Micro 360® Circular Threaded Panel Mount Straight Thru-Hole

Omnetics micro series of circular connectors are now available with metal housings giving them a environmental seal. They have ability to withstand high shock and vibrations while maintaining electrical integrity. A variety of shell material and finishes are available. Sizes available 5, 7, 12, 16, 27 & 39 .

Electrical Mechanical Specifications
Temperature:	-55ºC to 125ºC (200ºC with HTE)
Insulation Resistance:	5000 megohms min @ 500 VDC
Contact Resistance:	26 Milliohm Max (65 mV Drop Max) @ 2.5 AMPs per MIL-DTL-83513
Voltage Rating (DWV)	600 VAC RMS at Sea Level
Shock:	50 g’s with no discontinuties > 1 microsecond
Vibration:	20 g’s with no discontinuties > 1 microsecond
Current Rating:	3 AMPs per contact
Mating/Unmating Force:	3 oz (85 g) typical per contact
Sealing:	Up to IP67. Consult Factory for more options.
Thermal Vacuum Outgassing:	NASA SP-R-0022
Material Specifications
Shell Material and Finish:	Ni Plated Brass or Black Ni. Contact Factory for other Materials
Insulator:	LCP per MIL-M-24519, Type GLCP-30F
Pin:	Beryllium Copper per ASTM B194, Alloy C17200
Socket:	Copper Alloy MIL-DTL-83513
Encapsulant:	Epoxy
Standard PC Tail Finish:	Solder per J-STD-006 (Non-RoHS)
RoHS PC Tail Finish:	Hard gold plate per ASTM B488

Tested to and passed the following performance specifications of MIL-DTL-83513

Current Rating:	3 amps max
Dielectric Withstanding Voltage	600 VAC RMS
Insulation Resistance:	5000 megohms @ 500 VDC
Contact Resistance	26 milliohms (65 mv) max @ 2.5 amps
Mating/Unmating Force	Forces not to exceed 10 oz/contact
Temperature Cycling	-55ºC to 125ºC, 5 Cycles
Humidity Mated	IAW EIA-364-31, Method IV, Omit Steps 7A & 7B
Vibration	IAW EIA-364-28, Condition IV
Mechanical Shock:	IAW EIA-364-27, Condition E
Durability	500 cycles
Contact Resistance after Durability	26 milliohms (65 mv) max @ 2.5 amps
Mating/Unmating after Durability:	Forces not to exceed 6 oz/contact
Salt Spray:	48 hrs IAW-MIL-STD-1344, Method 1001.1, Test Condition B
Low Level Contact Resistance after Salt Spray:	28 milliohms max (2.8 mv) max @ 100 milliamps
Contact Resistance after Salt Spray:	28 milliohms (70 mv) max @ 2.5 amps
Mating/Unmating force after Salt Spray:	Forces not to exceed 6 oz/contact
Contact Retention after Salt Spray:	Minimum of 5 lbs contact retention
Thermal Vacuum Out gassing:	NASA SP-R-0022
Solder Heat & Contact	360 ° C for 10 sec. & contacts must withstand 5 lbs retention force
Retention:	5 lbs retention force
Solder ability:	MIL-STD-202, Method 208

* Currently Qualified To MIL-DTL-83513 01/02/03/04 Specifications
* Forces as measured using minimum and maximum diameter test sleeves

Micro 360® Circulars Threaded Panel Mount Wired/Cable

Electrical Mechanical Specifications
Temperature:	-55ºC to 125ºC (200ºC with HTE)
Insulation Resistance:	5000 megohms min @ 500 VDC
Contact Resistance:	26 Milliohm Max (65 mV Drop Max) @ 2.5 AMPs per MIL-DTL-83513
Voltage Rating (DWV)	600 VAC RMS at Sea Level
Shock:	50 g’s with no discontinuties > 1 microsecond
Vibration:	20 g’s with no discontinuties > 1 microsecond
Current Rating:	3 AMPs per contact
Mating/Unmating Force:	3 oz (85 g) typical per contact
Sealing:	Up to IP67. Consult Factory for more options.
Thermal Vacuum Outgassing:	NASA SP-R-0022
Material Specifications
Shell Material and Finish:	Ni Plated Brass or Black Ni. Contact Factory for other Materials
Insulator:	LCP per MIL-M-24519, Type GLCP-30F
Pin:	Beryllium Copper per ASTM B194, Alloy C17200
Socket:	Copper Alloy MIL-DTL-83513
Encapsulant:	Epoxy

