Koganei YMDA Series Compact & Direct Mounting Download Page 25

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List of seals used

6 [0.236]

10 [0.394]

16 [0.630]

20 [0.787]

Rod seal

MYR-3

MYR-5

MYR-6

MYR-10

Piston seal

COP-6L

COP-10L

COP-16L

COP-20

Cylinder with guide

Cylinder bore mm [in.]

Name

Type

Parts names and major parts materials

Inner construction

⑪ ⑮ ⑭

⑥ ⑧

②

⑫ ⑬ ③ ⑦

⑯

⑩ ⑨ ⑤ ⑲

⑱

⑰

①

⑩

⑦ ③

③ ㉒ ⑲

⑬

⑰ ⑱

⑫

⑳

㉑

⑯

⑮ ⑭ ⑧

② ①

⑤

Name

Cylinder body

Piston rod

Piston

Rod cover

Head cover

Seal holder

Piston seal

Rod seal

O-ring

Bumper

Rod end nut

Support

Magnet

Screw retainer

Spacer

Plate

Table

Linear guide

Plug

Wear ring

Screw

Snap ring

Material

Aluminum alloy (special anti-abrasion treated, anodized for

6 [0.236] only)

Stainless steel (hard chrome plated for

20 [0.787] only)

Brass (aluminum alloy for

20 [0.787] only [special anti-rust treated])

Aluminum alloy (special anti-abrasion treated)

Aluminum alloy (special anti-rust treated)

Synthetic rubber (NBR)

Steel (nickel plated)

Brass (aluminum alloy for

20 [0.787] only [special anti-rust treated])

Plastic magnet

Hard steel (nickel plated)

Aluminum alloy (special anti-abrasion treated)

Stainless steel

Plastic

Stainless steel

Hard steel

10 [0.394] ,

16 [0.630]

⑥

⑭

⑮

⑪

⑯

⑧ ④ ⑨

② ①

⑫ ⑬ ③ ⑦

⑩ ⑨ ⑤ ⑲

⑱

⑰

6 [0.236]

20 [0.787]

Note: Head cover of

16 [0.63] is secured by a snap ring (hard steel).

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①
②
③
④
⑤
⑥
⑦
⑧
⑨
⑩
⑪
⑫
⑬
⑭
⑮
⑯
⑰
⑱
⑲
⑳
㉑
㉒

Summary of Contents for YMDA Series

Page 1: ... s s s s s s s s s s s s s s s s s s s s s s s a a a a a a a a a a a a a a a a a a a a ar r r r r r r r r r re e e e e e e R R R R R R R R R R R R R R R R R R R R R R R R R Ro o o o o o o o o o o o o o o o oH H H H H H H H H H H H H H H H H H H H HS S S S S S S S S S S S S C C C C C C C C C C C Co o o o o o o om m m m m m m m m m m m m m m m m m m m m m m m m mp p p p p p p p p p p p p p p p p p p...

Page 2: ...ced in the sensor mounting groves located on the 2 faces of main body Compact direct mounting Standardizing cylinders with guides The embedded sensor switch is employed Body through hole for vertical mounting Body through hole counterbore for flat surface mounting Body mounting tap hole of head side flange type Good for use in tight places embedded type sensor switch Body mounting tap hole of rod ...

Page 3: ...ting type Single acting push type and Single acting pull type K Order code L Inner construction and parts names M Dimensions O Non rotating cylinders R Order code S Inner construction and parts names T Dimensions U Cylinders with guides V Order code W Inner construction and parts names X Dimensions Y Sensor switches A Order code Internal circuit diagram B Contact protection countermeasure wiring i...

Page 4: ...o basic construction or to its performance or functions Doing so creates the risk of injury electric shock fire etc Do not allow water to splash on the product Water spraying on the product washing the product or using the product under water creates the risk of malfunction leading to injury electric shock fire etc While the product is in operation avoid touching it with your hands or otherwise ap...

Page 5: ...sudden degradation of performance and a reduced operating life For details on materials used in the product refer to the description of major parts Always observe the following items KOGANEI shall not be held responsible for any problems that occur as a result of these items not being properly observed 1 When using this product in pneumatic systems always use genu ine KOGANEI parts or compatible p...

Page 6: ...e current even at off condition to activate the internal circuit Ensure that they satisfy the following inequality Input off current of programmable controller Leakage current If above inequality is not satisfied select 3 lead wire solid state sensor switch And if n pieces sensors are connected in parallel the leakage current increases by n times 1 Do not apply an external magnetic field to the se...

Page 7: ...voltage lines Avoid wiring in parallel to or shared in the same conduit with power line and high voltage line Such wiring could cause the sensor switch and control circuit to suffer erratic operation by electric noise 3 Be cautious against not bending the lead wire repeatedly or applying tension force to the wire Applying repeated bending stress or tension force to the lead wire may cause the wire...

