HARTING har-modular Montageanleitung Seite 2

Female connector:
Place the assembly aid on a smooth surface with the word
"FEMALE" facing up.
1. Place all the modules of the desired female connector on
the assembly aid in the correct order, ensuring that the
connector face is facing sideways and the date indicator
is always visible from the same module side.
P module female:
the guide pin is shifted
to one side.
Date indicator
on label side
It can be helpful for this to place the already assembled
male connector next to the assembly aid with the
connector face towards it.
Female modules arrayed on assembly aid
Check that
• the s equence in the connector face matches that
of the already assembled har-modular
connector.
• the P modules face the right way. The guide pin of
the P module is shifted to one side to realize a
polarization of the har-modular
guide pin needs to match the opposite P module.
2. Place the yellow fixing rail in the slot on the connection
side of the module row so that the HARTING logo is
easily visible.
Make sure that the fixing rail does not extend beyond
the modules and is of a correct length. Now press the
upper edge of the fixing rail into the upper slot of the
module. Start this at one of the two ends and connect
one module after the other.
3. Then turn the modules around so that the freshly
attached fixing rail lies on the assembly aid and repeat
step 2.)
4. Install any special contacts in the corresponding M1
modules.
Fully assembled
male connector
Now you have assembled the male and female and the
har-modular
Then the guide pin is inserted in the T module of the
female, if required, and fastened with the self-locking
nut from the PCB back.
male
®
Guide pin
02 09 500 0004
for T module
® connector. The
connectors can be soldered to the PCB.
®
Disassembly instructions
For disassembly, pull or push the modules out to the
left or right between the two fixing rails. It is easiest to
disassemble the modules one after the other. Start with an
outermost module for this.
Individual modules can always only be moved a little on
the fixing rails. Each module has a lock-in element that is
responsible for positioning it on the fixing rail. When a
module is pushed along the fixing rail, it thus "jumps" from
one position to the next, so to speak.
The disassembly of modules requires some force. It can
therefore be helpful to drive a pointy object (e.g. tweezers
or small screwdriver) between the modules. The small
openings in the connector face can be helpful for this.
Frequent assembly and disassembly can lead to more play
between individual modules in an assembled condition than
is customary with new fixing rails and modules.