Tomoe T-DYNAMO 7E Instruction Manual Download Page 12

A

A

B

B

T750S only

T750S only

3-2 Expanded view (Single-acting type)

Note)   Parts whose part number is enclosed by a box (

) in the expanded view are 

included in "O-ring set". To order the parts, please specify "O-ring set".

 

When replacing consumables, please replace all the above-mentioned parts.

3-3 Output torque curves

3-4 Air consumption

 The table shows the torque at an operating air pressure of 0.4 MPa.

 Output torque for an operating air pressure of P MPa is given by : = P x (torque value obtained from the 
table)/0.4. (Only double-acting type cylinder)

 In the case of single-acting type cylinders, the spring force does not change even if the operating air pressure is 
changed. Thus the torque indicated by the dotted lines is constant regardless of the operating air pressure.  

 In the case of single-acting type cylinders, the output torque value at open

close is different from that at close

open. The continuous lines and dotted lines indicate the torques respectively.

  

7G (Open with pressure) 

7F (Close with pressure)

  Continuous line 

Torque at close

open with air pressure 

Torque at close

open with spring

 

Dotted line 

Torque at open

close with spring 

Torque at open

close with air pressure

 A valve for the single-acting type cylinder should be selected referring to the torque indicated with a dotted line.

Note)  Parts indicated by "

" in Remarks are included in "O-ring set". To order the parts, please specify "O-ring set". When replacing consum-

ables, please replace all the parts indicated by "

".

  VD: Double-acting type cylinder air consumption (N

)

  VS: Single-acting type cylinder air consumption (N

)

 A,B: Cylinder capacity (

)

  P: Operating pressure (MPa)
 N: 

Operating frequencies in a given time (1 round trip = 1) 

 

 CD: Double-acting type cylinder air consumption (N

/sec)

 CS: Single-acting type cylinder air consumption (N

/sec)

 

t: Unit time (sec)

(1) Required air consumption

(2) Air consumption within a unit time

Double-acting type

Double-acting type

VD=(A+B)

CD=

P+0.1013

0.1013

N

Single-acting type

Single-acting type

VS=(B)

P+0.1013

0.1013

N

VD

t

CS=

VS

t

(Note) The compressor should have a larger capacity 

than air consumption calculated in above (1) 
and (2). 

Cylinder capacity(

)

A                 B

Cylinder

Type

T35
T85

T200
T380
T750

0.2
0.4
0.8
1.8
3.2

0.2
0.5
1.1
2.1
4.6

Cylinder capacity(

)

---

T85S

T200S
T380S
T750S

---

0.5
1.1
2.1
4.6

Double-acting type(7E)

Single-acting type(7F/7G)

Cylinder

Type

 No.                          Description 

Q'ty Remarks 

No.                         Description 

Q'ty Remarks

 1  Case 

1  

30 

Connecting pin (shaft-yoke) 

  1   

 2  Shaft 

1  

31 

Sunk plug (shaft-yoke) 

  1   

 3  Yoke 

1  

32 

Parallel pin (piston) 

  2 

 4  Stopper 

1  

34 

C-retainer (lower shaft) 

 5  Piston 

2  

35 

C-retainer (piston) 

  2 

  6 

Cover 1 

1  

36 

Bearing housing 

T750S only

  7 

Cover 2 

1  

37 

Stopper bolt 

T750S only

  8 

Base plate 

1  

42 Spring 

 9  Bearing 

2  

43 

Spring guide 

  11  Indicator plate 

1  

44 

Hexagon bolt (spring guide) 

  13  Bearing 1(shaft-piston) 

  2   

 

 45   Spring washer (spring guide) 

  2 

  15  Bearing 3 (lower shaft) 

 

46 

Spring washer (cover 1

2) 8 

  17  Wear ring 

 48 

Hexagon socket head cap screw (cover 1, 2) 8 

  18  Piston support 

 49 

Hexagon socket head cap screw (base plate) 4 

  19  Thrust plate 

 