Page 8: ...Page F 2 When an inductive load will be connected to reed sensor switches or if capacitive surge will occur take some contact protection countermeasures For contact protection countermeasures refer to Page C 1 Do not place your hands in the cylinder operating direction 2 In the initial operation be cautious against cylinder operating direction 3 When the cylinder is retracting be cautious against ...

Page 9: ...llowing tightening torque When using female threads of the main body for mounting tighten the screw under the tightening torque shown in Mounting Avoid the following usages 9 When thrust of a cylinder with guide directly apply to the plate apply the force to the rod axis center Cylinder bore mm in 6 0 236 10 0 394 16 0 630 20 0 787 M3 0 5 M4 0 7 M5 0 8 1 08 9 56 0 59 5 22 2 45 21 68 1 37 12 13 5 1...

Page 10: ...t mm in Pitching Mp Yawing My Rolling Mr Guide center location B A Stroke For each moment center position use the guide center location shown in the figure as the reference Applications exceeding the allowable bending moment may damage the guide portion and deteriorate the accuracy thereby affecting the operating life Symbol Center of the guide Lp A St Fp Mp Fr Mr Lr B Center of the guide Ly A St ...

Page 11: ... 05 0 10 0 15 0 20 0 10 20 30 40 50 9 N 7 N 5 N mm mm Stroke 1 mm 0 0394 in 1 N 0 2248 lbf Deflection Cylinder bore φ6 0 236 in Cylinder bore φ16 0 630 in Cylinder bore φ10 0 394 in Cylinder bore φ20 0 787 in W N Stroke 1 Remove a plug on the head cover To attach the plug again tighten at the tightening torque of 0 59 N m 5 22 in lbf 2 Place supplied O rings as shown in the figure and install the ...

Page 12: ...16 90 0 5 73 14 1 3 17 10 6 2 38 9 2 2 07 5 7 1 28 39 3 8 83 29 5 6 63 29 6 6 65 19 8 4 45 100 5 22 59 86 19 33 79 1 17 78 64 6 14 52 157 35 29 117 5 26 41 138 2 31 07 98 7 22 19 0 6 87 16 9 3 80 12 7 2 85 12 0 2 70 7 8 1 75 47 1 10 59 35 3 7 94 37 5 8 43 25 7 5 78 120 6 27 11 103 2 23 20 99 2 22 30 81 8 18 39 188 4 42 35 141 31 70 169 6 38 13 122 2 27 47 0 7 102 19 7 4 43 14 8 3 33 14 8 3 33 9 9 ...

Page 13: ...A16 YMSAS16 YMSA20 YMSAS20 10 28 0 99 31 1 09 37 1 31 43 1 52 78 2 75 88 3 10 157 5 54 185 6 53 15 31 1 09 34 1 20 41 1 45 47 1 66 84 2 96 94 3 32 170 6 00 198 6 98 ZE A ZE G 15 0 53 ZE B 35 1 23 g oz Single acting pull type Note Values in parentheses are for cylinder with magnet 5 25 0 88 28 0 99 35 1 23 41 1 45 75 2 65 85 3 00 142 5 01 170 6 00 Stroke Additional mass for sensor switch Model YMTA...

Page 14: ...236 φ 10 0 394 φ16 0 630 Single acting push type φ 6 0 236 φ 10 0 394 φ16 0 630 φ 20 0 787 φ 20 0 787 Sensor cylinder Note Head cover of φ16 0 630 is secured by a snap ring hard steel Note Head cover of φ16 0 630 is secured by a snap ring hard steel ...

Page 15: ...c rubber NBR Synthetic rubber NBR Synthetic rubber NBR Synthetic rubber NBR Steel nickel plated zinc plated for φ20 0 787 only Brass aluminum alloy for φ20 0 787 only special anti rust treated Plastic magnet Brass aluminum alloy for φ20 0 787 only special anti rust treated Piano wire Porous metal Aluminum alloy special anti abrasion treated Plastic Hard steel List of seals used Parts names and maj...

Page 16: ...e φ6 0 236 Depth 5 0 197 both sides φ4 5 0 177 Counterboreφ7 6 0 299 Depth6 5 0 256 bothsides S 24 0 945 25 0 984 33 1 299 T 13 0 512 15 0 591 20 0 787 V 3 0 118 5 0 197 6 0 236 Y 19 0 748 19 0 748 25 0 984 Y S Y G φV P 2 M5 0 8 Piping connection port 2 φO M D Stroke N A Stroke E B Stroke C Stroke F H J 2 L K I T 2 L Q 2 R 12 0 472 17 0 669 33 1 299 42 1 654 20 0 787 26 1 024 12 0 472 5 0 197 15 0...

