5-pole THT female header with 7.62mm pitch, right angle, and 0.6 x 1.0 mm solder pins. Suitable for PCB connections.
Product Model232-865/047-000
Product ID49177
Stock on Request
Last updated: 8/29/2026
Key Features
1
FeatureHigh-quality 5-pole THT female header for reliable PCB connections.
2
FeatureRight angle design for efficient space utilization.
3
Feature0.6 x 1.0 mm solder pins for secure and stable connections.
4
Feature7.62 mm pitch for compatibility with standard PCB layouts.
5
FeatureDurable construction with orange color coding for easy identification.
Technical Specifications
Detailed engineering parameters based on manufacturer documentation
Specifications may be subject to change without notice
Parameter
Value
Parameter
Value
Safety information
TheMCS MULTI CONNECTION SYSTEMincludes connectors without breaking capacity in accordance with DIN EN 61984. When used as intended, these connectors must not be connected/disconnected when live or under load.When used as intended, these connectors must not be connected/disconnected when live or under load. The circuit design should ensure header pins, which can be touched, are not live when unmated.
Variants:
Other pole numbers
Total number of potentials
5
Number of connection types
1
Number of levels
1
Pin spacing
7.62 mm / 0.3 inches
Width
50.36 mm / 1.983 inches
Height
16.6 mm / 0.654 inches
Height from the surface
11.6 mm / 0.457 inches
Depth
18.25 mm / 0.719 inches
Solder pin length
5mm
Solder pin dimensions
0.6 x 1 mm
Drilled hole diameter with tolerance
1.3(+0.1)mm
Variable coding
Yes
Mounting type
Flush feed-through mounting
Anti-rotation protection
Yes
Contact type (pluggable connector)
Female header
Connector (connection type)
for PCB
Mismating protection
No
Plugging without loss of pin spacing
No
Mating direction to the PCB
0°
Locking of plug-in connection
none
PCB contact
THT
Solder pin arrangement
over the entire female connector (in-line)
Number of solder pins per potential
1
Note (material data)
Information on material specifications can be found here
