OmneMed™ Series OmneMed™ Connector

OmneMed™ Connector Series

SpecificationsDimensionsOrdering GuideAccessories/HW

OmneMed™ series plastic connectors are ergonomic easy to handle connectors that are ideal for the I/O interface on instrument control units. These high end connectors are perfect for applications where low mating force and high numbers of mating cycles are needed. High Impact Polycarbonate shells can withstand the harshest environments.
OmneMed™ series connectors are available with easily installable and removable crimp or soldercup contacts. The low profile latching system offers an audible click to let the user know that a positive lock was achieved.


OmneMed™ Connector Series

  • 3 to 12 amp Current Capacity
  • Removable Contacts
  • Solder Cup or Crimp Terminations
  • Mix & Match Pins and Sockets in Plug and Receptacle
  • Low Mating/De-mating Force
  • Shock and Vibration Resistant
  • Available as a Kit or as part of a Complete Turnkey Harness Solution
  • Over 10,000 Connector Mating Cycles
  • Medical Devices
  • Dental Equipment
  • Scientific Instruments
  • Industrial Equipment
  • Military
  • Aerospace
  • Test & Measurement
  • Over 10,000 Connector Mating Cycles
Competitive Advantage:
  • Improved Latch
  • More Ergonomic
  • Robust Cable Clamp
  • Enhanced Strain Relief
  • Higher Density Contact Patterns
  • Easier to Remove Contacts
  • Quick Turn Kits
  • Full Turnkey Assembly Solutions
Mechanical Specification Test Procedure
Connector Mating Force 3.5 lbs. max. EIA-364, TP 13
Connector Retention Force 20.0 lbs. min. EIA-364, TP 90
Contact Retention Force 5.0 lbs. min. per contact EIA-364, TP 29
Connector Mating Cycles 10,000 min. EIA-364, TP 9
Random Vibration 19.6 G (root mean square) EIA-364, TP 28; Test Condition V;
Mil-Std-1344, Method 2005
Mechanical Shock 50 G EIA-364, TP 27; Mil-Std-1344,
Method 2004

Current Rating
(all circuits energized, 30°C rise)
3 position:12.0 amp
7 position:4.0 amp
9 position:3.5 amp
14 position: 3.0 amp
EIA-364, TP 70
Low Level Contact Resistance 3 position: < 2 mOhm
7, 9 & 14 position: < 4 mOhm
EIA-364, TP 23; Mil-Std-1344,
Method 3002
Insulation Resistance >10,000 MW EIA-364, TP 21; Mil-Std-1344,
Method 3003
Dielectric Withstanding Voltage 3 position: 3,500 VAC
7 position: 2,500 VAC
9 position: 2,000 VAC
14 position: 1,800 VAC
EIA-364, TP 20; Mil-Std-1344,
Method 3001

Protection Index IP50 IEC 60529
Operating Temperature -40°C to 85°C

Molded Parts (except as indicated below) Polycarbonate (PC)
Cable Clamp Polyethersulfone (PES)
Bend Relief Thermoplastic Elastomer (TPE)
Mounting Hex Nut Die Cast Zinc with Nickel Plating
Contact Wires & Spring Clips Beryllium Copper
All other parts High Conductivity Copper Alloys
Contact Plating

50 u inch of gold plating over nickel on all sliding contact surfaces

10 u-inch of gold plating on all other surfaces