Page 17: ...Type Symbol Symbol A 48 1 890 53 2 087 58 2 283 Standard cylinder B 33 1 299 36 1 417 40 1 575 C 26 1 024 28 1 102 31 1 220 D 7 0 276 7 5 0 295 8 0 315 A 53 2 087 58 2 283 63 2 480 Cylinder with magnet B 38 1 496 41 1 614 45 1 772 C 31 1 220 33 1 299 36 1 417 D 12 0 472 12 5 0 492 13 0 512 E 15 0 591 17 0 669 18 0 709 F 7 0 276 8 0 315 9 0 354 G 11 0 433 11 0 433 14 0 551 H 7 0 276 10 0 394 12 0 4...

Page 18: ...15 9 0 354 R φ3 4 0 134 Counterboreφ6 0 236 Depth5 0 197 bothsides φ3 4 0 134 Counterboreφ6 0 236 Depth5 0 197 bothsides φ4 5 0 177 Counterboreφ7 6 0 299 Depth6 5 0 256 bothsides S 24 0 945 25 0 984 33 1 299 T 13 0 512 15 0 591 20 0 787 V 3 0 118 5 0 197 6 0 236 Y 19 0 748 19 0 748 25 0 984 mm in Y S Y G φV P 2 φO M D Stroke N E Stroke B Stroke C Stroke F H J 2 L K I T 2 L Q M5 0 8 Piping connecti...

Page 19: ...1 167 5 89 195 6 88 15 34 1 20 37 1 31 44 1 55 50 1 76 87 3 07 97 3 42 180 6 35 208 7 34 20 37 1 31 40 1 41 48 1 69 54 1 90 93 3 28 103 3 63 193 6 81 221 7 80 25 40 1 41 43 1 52 52 1 83 58 2 05 99 3 49 109 3 84 206 7 27 234 8 25 30 43 1 52 46 1 62 56 1 98 62 2 19 105 3 70 115 4 06 219 7 72 247 8 71 40 245 8 64 273 9 63 50 271 9 56 299 10 55 Cylinder thrust 0 1 15 7 9 1 78 5 9 1 33 20 1 4 52 17 2 3...

Page 20: ...ire ZE275 With ZE275 3 wire solid state PNP output type With indicator lamp 4 5 to 28VDC Vertical lead wire ZE155 With ZE155 3 wire solid state NPN output type With indicator lamp 4 5 to 28VDC Horizontal lead wire A 1000 mm 39 in B 3000 mm 118 in G 300 mm 11 8 in with M8 connector ZE175 ZE275 only ZE235 With ZE235 2 wire solid state type With indicator lamp 10 to 28VDC Vertical lead wire ZE255 Wit...

Page 21: ...ed Aluminum alloy special anti rust treated Synthetic rubber NBR Synthetic rubber NBR Synthetic rubber NBR Synthetic rubber NBR Steel nickel plated zinc plated for φ20 0 787 only Brass aluminum alloy for φ20 0 787 only special anti rust treated Plastic magnet Stainless steel Aluminum alloy special anti abrasion treated Aluminum alloy anodized Aluminum alloy special anti abrasion treated Plastic Ha...

Page 22: ...071 M3 0 5 10 0 394 53 2 087 31 1 220 23 0 906 2 5 0 098 58 2 283 36 1 417 28 1 102 7 5 0 295 22 0 866 8 0 315 11 0 433 10 0 394 7 0 276 2 4 0 094 M4 0 7 16 0 630 58 2 283 35 1 378 26 1 024 3 0 118 63 2 480 40 1 575 31 1 220 8 0 315 23 0 906 9 0 354 14 0 551 12 0 472 8 0 315 3 2 0 126 M5 0 8 Type L M N O P Q R S T V Y Z AA AB AC AD Symbol Bore 6 0 236 M3 0 5 Depth 5 0 197 15 5 0 610 10 5 0 413 3 4...

Page 23: ...9 26 140 7 31 63 120 4 27 07 219 8 49 41 164 5 36 98 Air pressure Mpa psi 3 0 118 5 0 197 6 0 236 10 0 394 Piston rod diameter mm in 28 2 0 0437 21 2 0 0329 78 5 0 1217 58 9 0 0913 201 0 312 172 0 267 314 0 487 235 0 364 Pressure area mm2 in2 Operation Pitching Rolling Yawing Cylinder portion Guide portion Double acting type Air 1 05 152 0 60 32 140 Rubber bumper Not required if used use turbine o...

Page 24: ...tate PNP output type With indicator lamp 4 5 to 28VDC Horizontal lead wire ZE275 With ZE275 3 wire solid state PNP output type With indicator lamp 4 5 to 28VDC Vertical lead wire ZE155 With ZE155 3 wire solid state NPN output type With indicator lamp 4 5 to 28VDC Horizontal lead wire A 1000 mm 39 in B 3000 mm 118 in G 300 mm 11 8 in with M8 connector ZE175 ZE275 only ZE235 With ZE235 2 wire solid ...

