MCGS series ø6, ø0 Features Multi-ports as standard enabling both direction mounting. Non-rotating accuracy ± 0. mbedding type sensors. The sensor cable will be in the same direction as the piping tube if vertical type sensor switch (Angle cable) is used. Magnetic as standard. Specification Order example MCGS 6 0 MOD TUB Cylinder weight Stroke (mm) STROK Unit: g 5 0 5 ø6 2 4 ø0 4 4 57 65 Installation of sensor switch Allowable rotational torque & Non-rotating accuracy T atchmakers screw driver Stroke (mm) 5 0 5 ø6 0. 0.7 0.6 ø0 4.7.. 2.8 Sensor switch RDGV T +θ -θ Unit: N.m Non-rotating accuracy θ ±0.5 Acting type Model MCGS Double acting (mm) 6 0 Stroke (mm) 5, 0, 5 5, 0, 5, Port size Medium Max. operating perssure Min. operating perssure Proof pressure ubrication Ambient temperature Available speed range Sensor switch (*) Allowable lateral load oad mass (g) 70 60 50 40 0 0 M 0.5 Air 0.7 MPa 0.5 MPa MPa Not required -5~+60 C (No freezing) 50~400 mm/sec RDGV *. RDGV specification, please refer to page 8-6. *2. This product is not applicable for stopper purpose. MCGS-ø6 st=5 st=0 st=5 oad mass (g) 0 0 0 5 0 5 25 0 5 0 5 25 ccentric distance (mm) ccentric distance (mm) Allowable eccentric load oad mass (kg) 0. 260 240 2 80 60 40 0 80 ø6 ccentric distance (mm) MCGS-ø0 0.0 0. 0 st=5 st=0 st=5 st= Operating pressure 0. MPa 0.5 MPa or more ø0
MCGS Inside structure & Parts list ø6, ø0 Inside structure & Parts list Material 6 4 2 5 5 4 8 0 Order example of repair kits 7 6 No. Part name Material Q'y Body Aluminum alloy 2 Rod cover Aluminum alloy Piston- H Aluminum alloy 4 Piston- R Aluminum alloy 5 Piston rod Stainless steel 6 Guide rod Carbon steel 2 7 Plate Aluminum alloy 8 Magnet ring Magnet material Cushion NBR 0 Cushion NBR Bush Copper 2 Piston seal NBR Rod seal NBR 4 O ring NBR 5 Screw Carbon steel 6 Screw Carbon steel 2 (inclusion) ø6 ø0 PS-MCGS-6 PS-MCGS-0 Dimensions +Stroke R BC FC +Stroke 2-UN depth 2-øQ thru (Mounting holes) MA MB A D O P CQ CP H 2-F 2-M 0.5 BD FD N G N2 2-ZA S TA 4-B depth (Mounting holes) A BC BD CP CQ D F FC FD G H MA MB N N2 6 28 6.5 5.5 M2.5 0.45 thru 4.5.5.5 2 2 8.5 6 7 4 0 2 0 7.5 2 7.5 2 M 0.5 thru 6 5 8.5 25 8.5 7 4.5 O P Q R S TA UN B ZA 6 2.5. 4.5 6 ø6.2 0.5 M 0.5 5 ø.2 0 2 4. 7 7.5 5 ø8 0.5 M4 0.7 5 ø2
