02 05 000 0003 HARTING, 02 05 000 0003 Datasheet - Page 17

• Manufacturer Part Number: 02 05 000 0003
• Description: Hard Metric Connectors 160P FEMALE CBL MNT NO CONTACTS
• Manufacturer: HARTING
• Series: har-bus 64 Seriesr

Specifications of 02 05 000 0003

• Product Type: Female
• Number Of Positions / Contacts: 160
• Mounting Angle: Straight
• Termination Style: Crimp
• Contact Material: Copper Alloy
• Contact Plating: Gold over Nickel
• Mounting Style: Free Hanging
• Number Of Rows: 5
• Pitch: 2.54 mm
• Pitch Spacing: 2.54mm
• No. Of Contacts: 160
• Gender: Receptacle
• No. Of Rows: 5
• Rows Loaded: A + B + C + D + E
• Connector Type: DIN 41612
• Features: Type C
• Rohs Compliant: Yes
• Contact Termination: Crimp
• Lead Free Status / RoHS Status: Lead free / RoHS Compliant

System description
Backward compatible system upgrade with inverse connectors
The inverse types of DIN 41 612 connectors,
e.g. 3 row type R connectors, have a strong
position in telecoms. However, the trend is for
increasing data transfer rates and the demand
for additional signal pins.
that supplies additional rows d and z to type R
connectors according to DIN 41 612.
Due to the special design of the moulding the
male connectors are backwards compatible to
3 row type R female connectors. An internal
coding system prevents the mismating of
female connectors.
The male connector is fully compatible with all
3 row type R female connectors and the 5 row
angled
inverse is a 5 row 160 pin connector
female connector.
inverse
The 5 row inverse connector system allows a
gradual enhancement of existing systems. The
5 row male connector is mateable with both
daughter cards with 3 row female connectors
and with innovative high-speed boards with 5
row female connectors.
The additional contact rows d and z of
inverse offer following advantages to the user:
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Additional contacts for I/O or new functions
yet to be defined
Improved signal/ground ratio for reliable
data transfer at rates up to 320 MByte/s
Backward compatibility i.e. daughter cards
with 3 row connectors can be upgraded
without function loss
Secure mating due to internal coding
Gradual system enhancement on demand
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