50 

Spring washer (base plate) 

  21  Position indicator 

1  

51 

Hexagon nut (cover 2) 

  23  Slit cover 

1  

52 

Hexagon nut (base plate) 

  24  Piston packing 

 

53 

Hexagon stop screw (cover 2) 

  25  O-ring for rotating shaft (top) 

  1   

 

 54   Hexagon stop screw (base plate) 

  1 

  26  O-ring for rotating shaft (bottom) 

  1   

 

 55   Spring washer (base plate) 

  1 

  27  Cover packing 

 

60 

Seal washer (cover 2) 

  29  O-ring (base plate) 

 62 

Hexagon socket head taper plug (cover 1) 1 

5

9

46, 48

36

23

21

11

5

4

46, 48

3

53

51

7

8

52

55

54

49,50

2

1

6

42

35

44 45

43

37

45

43

35

32

43

44

45

42

32

9

62

11

12

10 

100 

1000 

10 

20 

30 

40 

50 

60 

70 

80 

90 

Torque [Nm]

Opening [degree]

Opening [degree]

Double-acting type cylinder output torque

T750

T380

T200

T85

T35

Torque [Nm]

Single-acting type cylinder output torque

0

10

100

1000

10

20

30

40

50

60

70

80

90

T-750S - continuous line

T-750S - dotted line

 

T-380S - dotted line

T-200S - dotted line

T-85S - dotted line

T-380S - continuous line

T-200S - continuous line

T-85S - continuous line

Summary of Contents for T-DYNAMO 7E

Page 1: ...pe cylinder 3 2 Expanded view Single acting type cylinder 3 3 Output torque curves 3 4 Air consumption 4 CYLINDER SYSTEM CONFIGURATION 4 1 System configuration 4 2 Speed controller 4 3 Adjustment of v...

Page 2: ...and inspection of this product If there are any questions please contact our sales department Reference values and limit values for operation maintenance and inspection specified in this instruction...

Page 3: ...packing 2 The shaft penetrates the chamber of the case The yoke is fitted in the hole across the shaft in such a way that it allows it to slide in the hole The top of the yoke is connected with the p...

Page 4: ...ting type cylinder 7F 7G 1 3 Type description 1 4 Standard specifications Double acting type cylinder 7E Single acting type cylinder 7F 7G T85 T 8 5 S The output torque of single acting type differs f...

Page 5: ...2 1 3 Fail safe design When the unit is used for the point where fail safe design is required adopt a method where the system responds in a way that will cause no harm using a single acting type cylin...

Page 6: ...ocation The following measures should be taken depending on the atmosphere of the location where this product is installed Locations which are exposed to gas containing salt corrosive gas chemical sol...

Page 7: ...le paying attention to the following items If dents or scratches are made on impact to ensure safety stop using the product and replace the product This product attachments and pneumatic pipelines sho...

Page 8: ...atic devices in which the pneumatic pipeline inlet of this product or the end of the plant pipeline is connected with a long pipeline air supply amount and air supply pressure may be insufficient for...

Page 9: ...ion check that the manual gear is at the position of automatic operation and the bypass valve is closed They are not returned automatically 2 4 8 Others If air supply is stopped for a long period of t...

Page 10: ...be checked that opening of the valve and the opening of this product are the same If the openings are not the same opening and closing operation is performed in the reverse way 2 5 6 Replacement of c...

Page 11: ...ng washer cover 1 2 8 14 Bearing 2 1 T35 only 47 Hexagon socket head cap screw cover 1 2 8 15 Bearing 3 lower shaft 1 49 Hexagon socket head cap screw base plate 4 T35 2pcs 16 Bearing 4 upper shaft 1...

Page 12: ...2 1 37 Stopper bolt 1 T750S only 8 Base plate 1 42 Spring 2 9 Bearing 2 43 Spring guide 2 11 Indicator plate 1 44 Hexagon bolt spring guide 2 13 Bearing 1 shaft piston 2 45 Spring washer spring guide...

