2 HARTING
har
-speed M12
H A R T I N G
har
- s p e e d M 1 2
30 - 35 mm
12 mm
4
1. Remove cable sheath.
2. Draw up the braid.
3. Remove paired shielding.
4. Remove plastic foil.
5. Remove wire insulation.
6. Crimp contacts.
7. Attach locknut and seal.
8. Pull braid apart.
9. Attach shield element
(braid lies between seal and
shield element).
10. Place contact in insulator.
11. Lock cover on insulator and
insert insulator into housing.
Observe coding!
12. Remove excess braid. 13. Tighten locknut.
Cabling instructions
With har-speed M12 HARTING bases the Ethernet
network on a sustainable M12 foundation. The
har-speed M12 differs significantly from today’s
M12 connectors for Ethernet because it is based
on a 4-pair connector face with paired shielding.
This allows har-speed M12 to be used for Ethernet
transfer rates up to 10 Gigabit. The new HARTING
har-speed M12 connector is, therefore, capable
of complying with the high requirements of the
transfer class EA, respectively the Cat. 6A. For the
first time an M12 cabling system can be used for
relevantly high data performance and permanent
sustainability.
The har-speed M12 connectors can be optimally
used for applications with bandwidths in
machine and facility engineering, but also for
the IP 67 infrastructure. The basis for the new
development is the new PAS 61076-2-10x that
defines a uniform connector face for 8-pole M12
connectors.
The new connector face complies with the
following requirements:
• Maximum data rates through the configuration
of the contacts in conformance with Ethernet
technology.
• Minimal interaction and perfect shielding
through paired shielding of the contacts.
• Fault proof connection through coding of the
connector face. A connection error with other
8-pole M12’s is impossible.
Overmolded versions in different lengths and a
crimp connector for the local cabling are the first
system components for a comprehensive cabling
infrastructure solution by HARTING.
har-speed M12: The innovative solution