Tested to and passed the following performance specifications of MIL-DTL-83513

Current Rating:	3 amps max
Dielectric Withstanding Voltage	600 VAC RMS
Insulation Resistance:	5000 megohms @ 500 VDC
Contact Resistance	26 milliohms (65 mv) max @ 2.5 amps
Mating/Unmating Force	Forces not to exceed 10 oz/contact
Temperature Cycling	-55ºC to 125ºC, 5 Cycles
Humidity Mated	IAW EIA-364-31, Method IV, Omit Steps 7A & 7B
Vibration	IAW EIA-364-28, Condition IV
Mechanical Shock:	IAW EIA-364-27, Condition E
Durability	500 cycles
Contact Resistance after Durability	26 milliohms (65 mv) max @ 2.5 amps
Mating/Unmating after Durability:	Forces not to exceed 6 oz/contact
Salt Spray:	48 hrs IAW-MIL-STD-1344, Method 1001.1, Test Condition B
Low Level Contact Resistance after Salt Spray:	28 milliohms max (2.8 mv) max @ 100 milliamps
Contact Resistance after Salt Spray:	28 milliohms (70 mv) max @ 2.5 amps
Mating/Unmating force after Salt Spray:	Forces not to exceed 6 oz/contact
Contact Retention after Salt Spray:	Minimum of 5 lbs contact retention
Thermal Vacuum Out gassing:	NASA SP-R-0022
Solder Heat & Contact	360 ° C for 10 sec. & contacts must withstand 5 lbs retention force
Retention:	5 lbs retention force
Solder ability:	MIL-STD-202, Method 208

* Currently Qualified To MIL-DTL-83513 01/02/03/04 Specifications
* Forces as measured using minimum and maximum diameter test sleeves

Micro 360® Circular Threaded Metal Shell

Electrical Mechanical Specifications
Temperature:	-55ºC to 125ºC (200ºC with HTE)
Insulation Resistance:	5000 megohms min @ 500 VDC
Contact Resistance:	26 Milliohm Max (65 mV Drop Max) @ 2.5 AMPs per MIL-DTL-83513
Voltage Rating (DWV):	600 VAC RMS at Sea Level
Shock:	50 g’s with no discontinuties > 1 microsecond
Vibration:	20 g’s with no discontinuties > 1 microsecond
Current Rating:	3 AMPs per contact
Mating/Unmating Force:	3 oz (85 g) typical per contact
Sealing:	Up to IP67. Consult Factory for more options.
Thermal Vacuum Outgassing:	NASA SP-R-0022
Material Specifications
Shell Material and Finish:	Ni Plated Brass or Black Ni. Contact Factory for other Materials
Insulator:	LCP per MIL-M-24519, Type GLCP-30F
Pin:	Beryllium Copper per ASTM B194, Alloy C17200
Socket:	Copper Alloy MIL-DTL-83513
Encapsulant:	Epoxy

Tested to and passed the following performance specifications of MIL-DTL-83513

Current Rating:	3 amps max
Dielectric Withstanding Voltage	600 VAC RMS
Insulation Resistance:	5000 megohms @ 500 VDC
Contact Resistance	26 milliohms (65 mv) max @ 2.5 amps
Mating/Unmating Force	Forces not to exceed 10 oz/contact
Temperature Cycling	-55ºC to 125ºC, 5 Cycles
Humidity Mated	IAW EIA-364-31, Method IV, Omit Steps 7A & 7B
Vibration	IAW EIA-364-28, Condition IV
Mechanical Shock:	IAW EIA-364-27, Condition E
Durability	500 cycles
Contact Resistance after Durability	26 milliohms (65 mv) max @ 2.5 amps
Mating/Unmating after Durability:	Forces not to exceed 6 oz/contact
Salt Spray:	48 hrs IAW-MIL-STD-1344, Method 1001.1, Test Condition B
Low Level Contact Resistance after Salt Spray:	28 milliohms max (2.8 mv) max @ 100 milliamps
Contact Resistance after Salt Spray:	28 milliohms (70 mv) max @ 2.5 amps
Mating/Unmating force after Salt Spray:	Forces not to exceed 6 oz/contact
Contact Retention after Salt Spray:	Minimum of 5 lbs contact retention
Thermal Vacuum Out gassing:	NASA SP-R-0022
Solder Heat & Contact	360 ° C for 10 sec. & contacts must withstand 5 lbs retention force
Retention:	5 lbs retention force
Solder ability:	MIL-STD-202, Method 208

* Currently Qualified To MIL-DTL-83513 01/02/03/04 Specifications
* Forces as measured using minimum and maximum diameter test sleeves

Micro-D

Bi-Lobe® / Nano-D

Micro and Nano Strips

Micro and Nano Circulars

High Speed

Polarized Nano

Power & Signal Hybrids

Nano Coax Connectors

Neuro Connectors

IP68

Standards

COTS

Micro 360® Circular Threaded Panel Mount Straight Thru-Hole

Micro 360® Circulars Threaded Panel Mount Wired/Cable

Micro 360® Circular Threaded Metal Shell

Micro-D

Bi-Lobe® / Nano-D

Micro and Nano Strips

Micro and Nano Circulars

High Speed

Polarized Nano

Power & Signal Hybrids

Nano Coax Connectors

Neuro Connectors

IP68

Standards

COTS