 13.1 (.).9 (1.77) 1 (.1) (.) (.787) (.98) 1. (.7) 1/ NPTF or SPP 1.1 (.3) 7 (1.) (1.73) 1.7 (.8) 3. (1.97) 1 (.91) 7 (.9) (.787) (.98) 1. (.) 1/ NPTF or SPP 1. (.7) 33 (1.3) (1.73) 1.7 (.8) 8.3 (.37) 188 (7.) 9 (3.7) (.98) 3 (1.181) 17. (.1) 3/8 NPTF or SPP 19 (.7) 37 (1.) (.) 18 (.71) 1** 7. (.) (8.8) 11 (.3) 3 (1.181) 3 (1.38) 1.9 (.8) 3/8 NPTF or SPP 3 (.91) (1.7) (.1) 18 (.71) Moel M N P R S T U V W Z AA 1 7 (.7) 7.9 (.31) (.). (1.) (.7) 1 (.3) (.787) 3 (.118) (.3) (1.) Mx.8 7. (.3) 1 (.39) 7.9 (.31) 7 (.83) 31.8 (1.) (.3) 18 (.79) 3 (1.181 (.17) (.3) (.7) Mx.8 7. (.3) 1 (.39) 7.9 (.31) 8 (3.39) 38 (1.) 7 (.7) (1.) 3 (1.339) (.17) (.3) (.1) Mx1. 9 (.3) 3 (.197) 11.1 (.) 11 (.1). (1.7) 9 (3.78) 3 (1.181) (1.99) (.3) (.3) 8 (3.1) M8x1. 11 (.3) 1 (.39) 11.1 (.) 1 (.8). (1.7) 1 (.173) 3 (1.181) (.3) (.3) (.3) 9 (3.3) M8x ) 1 (.39) 1.7 (.) 138 (.3) 7. (.) 1 (.7) (1.7) (.3) 8 (.31) 8 (.31) 1 (3.937) M1x1. 1 (.7) 3 1 (.39) 1.7 (.) 18 (.83) 9.9 (.7) 13 (.118) (1.99) 7 (.83) 8 (.31) 8 (.31) 11 (.331) M1x1. 1 (.9) 8 1 (.91) 1 (.3) 18 (7.8) 89 (3.) 1 (.99) (.3) 9 (3.) 1 (.39) 1 (.39) 1 (.1) M1x (.71) 1 1 (.91) 1 (.3) 1 (8.7) 18 (.) 19 (7.8) 8 (3.1) 11 (.88) 1 (.39) 1 (.39) 17 (.93) M1x. 1 (.83) Moel CC DD EE FF GG HH KK LL MM NN PP Piston Ro 1 1 (.39) (.1) 8 (.31) 7 (1.3) 1 (.91) 13. (.1) (1.). (.88) 11. (.) 9.7 (.38) 3. (.91) 8 (.31) 1 (.39) (.) 1 (.39) 3 (1.) 17 (.9) 13. (.1) (.1). (1.) 1. (.1) 1. (.1). (1.) 1 (.39) 1 (.7) 7 (.99) 11 (.33) 38 (1.9) 1 (.87) 1. (.3) (.1) 33. (1.31) 17 (.7) 17 (.7) 33. (1.31) 1 (.39) 3 1 (.3) 1 (3.937) 1 (.1) (1.99) (1.) 1.9 (.8) 8 (3.1) (1.) (.79) 1.7 (.8) 38 (1.) 1 (.3) 1 (.3) 11 (.33) 1 (.1) (.1) (1.) 13.9 (.7) 9 (3.3) 1 (1.1) (.9). (1.) 37.9 (1.9) 1 (.3) (.79) 1 (.88) 1 (.3) (.1) 3 (1.181) 1.3 (.3) 1 (3.937) 1 (.1) 9 (1.1) 33 (1.3) (1.73) (.787) 3 (.79) 13 (.197) 18 (.79) (.98) 3. (1.37) 1.3 (.) 11 (.331) (.) 3 (1.) 37.7 (1.9) 7.7 (.7) (.787) 8 (.9) 1 (.3) (.8) 83 (3.8). (1.831) 1 (.83) 1 (.1) 78 (3.7) (1.77) 8 (1.89) 7. (.97) (.98) 1 8 (1.1) (7.87) (.9) 1 (3.937). (.) (.98) 17 (.93) 91. (3.) 3 (.9) 1 (.1) 9. (3.7) (.98) D 1 With linear ball bearing D With composite bushing ** For Moel 1 with mm stroke, A = 1.3 (3.9") an E = 8 (1.1") 17

