Technical Document
Specifications
Brand
TE ConnectivityGender
Female
Product Type
Crimp Terminal
For Use With
Positive Lock .250 Mk I Connector Housing
Current
6A
Series
Positive Lock .250 Mk I
Minimum Wire Size AWG
12AWG
Contact Plating
Tin
Maximum Wire Size AWG
10AWG
Contact Material
Phosphor Bronze
Maximum Contact Resistance
10mΩ
Minimum Operating Temperature
-40°C
Termination Type
Crimp
Maximum Operating Temperature
105°C
Length
22.2mm
Standards/Approvals
No
Country of Origin
Spain
Product details
TE Connectivity Positive Lock Connector Contacts - MK I 250 Series
MK I 250 Series positive lock receptacle and flag style crimp terminals with reduced insertion force and snap action locking which accept a wire size range of 20 to 10 AWG. These Positive Lock crimp receptacles lock onto the mating tab terminals containing holes or dimples and make a mechanical 'snap' when correctly positioned and can only be removed when an integral depressor on the receptacle terminal is deflected.
TE Connectivity Positive Lock Range
Stock information temporarily unavailable.
€ 296.31
€ 296.31 1 Reel of 1250 (Exc. VAT)
1
€ 296.31
€ 296.31 1 Reel of 1250 (Exc. VAT)
Stock information temporarily unavailable.
1
Technical Document
Specifications
Brand
TE ConnectivityGender
Female
Product Type
Crimp Terminal
For Use With
Positive Lock .250 Mk I Connector Housing
Current
6A
Series
Positive Lock .250 Mk I
Minimum Wire Size AWG
12AWG
Contact Plating
Tin
Maximum Wire Size AWG
10AWG
Contact Material
Phosphor Bronze
Maximum Contact Resistance
10mΩ
Minimum Operating Temperature
-40°C
Termination Type
Crimp
Maximum Operating Temperature
105°C
Length
22.2mm
Standards/Approvals
No
Country of Origin
Spain
Product details
TE Connectivity Positive Lock Connector Contacts - MK I 250 Series
MK I 250 Series positive lock receptacle and flag style crimp terminals with reduced insertion force and snap action locking which accept a wire size range of 20 to 10 AWG. These Positive Lock crimp receptacles lock onto the mating tab terminals containing holes or dimples and make a mechanical 'snap' when correctly positioned and can only be removed when an integral depressor on the receptacle terminal is deflected.