MCGS series ~ø6 Features Proven track record in manufacturing precision guided cylinders. Multi-Ports as standard enabling two direction mounting option. Flush fitting sensors. Inbuilt high density rubber pad absorbs energy at the end of stroke. Magnetic as standard Specification Model MCGS Model Order example MCGS 0 50 G MOD TUB PURPOS / TYP OF BARING 0 Stop / Slide bush Purpose / Type of bearing 07 Stop / Slide bush / Stroke adjustable ADJUST STROK PORT THRAD STROK Blank: M5 0.8 (for 07, 27 type) (for, ) Blank: Rc thread G: G thread NPT: NPT thread (for ~ø6) Acting type Double acting (mm),6,25,2,40 50,6 Port size M5 0.8 Rc/8 Rc/4 Medium Air Operating perssure range 0.~ MPa Proof pressure.5 MPa Ambient temperature 5~+60 C (No freezing) Cushion ith rubber cushion pad Available speed range 50~500 mm/sec ubrication Not required Sensor switch (*) RC, RC, RDP * RC, RC, RDP specification, please refer to page 8-0,4. 2 27 Push / inear bearing (Could attach a table for the use as a lifter) Push / inear bearing / Stroke adjustable (Could attach a table for the use as a lifter) Table for standard stroke Series variety (Bearing type) MCGS-0 MCGS-07 (Slide bush) MCGS-2 MCGS-27 (inear bearing) ø2* ø6 ø2* ø6 Stroke (mm) 0 25 0 40 50 75 5 50 75 250 00 50 400 * ø2: 25mm for the shortest standard stroke. Installation of sensor switch Sensor switch RC, RC Sensor switch RDP atchmakers screw driver
MCGS Capacity ~ø6 Capacity graph (mm) Capacity for the use as a lifter Capacity for the use as a stopper V (mm) V ' Allowable eccentricity load for the use as a lifter (at supply pressure 0.5 MPa) Show the dynamic allowable value at (mm) eccentricity from the center of the guide rod. inear bearing type is not available as a stopper. Stop capacity MCGS-0/07...0st ~ø2 ork carrier weight (kgf) 0 0 0 ork carrier speed (m/min) MCGS-0/07...25st ~ø6 ork carrier weight (kgf) 00 0 500 400 00 50 ø2 ø6 0 5 0 0 40 50 ork carrier speed (m/min) Normal lateral load MCGS-0/07...0st ateral load (N) 0 500 ø2 0 0.2 0.4 0.6 0.8 orking pressure (MPa) = ' l For the use of attaching a plate to the link bar, choose a bore size referring to the formula below. : The maximum weight of the work carrier in the above graph for the stopper's capacity. Coefficients for conversion l 40 42 42 42 ø2 44 72 78 ø6 78 Slide bush MCGS-0/07 ~ø2...0-50st 0 00 ccentric throw (mm) 0 500 0 ø2 ~ø2...over 5st ø2 0 00 ccentric throw (mm) ~ø6...25-50st ø6 0 0 50 ccentric throw (mm) ~ø6...over 5st 0 ø6 0 500 00 0 0 0 0 50 ccentric throw (mm) inear bearing MCGS-2/27 ~ø2...0-50st ø2 0 00 ccentric throw (mm) ~ø2...over 5st ø2 0 00 ccentric throw (mm) 0 500 400 00 50 40 0 0 500 400 00 ~ø6...25-50st 2 5 0 50 ccentric throw (mm) 50 40 0 ~ø6...over 5st ø6 0 0 40 50 ccentric throw (mm)
MCGS Capacity ~ø6 Capacity table Allowable lateral load Shows the dynamic allowable value, when actuating the cylinder with lateral load at the guide rods' top (vertical load against the guide rods). ø2 ø6 Bearing type Stroke (mm) Unit: N 0 25 0 40 50 75 5 50 75 250 00 50 400 Slide bush 24 6 7 5 0 inear bearing 2 7 4 4 0 2 8 6 Slide bush 50 2 27 24 54 45 27 24 2 6 inear bearing 6 2 24 5 52 40 7 5 0 Slide bush 5 44 5 54 46 74 66 5 54 28 24 2 inear bearing 4 6 8 87 6 57 46 40 6 2 2 27 2 Slide bush 68 5 52 46 72 6 8 88 7 72 5 46 4 7 inear bearing 67 56 48 05 87 70 62 55 50 42 6 0 27 Slide bush 65 06 0 8 0 88 77 68 6 inear bearing 04 74 65 8 4 0 8 66 56 48 42 Slide bush 64 82 5 42 7 0 74 50 8 06 inear bearing 78 06 0 4 06 5 78 67 58 50 Slide bush 26 245 27 24 26 5 0 74 50 8 06 inear bearing 0 8 78 48 48 06 5 78 67 58 50 Slide bush 26 245 27 24 26 5 inear bearing 7 8 76 45 45 6 Allowable rotating torque Shows the dynamic allowable value, when actuating the cylinder with a rotating torque T at the guide rods' top. T ø2 ø6 Bearing type Stroke (mm) Unit: N.m 0 25 0 40 50 75 5 50 75 250 00 50 400 Slide bush 0.64 0.48 0. 0.2 0.28 0.75 0.6 0.5 0. 0. 0. 0.0 inear bearing 0.47 0.5 0.2 0.7 0.62 0.40 0.8 0. 0. 0.0 0.08 0.07 Slide bush.4 0.0 0.74 0.6 0.55.2.04 0. 0.27 0.24 0.22 0.8 inear bearing 0.84 0.66 0.54.5. 0..76 0.2 0. 0.7 0.5 0. Slide bush.4.2.07 0.5.4.25 2.0.8.6.48 0.7 0.2 0.2 0.26 inear bearing. 0. 2.6 2.40.8.56.26.0 0.8 0.88 0.4 0.6 0. 0.27 Slide bush 2..88.65.47 2..4.5 2.80 2.52 2.0 0.85 0.74 0.66 0.5 inear bearing 2.4.7 4.74 4.22.6 2.78 2.25.8.76.5 0.68 0.57 0.4 0.42 Slide bush 6.6 5.6 4.2.5 5.52 4. 4.45 4.06.72.50.. inear bearing 4.7 2.5 6.60 5.52 4.56 4.02.5.24.2.0 0.4 0.82 Slide bush 7.00 5.66 6.27 5.48 4.87 4.8 5.2 4.7 4..6.2 2.2 inear bearing 5.24 4.25 7. 6. 7.8 7. 2. 2.6 2.6.8.58. Slide bush.0 0.8.0 0.6.50 8.60 5.88 5.4 4.66 4.0.65.2 inear bearing 7.02 5.76. 0..2 0.2.0 2.4 2.4 2.06.78.57 Slide bush 4.7..5.0 0.7.6 inear bearing 7.77.5.7.2.5.4 Anti-roll accuracy +θ -θ The values are the deflection angle against the piston rod. xclusive factor of the guide rods' deflection. ø2 ø6 Bearing type Anti-roll accuracy Slide bush ±0.0 inear bearing ±0.06 Slide bush ±0.08 inear bearing ±0.06 Slide bush ±0.08 inear bearing ±0.0 Slide bush ±0.07 inear bearing ±0.05 Slide bush ±0.07 inear bearing ±0.0 Slide bush ±0.06 inear bearing ±0.08 Slide bush ±0.05 inear bearing ±0.06 Slide bush ±0.05 inear bearing ±0.06 θ
