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Search by Connector Feature - With an inertia lock mechanism
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1 1.5 mm
pitch
ZIM connector Series ZIM connector
Type Crimp style, With inner type secure locking device, Inertial lock structure Shopping Site
Rate(AC/DC)
Current: 2A (AWG#24)    Voltage: 100V
This is wire-to-wire connector with 1.5 mm pitch dual-row construction.
It is hardly affected by external forces and prevents the lock from coming off.
2 2.0 mm
pitch
PLI connector Series PLI connector
Type Crimp style, Compact type, With secure locking device, Crimp style, Compact type, Low-profile type Shopping Site
Rate(AC/DC)
Current: 3A (AWG#22)    Voltage: 100V
This PLI connector is 2.0mm pitch low profile type board-to-wire connector that has a mechanism to prevent an incomplete mating when mating connector.
3 2.0 mm
pitch
PNI connector (Wire-to-Board) Series PNI connector (Wire-to-Board)
Type Crimp style, With inertia force mechanism with secure locking device, Compact type, Shopping Site
Rate(AC/DC)
Current: 3A (AWG#22)    Voltage: 100V
This is a 2.0 mm pitch wire-to-board connector with a mechanism to prevent incomplete mating.
4 2.0 mm
pitch
PNI connector (Wire-to-Wire) Series PNI connector (Wire-to-Wire)
Type Crimp style, With secure locking device, Inertial lock structure Shopping Site
Rate(AC/DC)
Current: 3A (AWG#22)    Voltage: 100V
This connector is a 2.0 mm pitch wire-to-wire connector, having incomplete mating prevention mechanism.
5 2.5 mm
pitch
XMA connector Series XMA connector
Type Crimp style, With locking device Shopping Site
Rate(AC/DC)
Current: 3A (AWG#22)    Voltage: 250V
This connector is a 2.5mm pitch wire-to-wire connector, having incomplete mating prevention mechanism. 2-circuit and 3-circuit connectors have control key to prevent connector from mating with incorrect circuits, thus, several same circuit connectors can be used.
6 2.5 mm
pitch
XNI connector Series XNI connector
Type Crimp style, With secure locking device, Inertial lock structure Shopping Site
Rate(AC/DC)
Current: 3A (AWG#22)    Voltage: 250V
This connector is 2.5mm pitch wire-to-board connector that has a mechanism to prevent an incomplete mating by utilizing the inertial force when mating connector. In all circuits of connector, controlled key for preventing mismatching of mating is added.
7 3.3 mm
pitch
BNI connector Series BNI connector
Type Inertial lock structure, Shopping Site
Rate(AC/DC)
Current: 4A (AWG#20)    Voltage: 300V
This is a 3.3 mm pitch wire-to-board connector with a mechanism to prevent incomplete mating.
Three different key patterns per number of circuits in the same model are provided to prevent incorrect mating when multiple pieces of connector are used in close proximity.
8 3.3 mm
pitch
HIL connector Series HIL connector
Type Crimp style, With inertia force mechanism with secure locking device Shopping Site
Rate(AC/DC)
Current: 5A (2 circuits/AWG#18)    Voltage: 300V
This HIL connector is 3.3mm pitch wire-to-wire connector that has a mechanism to prevent an incomplete mating when mating connector.
9 4.5 mm
pitch
YLN connector Series YLN connector
Type Crimp style, With inertia force mechanism with secure locking device Shopping Site
Rate(AC/DC)
Current: 10A
(7A when retainers are mounted)    
Voltage: 300V
The YLN connector adds variation in shape to the existing color variations of the YL connector in order to improve identification of connectors. Moreover, this connector has a mechanism to prevent incomplete mating by utilizing the inertia force generated when the plug and receptacle are mated and therefore, ensures complete mating.
10 5.0 mm
pitch
HYV connector Series HYV connector
Type Disconnectable type, Inertial lock structure Shopping Site
Rate(AC/DC)
Current: 10A    Voltage: 300V
This is a 5.0 mm pitch wire-to-board connector with a mechanism to prevent incomplete mating. The box-shaped structure of the contacts, which prevents the influence of external force, enhances the safety of high-current circuit connections, and the four types of key patterns prevent incorrect mating when using more than one piece of the same circuit types in narrow areas.

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