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FH12 Series

0.5mm and 1mm Pitch Connectors For FPC/FFC

Bottom Contact Type (common for 0.5mm/1mm Pitch) 

Operation

Precautions

3) Rotate down the actuator until firmly closed.

It is critical that the inserted FPC/FFC is not
moved and remains fully inserted. Should the
FPC/FFC be moved, open the actuator and
repeat the process, starting with Step 1.

2. FPC/FFC Removal

1) Lift up the actuator.
2) Carefully remove the FPC/FFC.

6) Partial insertion of the FPC/FFC, offset insertion,

and diagonal insertion will result in an unfavor-
able engagement of the lock lever in which the
lock lever is raised. To correct this, first remove
the FPC/FFC and then reinsert it. Forcing the
lock will damage the connector.

7) When locking, handle the FPC/FFC so that a

load is not applied to the FPC/FFC as would
occur by pulling the FPC/FFC, or lifting it, etc. 
When a load is applied in the opposite direc-
tion to the rotational movement of the lock, an
excessive load will be applied and this will
cause connector damage.

8) At the time of lock operation, application of

force such as that indicated by the arrows in
the diagrams below will cause the lock lever to
disengage. When the lock lever has become
disengaged, please exchange the entire con-
nector.

Stiffener

18

Summary of Contents for FH12 Series

Page 1: ...he lock lever is open Doing so will cause the lock lever to become disen gaged or will damage the hook portion of the connector body 4 When inserting the FPC FFC do not forcefully rub against the surface beneath the connector insertion slot Doing so will result in the FPC FFC forcefully striking the contacts and this will cause contact deformation peeling of the FPC FFC conductors and other irregu...

Page 2: ...or able engagement of the lock lever in which the lock lever is raised To correct this first remove the FPC FFC and then reinsert it Forcing the lock will damage the connector 7 When locking handle the FPC FFC so that a load is not applied to the FPC FFC as would occur by pulling the FPC FFC or lifting it etc When a load is applied in the opposite direc tion to the rotational movement of the lock ...

Page 3: ...uctive traces Stiffener FPC insertion area 1 Avoid further lifting of the actuator once the lock has been released Doing so will cause the lock lever to separate from the rotational shaft and the lock lever will become disengaged or the hook portion of the connector body will be damaged 2 Avoid further pressing of the lock portion from the locked condition when the FPC FFC has not yet been inserte...

Page 4: ...ithout the FPC FFC inserted 3 Do not insert the FPC FFC diagonally Doing so will result in the corners of the FPC FFC catching on the contacts and will cause deformation of the contacts Actuator upright FPC FFC conductive traces Stiffener Slot 3 Press down the actuator in the direction shown 2 FPC FFC Removal Rotate the actuator upward and withdraw the FPC FFC 2 Do not attempt to open or over rota...

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