Page 25: ...s steel hard chrome plated for φ20 0 787 only Brass aluminum alloy for φ20 0 787 only special anti rust treated Aluminum alloy special anti abrasion treated Aluminum alloy special anti rust treated Aluminum alloy special anti rust treated Synthetic rubber NBR Synthetic rubber NBR Synthetic rubber NBR Synthetic rubber NBR Steel nickel plated Brass aluminum alloy for φ20 0 787 only special anti rust...

Page 26: ...g thread φ 6 0 236 φ10 0 394 φ16 0 630 Cylinder bore Stroke mm in Symbol Bore A B C D E F G H I J K L M N O 6 0 236 44 1 732 33 1 299 26 1 024 7 0 276 11 0 433 7 0 276 11 0 433 5 0 197 2 5 0 098 8 0 315 M3 0 5 M3 0 5 Depth 5 0 197 15 5 0 610 10 5 0 413 M3 0 5 10 0 394 49 1 929 36 1 417 28 1 102 7 5 0 295 13 0 512 8 0 315 11 0 433 6 0 236 3 0 118 8 0 315 M3 0 5 M3 0 5 Depth 5 0 197 18 0 709 10 5 0 ...

Page 27: ...02 79 3 110 B 15 0 591 15 0 591 21 0 827 26 1 024 C 10 5 0 413 10 5 0 413 11 0 433 11 0 433 mm in G I J H F E M3 0 5 Extended side piping port O ring D K2 K1 C Stroke B Stroke A Stroke M3 0 5 Retracted side piping port Hexagon socket head screw for securing rear piping base C B A Stroke M3 0 5 Symbol Cylinder bore Stroke Cylinder bore Stroke A 51 2 008 56 2 205 63 2 480 81 3 189 B 49 1 929 52 2 04...

Page 28: ... Note 2 Environmental protection Operation indicator Lead wire Ambient temperature Storage temperature range Contact protection Mass Model Note 1 Internal voltage drop varies depending on load current 2 Measured by Koganei test standards 3 Lead wire length ℓ A 1000 mm 39 in B 3000 mm 118 in Horizontal Vertical Reed switch type 5 to 28VDC 40 mA MAX 85 to 115VAC r m s 20 mA MAX 10 to 28VDC 5 to 40 m...

Page 29: ...ch type with indicator lamp 10 to 28VDC Horizontal lead wire ZE235 Solid state type 2 lead wire With indicator lamp 10 to 28V DC Vertical lead wire 85 to 115VAC ZE255 Solid state type 3 lead wire NPN output type With indicator lamp 4 5 to 28V DC Vertical lead wire ZE201 Reed switch type no indicator lamp 5 to 28VDC Vertical lead wire ZE275 Solid state type 3 lead wire PNP output type With indicato...

Page 30: ...1 8 10 5 0 413 31 1 22 Connector pin location M2 5 slotted set screw 6 0 236 15 0 591 4 6 0 181 Contact protection countermeasure for reed switch type sensor switch z In the case of connecting inductive load electromagnetic relay etc z In the case of capacitive surge generated when lead wire length exceeds 10 m 32 8 ft For stable use of reed switch type sensor switches take the contact protection ...

Page 31: ...er z Connection with solenoid valve Sensor switch Brown Blue Programmable controller input terminal COM Black AND serial connection OR parallel connection Sensor switch Brown Blue 4 5 to 28VDC Black Load z Basic connection z 3 lead wire PNP output type CR Note Note 1 Follow wire color code for proper connection Since there is no overcurrent protection improper wiring will break the sensor switch 2...

Page 32: ...olid state type Operating range ℓ Response differential C MaximumsensinglocationNote 6 0 236 2 1 3 0 0 083 0 118 10 0 394 2 6 3 6 0 102 0 142 16 0 630 4 0 5 2 0 157 0 205 20 0 787 4 0 5 5 0 157 0 217 1 0 0 039 or lower 6 0 236 Item Bore Bore Remark The table above shows reference values Note Values measured from opposite side of the lead wire mm in mm in z Reed switch type Operating range ℓ Respon...

Page 33: ... type Symbol Symbol Bore Bore Type Type Sensor switch mounting position for stroke end detection When the sensor switch is mounted at the position specified in the following diagram values in the table are reference values the magnet moves to the maximum sensing location position of the sensor switch at the stroke end z Double acting type z Single acting push type z Single acting pull type X Y X Y...

Page 34: ...33 MEMO ...

Page 35: ...ved defective under normal use free of charge and will provide the service necessary to replace such a part This warranty is in lieu of all other warranties expressed or implied and is limited to the original cost of the product and shall not include any transportation fee the cost of installation or any liability for direct indirect or consequential damage or delay resulting from the defects Warr...

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