
Original: $1.39
-65%$1.39
$0.49The Story
5 Pin 0.1" Polarized Locking Female Socket Connector – 2 Pack
Reliable 5 Pin Polarized Locking Female Socket Connectors for Everyday Projects
Looking for a dependable 5 pin female socket connector? This 5 pin 0.1" polarized locking female socket connector is ideal for making secure, vibration-resistant connections, whether you’re wiring up a DIY electronics project, repairing equipment, or connecting power in your device. With easy, tool-free mating and clear polarity, you get a solid, worry-free connection every time.
Key Features of the Polarized Locking Connector
- Polarized Locking Design: Prevents miswiring and accidental disconnects
- Fits Standard 0.1 Inch Pitch Headers: Fully compatible with single row 0.1" (2.54mm) header pins, including Molex KK series and Philmore 70-4855 parts
- Tool-Free Operation: Simple locking tab mechanism means easy connection and a secure fit
- Complete Kit: Includes crimp pins for 22–30 AWG wire; just add your cable and crimp tool
- Versatile Uses: Perfect for machinery wiring, data connections, power supplies, PCs, signal controls, and more
Technical Specifications
- Number of Pins: 5
- Pitch: 0.1 inch (2.54mm)
- Crimp Pin Wire Size: 22–30 AWG
- Current Rating: 5A AC/DC
- Voltage Rating (Max): 250VAC/DC
- Withstand Voltage: 1000VAC for 1 minute
- Insulation Resistance: 1000 MΩ
- Operating Temperature: -25°C to +85°C
- Contact Material: Brass, tin plated
- Housing Material: Nylon 66, UL 94V-2 rated
Compatible and Interchangeable
This 5 pin polarized locking female socket connector is interchangeable with Molex KK series connectors and fits any standard 0.1 inch header. It’s made by Philmore (part number 70-4855) and trusted for both hobby and professional use.
In the Box
- 2 x 5-pin 0.1" polarized locking female socket connectors
- Crimp pins included for each connector
Upgrade your wiring connections with a secure, easy-to-use polarized locking connector—no more loose wires or connection worries!

Details & Craftsmanship
Every detail has been carefully considered to bring you the perfect product.
Description
5 Pin 0.1" Polarized Locking Female Socket Connector – 2 Pack
Reliable 5 Pin Polarized Locking Female Socket Connectors for Everyday Projects
Looking for a dependable 5 pin female socket connector? This 5 pin 0.1" polarized locking female socket connector is ideal for making secure, vibration-resistant connections, whether you’re wiring up a DIY electronics project, repairing equipment, or connecting power in your device. With easy, tool-free mating and clear polarity, you get a solid, worry-free connection every time.
Key Features of the Polarized Locking Connector
- Polarized Locking Design: Prevents miswiring and accidental disconnects
- Fits Standard 0.1 Inch Pitch Headers: Fully compatible with single row 0.1" (2.54mm) header pins, including Molex KK series and Philmore 70-4855 parts
- Tool-Free Operation: Simple locking tab mechanism means easy connection and a secure fit
- Complete Kit: Includes crimp pins for 22–30 AWG wire; just add your cable and crimp tool
- Versatile Uses: Perfect for machinery wiring, data connections, power supplies, PCs, signal controls, and more
Technical Specifications
- Number of Pins: 5
- Pitch: 0.1 inch (2.54mm)
- Crimp Pin Wire Size: 22–30 AWG
- Current Rating: 5A AC/DC
- Voltage Rating (Max): 250VAC/DC
- Withstand Voltage: 1000VAC for 1 minute
- Insulation Resistance: 1000 MΩ
- Operating Temperature: -25°C to +85°C
- Contact Material: Brass, tin plated
- Housing Material: Nylon 66, UL 94V-2 rated
Compatible and Interchangeable
This 5 pin polarized locking female socket connector is interchangeable with Molex KK series connectors and fits any standard 0.1 inch header. It’s made by Philmore (part number 70-4855) and trusted for both hobby and professional use.
In the Box
- 2 x 5-pin 0.1" polarized locking female socket connectors
- Crimp pins included for each connector
Upgrade your wiring connections with a secure, easy-to-use polarized locking connector—no more loose wires or connection worries!





