MCGS-0 Inside structure & Parts list ~ø2 ~ø6 6 5 6 4 2 7 6 5 6 4 2 7 2 0 5 8 8 7 4 2 22 0 5 4 8 7 8 Material No. Part name 6 25 2 40 50 6 Q'y Body Aluminum alloy 2 Ball Stainless steel Slide bush Bronze alloy Bearing alloy 4 4 Rod cover Aluminum alloy 5 Head cover (*) Carbon steel Aluminum alloy 6 Rod packing NBR 7 Cover ring NBR 2 8 Snap ring Spring steel 2 Piston rod Stainless steel Carbon steel 0 Piston Aluminum alloy Magnet ring Magnet material Magnet holder Stainless steel Aluminum alloy Piston packing NBR 4 Head cushion NBR 5 Bolt SCM 6 Plate Carbon steel 7 Guide rod Carbon steel 2 8 Screw SCM 2 Rod bush Bearing alloy Piston bolt SCM 2 Rod cushion NBR 22 Piston gasket NBR * Aluminum alloy (inclusion) Order example of repair kits ø2 ø6 PS-MCGS- PS-MCGS-6 PS-MCGS- PS-MCGS-25 PS-MCGS-2 PS-MCGS-40 PS-MCGS-50 PS-MCGS-6 Cylinder weight Model Basic weight MCGS-0 Stroke 5mm MCGS-0 2 28 28 450 45 670 6 ø2, 0,474 88 2,540 40 ø6,25 5 Unit: g
MCGS-07 Inside structure & Parts list ~ ~ø2 ~ø6 5 8 6 28 6 4 7 8 5 8 6 28 7 8 6 2 8 5 4 2 28 7 8 6 7 6 27 26 2 25 2 0 0 4 5 22 2 26 2 25 22 2 24 4 7 2 0 0 0 4 26 0 2 4 5 25 5 7 2 24 22 2 24 Material No. Part name 6 25 2 40 50 6 Q'y Body Aluminum alloy 2 Ball Stainless steel ~ Slide bush Bronze alloy Bearing alloy 4 4 Rod cover # Aluminum alloy 5 Rod cover #2 Aluminum alloy 6 Rod packing NBR 2 7 Cover ring # NBR 8 Piston rod # Stainless steel Carbon steel Piston rod #2 Stainless steel Carbon steel 0 Piston Aluminum alloy Magnet ring Magnet material Magnet holder Stainless steel Aluminum alloy Piston packing NBR 4 Head cushion NBR 5 Bolt SCM 6 Plate Carbon steel 7 Guide rod Carbon steel 2 8 Bolt SCM 2 Cover ring #2 NBR FBC board Carbon steel 2 Rod cushion NBR 22 Gasket PU 2 Adjustable nut Carbon steel 24 Nut Carbon steel 25 Bolt Stainless steel SCM 2 26 Screw Bronze alloy Carbon steel (*) 2 27 asher PT 2 28 Snap ring Spring steel 2 Bush Bearing alloy 2 0 Piston gasket NBR (inclusion) Order example of repair kits ø2 ø6 PS-MCGS-2- PS-MCGS-2-6 PS-MCGS-2- PS-MCGS-2-25 PS-MCGS-2-2 PS-MCGS-2-40 PS-MCGS-2-50 PS-MCGS-2-6 * The material changes into bronze alloy when the part thread is BSPF. (JISPF)
