background image

3. When connecting the rotating shaft to other parts. please

ensure a tight fit between them. Without a tight fit.  the lid

will not slow down properly when closing.

5

+0.10 

+0.05 

Non-damping range 

<Recommended dimensions for a rotating shaft opening> 

4. The  time  it  takes  for  a  lid  with  a  damper  to  close

variesaccording  to  the  ambient  temperature.  As  the

temperature  increases.  it  takes less time. and as  the

temperature  decreases.  it will take longer for the lid to

close. This is because the  viscosity  of the oil inside the

damper changes according to the temperature. When the

temperature returns to normal, the required time will return

to normal as  well.  The temperature characteristics  are

shown in the graph below.

Temperature characteristics of the FYN-Ml  Series 

'  ' 

10 

-+---�---------�--------�--!-----+--------

--------f--

_______ L ________ .J __ .1 ______ , _________  --------L--

�  6  --:----�---------�---

----�--t------:--------- --------�--

Q) 

!  :  : 

-+---�--------+-------�-+----+----

--------f--

--:-----:---------r---------:--+------:--------- --------r--

-5 

23 

50 

(Ambient temperature  'CJ 

fflithii

RoHS Compliant 

eProducts specification might be changed without notice. 

5. The  standard  for a  damper's  working  angle  is  180

° 

with

respect to the main body's attachment flange. Rotating the

damper beyond this angle will cause damage to the damper.

Please make sure that an external stopper is in place.

<FYN-M1-R> 

Position of the rotating shaft when 

the damping process is complete 

6. The direction in which torque is generated varies according

to the model. Please select the appropriate model for your

purpose.

Summary of Contents for FYN-M 1 Series

Page 1: ...rection Clockwise Counter clockwise Clockwise Counter clockwise Clockwise Counter clockwise Clockwise Counter clockwise 0 N s 1 The FYN M1 Series is designed to generate a large torque up to 90 in a c...

Page 2: ...Ml Series I I I I I I I 10 f 1 I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I _______ L ________ J__ 1 ______ _________ L 1 I I I I I I I I I I I I I I I I I I I I I I I I I I...

Page 3: ...sure When a lid is closed from a horizontal position as shown in Diagram B a strong torque is generated just before the lid is fully closed causing the lid to not close properly Diagram A The damper t...

Page 4: ...thout notice Temperature characteristics of the FYN Pl series 0 o 1 0 2 0 3 0 40 s o Ambient temperature C 5 The damper s working angle is 115 as shown below Rotating the damper beyond this angle will...

Page 5: ...wn in Figure B the strong torque generated just prior to a complete closure may prevent the lid from becoming fully closed Figure A Figure B Stronger damper torque S t r o n g e r d a m p e r to r q u...

Page 6: ...ries Temperature characteristics 0 10 0 10 20 30 40 50 Ambient temperature Q 5 The damper action angle is 110 as shown below Rotating it beyond this angle will cause the damper to break Ensure that an...

Page 7: ...in Diagram A comes to a full closure When a lid is closed from a horizontal position as shown in Diagram B a strong torque is generated just before the lid is fully closed causing the lid to not close...

Page 8: ...changed without notice 0 10 Temperature characteristics of the FYN B1 series 20 30 40 50 Ambient temperature CJ 5 The damper s working angle is 110 as shown below Rotating the damper beyond this angl...

Page 9: ...closure When a lid is closed from a horizontal position as shown in Diagram B a strong torque is generated just before the lid is fully closed causing the lid to not close properly 2 When using a damp...

Page 10: ...he right 10 u I C _Q 5 Q 0 FYN U 1 Series Temperature Property Graph 0 10 0 10 20 30 40 50 Ambient Temperature CJ 5 The damper s working angle is 110 as shown below Rotating the damper beyond this ang...

Page 11: ...efore it closes completely For a lid that closes from a horizontal position as shown in Figure B the strong torque generated just prior to a complete closure may prevent the lid from becoming fully cl...

Page 12: ...t notice FYN C1 series Temperature characteristics o 10 0 10 20 30 40 50 Ambient temperature 5 The damper action angle is 110 as shown below Rotating it beyond this angle will cause the damper to brea...

Page 13: ...is fully closed causing the lid to not close properly Diagram A he damper torque becomes larger preventing the lid from slowing down o I The damper torque becomes larger preventing the lid from closi...

Page 14: ...t be changed without notice 15 u 10 f E 5 0 10 0 10 Temperature characteristics of the FYN D3 series 20 30 40 so Ambient temperature CJ 5 The damper s working angle is 110 as shown below Rotating the...

Page 15: ...d to not close properly Torque is generated in both clockwise and counterclockwise directions in the FTY Dl series Unlike the FYN Dl series it does not have a fixed orifice for adjusting torque Theref...

Page 16: ...0 10 20 30 40 50 Ambient temperature C 5 The damper s working angle is 110 as shown below Rotating the damper beyond this angle will cause damage to the damper Please ensure that an external stopper...

Page 17: ...e lid to not close properly Torque is generated in both clockwise and counterclockwise directions in the FTY H1 series Unlike the FYN Hl series it does not have a fixed orifice for adjusting torque Th...

Page 18: ...H1 H2 series the amount of generated torque can be adjusted with the adjustment knob located towards the rear of the main body Insert a screwdriver in the minus groove to turn 2 Turn the adjustment kn...

Page 19: ...However because the self adjusting FYN 51 series is designed to self adjust the damping force damping constant according to the applied load the working speed fluctuates less compared to conventional...

Page 20: ...l return to normal as well The time it takes for the lid to close is shown in the graph to the right 4 The damper s working angle is 130 as shown below Rotating the damper beyond this angle will cause...

Page 21: ...nt according to the applied load its motion time fluctuates less than that of conventional dampers when the load changes The acceptable range of torque is 1 O to 1 SN m or 20 to 25N m Please select yo...

Page 22: ...cs will return to normal as well The time it takes for the lid to close is shown in the graph to the right 4 The damper s working angle is 106 as shown below Rotating the damper beyond this angle will...

Page 23: ...damping strength damping constant according to the applied load its motion time fluctuates less than that of conventional dampers when the load changes The acceptable range of torque is 20 to 35 N m...

Page 24: ...normal the damper characteristics will return to normal as well The time it takes for the lid to close is shown in the graph to the right 4 The damper s working angle is 94 as shown below Rotating the...

Page 25: ...o self adjustable the damping strength damping constant according to the applied load its motion time fluctuates less than that of conventional dampers when the load changes The acceptable range of to...

Page 26: ...rotor at shipping Rotational position of the rotor at shipping Rotation starting position 10 10 20 30 40 50 Ambient temperature Cl Rotation starting position Rotation completion position Rotation star...

Page 27: ...the oil inside the damper changes according to the temperature When the temperature returns to normal the damping constant will return to normal as well E 200 5 150 ln Q f 100 D 50 5 0 10 20 Temperatu...

Page 28: ...of torque generation should be 1 rad sec or less FYT LA3 FYN LA3 L i ll MilifM DD Dffltit4N RoHS Compliant eProducts specification might be changed without notice FYN LA3 R Rotor position indicator IH...

Reviews: