HRS FH67 Series Manual

0.5mm Pitch, 3.57mm depth One Action Lock, Vertical connection FPC/FFC/Shield FFC connector
FH67 Series
■Features
1. Automatic one action lock design
One action locking by simply inserting FPC after
mounting contributes to enhanced workability. (Fig.1)
(Lock release by operating the lock lever when
removing.)
· Operation of the lock lever is not required at the time of
mating FPC. Can be inserted with one hand.
Contributes to reduced assembly time.
The lock lever will not be damaged by operation.
Mating failure due to FPC displacement does not occur
during lock lever operation.
2. Two-point contact prevents contact
failure by dust
· High contact reliability by independent spring two-point
contact design, preventing contact failure due to dust.
(Fig.2)
3. Supports FPC/FFC/Shield FFC
· FH67 allows you to choose from FPC/FFC/Shield FFC.
· Shielded FFC is acceptable for EMI prevention. (Fig.3)
4. High FPC retention force
· The circuit is automatically locked after FPC/FFC is
inserted by a one action. The notches on both sides of
FPC are held by the lock lever, generating a high FPC
retention force in spite of the small contact. (Fig.4)
5. Visual inspection on the mated status
of FPC/FFC is possible
· Insufficient insertion during assembly is prevented due
to lock lever protrusion after FPC/FFC insertion. (Fig.5)
6. Environmental
· Halogen free
*As defined by IEC 61249-2-21.
Br : 900ppm max, Cl : 900ppm max, Br+Cl : 1,500ppm
max
FPC/FFC can be checked from the top surface after mating.
○ ： Mated condition
Viewing section
In cases where the application will demand a high level of reliability, such as automotive,
please contact a company representative for further information.
× ： Insufficient insertion condition
Cannot see viewing section
Fig.5
One Action Lock (Dimension diagram : 30pos.)
Insert FPC/FFC without opening the lock
lever before insertion!
5.2mm
Two-point contact design for dust prevention
Two-point independent spring contact
Supports FPC/FFC/Shield FFC
Shielded FFC is acceptable for EMI prevention
Shield FFC
Ground contact and FFC Ground plate contact at multiple points.
High FPC retention force
Robust lock firmly retains FPC/FFC.
Fig.1
3.57mm
Fig.2
Ground
contact
Fig.3
Fig.4
1
2019.10