MCGS-2 Inside structure & Parts list ~ø2 ~ø6 6 5 6 4 2 7 2 0 5 8 8 8 7 4 6 5 6 4 2 7 2 22 0 5 4 8 8 7 8 Material No. Part name 6 25 2 40 50 6 Q'y Body Aluminum alloy 2 Ball Stainless steel inear bearing 2 or 4 4 Rod cover Aluminum alloy 5 Head cover (*) Carbon steel Aluminum alloy 6 Rod packing NBR 7 Cover ring NBR 2 8 Snap ring Spring steel 2 Piston rod Stainless steel Carbon steel 0 Piston Aluminum alloy Magnet ring Magnet material Magnet holder Stainless steel Aluminum alloy Piston packing NBR 4 Head cushion NBR 5 Bolt SCM 6 Plate Carbon steel 7 Guide rod Special steel 2 8 Screw SCM 2 Rod bush Bearing alloy Piston bolt SCM 2 Rod cushion NBR 22 Piston gasket NBR * Aluminum alloy (inclusion) Order example of repair kits ø2 ø6 PS-MCGS- PS-MCGS-6 PS-MCGS- PS-MCGS-25 PS-MCGS-2 PS-MCGS-40 PS-MCGS-50 PS-MCGS-6 Cylinder weight Model Basic weight MCGS-2 Stroke 5mm MCGS-2 2 8 260 0 470 45 740 60 ø2,70 85,00 8 2,60 50 ø6,00 68 Unit: g
MCGS-27 Inside structure & Parts list ~ ~ø2 ~ø6 8 5 6 28 6 7 4 8 7 5 8 6 28 7 8 6 8 5 4 2 28 7 8 6 2 6 2 4 2 7 2 2 2 27 0 0 26 2 2 4 0 5 26 0 26 2 25 2 4 2 4 25 5 25 22 5 2 22 2 7 24 24 22 2 Material 24 No. Part name 6 25 2 40 50 6 Q'y Body Aluminum alloy 2 Ball Stainless steel ~ inear bearing 2 or 4 4 Rod cover # Aluminum alloy 5 Rod cover #2 Aluminum alloy 6 Rod packing NBR 2 7 Cover ring # NBR 8 Piston rod # Stainless steel Carbon steel Piston rod #2 Stainless steel Carbon steel 0 Piston Aluminum alloy Magnet ring Magnet material Magnet holder Stainless steel Aluminum alloy Piston packing NBR 4 Head cushion NBR 5 Bolt SCM 6 Plate Carbon steel 7 Guide rod Special steel 2 8 Bolt SCM 2 Cover ring #2 NBR FBC board Carbon steel 2 Rod cushion NBR 22 Gasket PU 2 Adjustable nut Carbon steel 24 Nut Carbon steel 25 Bolt Stainless steel SCM 2 26 Screw Bronze alloy Carbon steel (*2) 2 27 asher PT 2 28 Snap ring # Spring steel 2 Snap ring #2 Spring steel 2 0 Collar (*) Aluminum alloy Carbon steel 2 Bush Bearing alloy 2 2 Piston gasket NBR (inclusion) Order example of repair kits ø2 ø6 PS-MCGS-2- PS-MCGS-2-6 PS-MCGS-2- PS-MCGS-2-25 PS-MCGS-2-2 PS-MCGS-2-40 PS-MCGS-2-50 PS-MCGS-2-6 *. Use for stroke 0 or more. *2. The material changes into bronze alloy when the part thread is BSPF. (JISPF)
MCGS-0/2 Dimensions ~ø2 øa 6 depth 4-YY Y depth B 6 Z 4-NN thru S Q Z 4-øOA thru 4-øOB O depth ødb 4- MM M depth H R U T øda P VA øa øa Back side øa H7 6 depth J G K FA FB GA PA+stroke C+stroke B+stroke GB PB øa 6 depth MCGS-0 / MCGS-2 DB B C DA 0 type 2 type FA FB G GA GB H J K MM M NN OA OB O P PA PB 42 2 6 8 6 8 5 26 5 ( * ) 58 8 M4 0.7 0 M4 0.7 4. 8.0 4.5 M5 0.8 4 8.5 6 46 8 0 8 8 5 0 8 ( * 2) 64 5 5 22 M5 0.8 M5 0.8 4. 