7 Catalog PDN1-3US Contaminant & Wel Flash Covers A contaminant cover protects the guie ros an bearings from particles an flui that coul cause premature failure. A wel flash cover protects guie ros an bearings from wel spatter. Cover option can be orere on moels having the bearings both ens option. Consult factory to orer. Stanar stroke Moel A A Dimensions in mm (inch) (1.) (1.77) 9 (1.93) (.) (.) (.) 77 (3.3) 1 (.9) 19 (.9) 8 (3.39) 98 (3.8) 11 (.1) 1 (.9) 1 (.98) 17 (.7) 187 (7.3) (9.1) 79 (1.98) 1. (.1) C 1. (3.9) 1.9 (.1) (.7) 17.9 (.) 17.9 (.) 13 (.8) 13 (.8) 11.8 (.98) 17.3 (.7) 13. (.3) 11.9 (.9) 13. (.3) 11.9 (.9) 1.9 (.7) 1.9 (.) 1.9 (.) 19 (.) 19 (.) 17.8 (.9) 19.3 (7.9) Wel Flash Cover Specifications Coating material (expose sie) ase material Coating material (other sie) Material thickness range Temperature resistance (nomex) riefly Continuously Temperature resistance (coating) riefly Continuously Resistant to Characteristics Material weight 1. (.31) 1.9 (.7) 19.9 (.9) (7.) (7.) 18 (7.) 18 (7.) 1.8 (7.9).3 (8.7). (7.88) 1.9 (8.) 19.9 (7.7).9 (7.99).9 (7.99) 9 (8.3) 9 (8.3).8 (8.93).3 (9.) 1.9 (9.) 1.9 (9.) (1.7) (1.7) 7.1 (1.79) 7.1 (1.79) 9 (11.) 38. (1.1) PVC (lack) Nomex PVC (lack).1" -.1" (.3-.mm) F ( C) - to 7 F (-3 to 3 C) 39 F ( C) - to 3 F (-3 to 1 C) Chemicals, coolants, solvents, oil self-extinguishing, abrasion resistant grams/square meter.9 (1.1) 91 (11.) 91 (11.) 99.1 (11.78) 99.1 (11.78) 31 (1.) 333. (13.13) 31 (1.) 31 (1.) 3.1 (1.7) 3.1 (1.7) 3 (13.39) 38. (1.11) 31 (13.3) 31 (13.3) 39.1 (13.7) 39.1 (13.7) 3 (1.37) 383. (1.9) H Seal Kits Rolock Dimensions K RA ore size Seal kit part number Nitrile seals Fluorocarbon seals 1 PSK-1 PSK-1-F PSK- PSK--F PSK- PSK--F 3 PSK-3 PSK-3-F PSK- PSK--F PSK- PSK--F 3 PSK-3 PSK-3-F 8 PSK-8 PSK-8-F 1 PSK-1 PSK-1-F ore RA R RC RD RE K 3 8 (.8) 8 (.8) (.) 3 83 (3.7) 8 1 (3.9) 1 11 (.7) 11 (.1) 1 (.8) 138 (.3) 18 (.83) 18 (7.8) 1 (8.7) (.) (.) 1 (.39) 7 (.8) 1 (.39) 1 (.39) Dimensions in mm (inch) 1 (.39) 1 (.39) 13 (.1) 18 (.71) (1.) 3 (1.9) 9. (1.9) 9. (1.9) 9.3 (.33) 9.9 (.7) 9.7 (3.7) 18. (.) (.8) (.8) (.8) (.8) (.8) (.8) RC R RE RD / NPT or / SPP Rolo k Asse l reather 17