Phoenix Contact 1933189
MPN: 1933189
Phoenix Contact
2 Position Terminal Block Header, Male Pins, Unshrouded 0.197" (5.00mm) Vertical Through Hole
Active56,187 in stock
Overview
The 1933189 is a 2-position, 5.00mm pitch vertical terminal block header designed for wire-to-board power and signal distribution. It features unshrouded male pins and is constructed from black polyamide (PA) with a UL 94 V0 flammability rating for safety. This pin strip is rated for up to 16A (UL) or 12A (IEC) at 300V/400V, providing a robust interface for through-hole soldering to printed circuit boards.
Why Choose This Part
The 1933189 offers a high current-carrying capacity of up to 16A in a small 5mm pitch footprint, making it suitable for power-dense designs. Its PA housing with a V0 flammability rating ensures compliance with strict safety standards, while the 4kV surge voltage rating provides significant dielectric protection against transients.
Applications
Power Supply Outputs
Ideal for connecting regulated DC power outputs to external peripheral devices in industrial control systems.
HVAC Controls
Used as a robust interface for low-voltage signaling and power in building automation and thermostat assemblies.
Industrial PLC Modules
Provides a compact, high-current connection point for modular input/output cards in programmable logic controllers.
LED Driver Interfaces
Serves as a reliable power input or output connector for high-brightness LED arrays and lighting control boards.
Key Specifications
Type
Header, Male Pins, Unshrouded
Color
Black
Pitch
0.197" (5.00mm)
Current - UL
16 A
Voltage - UL
300 V
Current - IEC
12A
Mounting Type
Through Hole
Voltage - IEC
400 V
Number of Levels
1
Termination Style
Solder
Header Orientation
Vertical
Number of Positions
2
Positions Per Level
2
Contact Mating Finish
Tin
Also Consider
1933192
Phoenix Contact
- A 3-position version of the same pin strip series for designs requiring an additional signal or ground pin.
MSTBV 2,5/ 2-G-5,08
Phoenix Contact
- A 5.08mm pitch shrouded header that offers better mechanical polarization and protection for the pins.