Page 13: ...e cylinder air consumption N VS Single acting type cylinder air consumption N A B Cylinder capacity P Operating pressure MPa N Operating frequencies in a given time 1 round trip 1 CD Double acting typ...

Page 14: ...box This switch box is for remotely displaying the open close status of the valve Positioner unit E P Positioner and P P Positioner This unit features a function that allows total control of the valve...

Page 15: ...ht knob and adjust the closing speed with the left knob For single acting type cylinders only the speed when operating air is discharged can be adjusted Adjust the speed only with the right knob For p...

Page 16: ...sition becomes shallow Please refer to Table 1 for rotation angles Hexagon stop screw Hexagon stop screw Seal washer Position indicator For pressure closing single acting type cylinders 7F the opening...

Page 17: ...red angle The hexagon stop screw is rotated clockwise and the valve full open position becomes shallow Please refer to Table 1 for rotation angles How to restore after adjustment 1 Hold the hexagon st...

Page 18: ...w Knob Approx 10 mm Automatic operation Bypass valve closed Manual operation Bypass valve open Do not use a spanner a monkey wrench or the special lever in the following cases as it could result in a...

Page 19: ...en the cross recessed head screw to lock the knob Reconnect the solenoid valve or the air pipeline When the manual gear and the manual screw handle are not installed Remove spanner monkey wrench or sp...

Page 20: ...h the attachment part plate and the filter regulator with the attachment part clamp 3 Fasten the attachment part clamp with screws long Fig 12 Installation procedure P31EA22MMBNNP Rc1 4 0 4 0 7MPa Max...

Page 21: ...ed on cover 1 of this product Fig 13 2 The solenoid valve installation orientation depends on whether the valve is opened or closed when energized To reverse the orientation remove the solenoid valve...

Page 22: ...ous situation 1 Set the position to full close on this product 2 Loosen the cover holding bolts at the four corners of the limit switch box and remove the top cover Fig 15 3 Pull the top cover out upw...

Page 23: ...tic pipelines and electric wiring from this product 2 Remove the bolts and spring washers that fasten this product to the valve then take out this product from the valve Removal of the unit from the v...

Page 24: ...1 Q ty 2 pcs for each 4 pcs for each Type 35 T85 T750 T85S T750S 7 Take out the yoke and the bearing from the case Please note that the type and quantity of the bearing of T35 is different from those...

Page 25: ...screw in the bolts to the length shown in Table 8 and tighten them Fig 23 Not required for T750S 7 Loosen the hexagon socket head cap screws and alternately When the cover and the bolts for disassem...

Page 26: ...is a mounting direction for the yoke Assemble the unit so that the face stamped with UP mark of the yoke faces to the upper side of the cylinder Note If F mark is stamped on the yoke instead of UP ma...

Page 27: ...sure the free movement of the piston Fig 33 Insert the connecting pin after making sure that the pin hole of the yoke and the pin hole of the shaft are aligned Insert the connecting pin into the tappe...

Page 28: ...le 12 Grease application amount Thrust plate Case Stopper Shaft Thrust plate Base plate Hexagon socket head cap screws Spring washer For T35 Apply liquid gasket to the designated area on the base plat...

Page 29: ...t wrong cover installation causes defective operation such as air leakage Forcible assembly of single acting type cylinders such as uneven tightening of the hexagon socket head cap screw to mount the...

Page 30: ...hten the bolts for disassembly until the dimension A in the figure becomes the distance where the hexagon socket head cap screws which had been mounted to the product can engage the case And then inst...

Page 31: ...e knob of the speed controller Supply pressure of compressed air etc is high Decrease the air supply pressure within the range of the specifications of this product Speed controller is closed too much...

Page 32: ...aused by fire flood earthquakes fall of rocks and other acts of God 12 The failure was caused by other reasons which are not our responsibility In addition the forgoing warranty is only applicable to...

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