8.0 4.5 M5 0.8 5 0.0 5 7 0 0 0 6 6 0.5 8.5 85 7 24 M5 0.8 M5 0.8 5.2.5 5.5 Rc/8.5.5 25 5.5 7.5 6 0 6 42.5 6 2 2 0 M6.0 5 M6.0 5.2.5 5.5 Rc/8.5.5 2 5.5 7.5 6 6 0 5.5 6 26 25 4 M8.25 M8.25 6.6.0 7.5 Rc/8 7 6.0 P Q R S T U VA A B YY Y Z 8 4 48 22 56 4.5 50 2.5 M5 0.8 0 5 6 6 54 25 62 46 56 24.5 M5 0.8 0 5 25 8 70 0 8 55 72 28.5 M6.0 7 25 28.5 26 78 8 65 82 4 4 4.5 M6.0 7 2 4 0 6 44 0 80 8 42 4 4.5 M8.25 6 2 ~st 40~st 5~st st~00st 0st~ ~st 40~st 5~st ~00st 0st~ 40 0 5 25 60 05 6 24 44 0 7 27 60 05 24 44 0 00 2 77 7 67 25 24 44 0 00 2 77 7 67 25~4st 50~st 5~st st~00st 0st~ 25~4st 50~st 5~st ~00st 0st~ 2 24 48 4 00 45 8 7 *. hen stroke length is equal to mm or less, GB=7.5 mm *2. hen stroke length is equal to mm or less, GB= mm MCGS-0 0~50st 5~st 0st~ 8.5 4 6 8.5 4 0~50st 5~st st~.5 6 25.5 68.5 2 7.5 42.5 80.5 MCGS-2 0~0st ~st 0st~ 4 6 4 ~0st ~st 0~st st~ 0 27 5 6 25 6 2 5 68.5 2 2.5 8.5 58.5 80.5
MCGS-0/2 Dimensions ~ø6 øa 4-YY øa depth T slot for hexagon head bolt b a øa B c e d T slot for hexagon head bolt C N N2 Back side a b c d e 40 6.5 0.5 5.5 4 50 8.5.5 7.5 4.5.5 6 7.8 0 7 8.5 4-D K S N N2 4-M H 4-DD A G K øq VB C øq øa dp F GC GA PA+stroke GB 2 PB B2 B øa B depth MCGS-0 / MCGS-2 MCGS-0 PA PB Q S VB A B C YY 2 25,50st 5st~ 25,50st 5~st ~400st 40 7 02 6 6.5 50 06.5 8 4.5 46 78.5 6 06.5 8 2.5 4 Q MCGS-2 2 Q 25,50st 75,st 0st~ 25,50st 75,st 0~st ~400st 40 8 8 8 5 2 52 72.5 50 4 4 2 42 62 87.5 6 4 4 6 7 57 +stroke +stroke A B B B2 C D DD F G GA GB GC H K K M N P 40 0 54 27 27 06 M8.25 M8.25 dp 04 0 44 86 4 0 4 40 8 44 ø6.6thru, ø 7.5dp 22 Rc/8 50 48 64 2 2 0 M0.5 M0.5 22 dp 0 40 60 0 4 46 46 6 44 ø8.6thru, ø4 dp 24 Rc/4 6 62 78 42 M0.5 M0.5 22 dp 0 50 70 4 6.5.5 6.5 58 58 6 4 ø8.6thru, ø4 dp 24 Rc/4 N2 25st 50,75,st 0st~st ~00st 0~400st 25st 50,75,st 0st~st ~00st 0~400st 40 8 6 0 72 8 50 4 4.5 6 M8.25 6 dp 24 48 4 00 4 46 84 2 72 50 2.5 2 47 66 5 6 4 8 M0.5 dp 24 48 4 00 6 48 86 4 74 6 4 28 0 55 80 5 6 4 8 M0.5 dp 28 52 8 8 50 88
MCGS-07/27 Dimensions ~ ø 6 depth 4-YY Y depth Z Z 4-MM M depth MC Hex. on opposite side MD MB T øda P ømg MA VA.5 ø 6 ø Back side 4-NN thru S Q 4-øOA thru 4-øOB O depth H 2-øDB R U ø H7 6 depth J G K FA FB GA GB MP MK PA+ST C+ST MT ST MN+ADJ B+ST MH+ST+ADJ B+MH+2 ST+ADJ PB *ST = Stroke ADJ = Adjust stroke MCGS-07 / MCGS-27 DB B C DA 07 type 27 type FA FB G GA GB H J K MA MB MC MD MG MH MK MN MM M MP MT 42 2 6 8 6 8 5 26 5 ( * ) 58 8 27 8 M5 0.8 2 4 M4 0.7 0 2 6 46 8 0 8 8 5 0 8 ( * 2) 64 5 5 22 28 6 0 M6.0 5 26 5 5 M5 0.8 2 5 7 0 0 0 6 6 0.5 8.5 85 7 24 22 M8.25 26 5 M5 0.8 4 NN OA OB O P PA PB P Q R S T U VA YY Y Z M4 0.7 4. 