Commercial MATE-N-LOK Contact【100 Pieces Per Package】 (Part Numbers)

Features

● Commercial MATE-N-LOK Connectors are compact, lightweight nylon connectors with excellent impact and vibration resistance. They are widely used in applications such as home appliances, office machinery, motor vehicles, FA machinery and other electronic devices.
● Because the lock mechanism is attached after coupling, the structure prevents the counterpart connector from disconnecting due to vibration.
● Commercial MATE-N-LOK Connectors have acquired both UL and CSA certification, meaning the performance quality of both standards provides a high level of assurance for use.
● The Pro Crimper, a manual crimping tool for nylon connector crimping, can also be used simply by die replacement.
● UL No.E28476

Compatible Wire Size

	AWG	Conductor Section Area mm2	Sheath Outer Diameter φ (mm)
Size	24 ~ 14	0.2 ~ 2.27	1.9 ~ 3.3

Specifications

Item	Contents
Rated Current	See table below
Rated Voltage	250 VAC or less
Withstand Voltage	1,500 VAC / 1 minute
Insulation Resistance	500 MΩ or more
Contact Resistance	See table below
Operating Temperature Range	+105°C or less
Thermal Shock	-55°C ~ +85°C
Temperature / Humidity Cycling	10°C ~ 65°C by 90 ~ 95 RH
Corrosion	5% by 48 Hours (Salt Mist)
Vibration	1.52 mm for all processes 10 - 55 - 10
Physical Impact	18 shocks, 50 Gs sawtooth in 10 milliseconds
Durability	Coupling and Detaching 50 Times

Allowable Current and Contact Resistance

Wire Size (AWG)	Allowable Current (A)	Contact Resistance (mΩ or less)
24	1.5	3.50
22	3	3.50
20	4.5	3.00
18	6	3.00
16	8	2.75
14	10	2.75

Material / Finish

Item	Materials	Finish
Housing	Nylon	UL94V-2 (Natural Color)
Contact	Brass	Tin-plated

Connector / Wire Selection Guidelines

● The thicker the wire, the less the current is reduced due to internal resistance, allowing higher current to be supported. Moreover, because the resistance is decreased by using a thick wire, it's possible to reduce the generation of heat. In addition, the wire also has a role in expelling heat from inside the connector.
● Connectors generally have a great number of circuits (number of cores), so the carried current becomes reduced. Also, the higher the ambient temperature, the more the carried current will be reduced. (See graph)

About Coupling