8 4.5 M5 0.8 4 8.5 8 4 48 22 56 4.5 50 2 M5 0.8 0 5 6 M5 0.8 4. 8 4.5 M5 0.8 5 0.0 6 54 25 62 46 56 24 M5 0.8 0 5 M5 0.8 5.2.5 5.5 Rc/8.5.5 25 8 70 0 8 55 72 28 M6.0 7 0~st 40~st 5~st st~00st 0~st 40~st 5~st ~00st 40 0 5 25 60 05 6 ~st 40~st 5~st st~00st ~st 40~st 5~st st~00st 24 44 0 7 27 60 05 ~st 40~st 5~st st~00st 0st~ ~st 40~st 5~st st~00st 0st~ 24 44 0 00 2 77 7 67 *. hen stroke length is equal to mm or less, GB=7.5 mm *2. hen stroke length is equal to mm or less, GB= mm MCGS-07 ~50st 5~st 0st~ 0 8.5 4 6 0~50st 5~st 0st~ 0 8.5 4 ~50st 5~st st~ 0.5 6 MCGS-27 ~0st ~st 0st~ 4 6 0~0st ~st 0st~ 4 ~0st ~st 0~st st~ 0 27 5 6
MCGS-07/27 Dimensions ~ø6 4-YY Y depth Z øa 6 depth øa øa B C Back side 4-NN thru S Q H R U øda Z 4-øOA thru 4-øOB O depth 2-øDB MC Hex. on opposite side 4-MM M depth MD MB P T ømg MA VA øa H7 6 depth MCGS-07 / MCGS-27 J G K FA FB GA GC PA+ST B+ST C+ST GB B+MH+2 ST+ADJ ST MCGS-07 MP MH+ST+ADJ MN+ADJ DB B C DA FA FB G GA GB GC H J K MA MB MC MD MG MH MK MN MM M MP MT 07 type 27 type 25 5.5 7.5 6 0 6 42.5.5 6 2 2 0 4 25 7 M0.25 27 6 M6.0 5 5 2 5.5 7.5 6 6 0 5.5.5 6 26 25 4 5 2 M.25 0 0 7 M8.25 6 40 66 44 6 6 0 54 4 0 4 0 27 27 40 60 2 M.25 0 0 7 M8.25 6 50 72 44 25 6 64 4 48 2 2 46 7 8 24 M6.5 5 8 8 5 M0.5 22 4 8 6 77 4 25 6 78 6.5.5 6.5 62 58 84 50 24 M6.5 5 8 8 5 M0.5 22 4 8 NN OA OB O P PA PB P Q R S T U VA A B C YY Y Z 25 M6.0 5.2.5 5.5 Rc/8.5.5 28.5 26 78 8 65 82 4 4 4.5 6 M6.0 7 2 M8.25 6.6 7.5 Rc/8 7 6 4 0 6 44 0 80 8 42 4 4.5 6 M8.25 6 2 40 M8.25 6.8 7.5 Rc/8 8 8 0 04 44 8 86 06 50 4 4.5 6 M8.25 6 22 50 M0.5 8.6 4 Rc/4 2.5 47 40 0 60 46 0 0 66 5 6 4 8 M0.5 24 6 M0.5 8.6 4 Rc/4 4 28 55 50 0 70 58 4 42 80 5 6 4 8 M0.5 24 ~st 40~st 5~st st~00st 0st~ ~st 40~st 5~st ~00st 0st~ 25 24 44 0 00 2 77 7 67 2 40 50 6 ~4st 50~st 5~st st~00st 0st~ ~4st 50~st 5~st st~00st 0st~ 24 48 4 00 45 8 7 ~4st 50~6st 70~st 5~st st~00st 0st~ ~4st 50~6st 70~st 5~st st~00st 0st~ 24 48 48 4 00 4 46 46 84 2 72 ~4st 50~6st 70~st 5~st st~00st 0st~ ~4st 50~6st 70~st 5~st st~00st 0st~ 24 48 48 4 00 6 48 48 86 4 74 ~4st 50~st 5st~ ~4st 50~st 5st~ 28 52 8 8 50 88 MT ~50st 5~st st~ 25 0.5 68.5 2 7.5 42.5 80.5 40 6 6.5 50 4.5 46 78.5 6 ~50st 5st~ 2.5 4 MK MCGS-27 PB ~0st ~st 0~st st~ 25 6 2 5 68.5 2 40 ~50st 5~st 0~st st~ 2.5 8.5 58.5 80.5 ~6st 70~st 0~st st~ 5 2 52 72.5 50 2 42 62 87.5 6 *ST = Stroke ADJ = Adjust stroke ~6st 70~st 0st~ 6 7 57